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Scientific True Confocal Raman Imaging Microscope

ATR8800 ATR8800 is scientific-grade true confocal Raman imaging microscope for microparticles size up to 1μm. It provides 4 wavelengths build-in one Raman microscope from 266 nm, 325 nm, 514 nm, 532 nm, 638 nm, 785 nm, 830 nm, 1064 nm. Delivery CFR minimum order 1 Country of Origin Made in China

Product Description

Description:

Optosky ATR8800 Series Confocal Raman Imaging Microscope:
Precision, Speed, and Versatility for Advanced Scientific Research
The ATR8800 Raman spectroscopy series by Optosky represents the pinnacle of confocal Raman imaging microscopy, combining cutting-edge technology, unrivaled sensitivity, and precision to meet the demands of the most advanced scientific research. Launched as the first self-developed confocal Raman microscope in China in 2022, the ATR8800 is designed to empower researchers with the tools they need for high-resolution material analysis, from the micro to the nano scale.

Multi-Wavelength Flexibility
The ATR8800 scientific-grade confocal Raman imaging microscope offers a wide selection of wavelengths—266 nm, 325 nm, 514 nm, 532 nm, 638 nm, 785 nm, 830 nm, and 1064 nm—giving users the freedom to choose from single-band, dual-band, triple-band, or quad-band configurations. This flexibility allows researchers to tailor the system to their specific material and experimental requirements, whether they’re conducting routine analysis or exploring complex materials with diverse spectral signatures.

Exceptional Spatial Resolution and High-Resolution Spectral Data
Thanks to its confocal pinhole technique, the ATR8800 achieves ultra-high spatial resolution, with a minimum spot size of <1 μm—perfect for studying intricate microstructures and trace materials. The system’s 0.35 cm-1 spectral resolution ensures unparalleled detail in Raman spectra, allowing for precise chemical and structural characterization of even the most challenging materials. Whether you are analyzing thin films, nanomaterials, or biological samples, the ATR8800 excels in delivering the clarity and accuracy required for your research.

Super Fast, High-Sensitivity Scanning
Speed and sensitivity are at the heart of the ATR8800’s capabilities. With its super-fast auto-focus and auto-scan features, it enables high-throughput, ultra-fast imaging—capable of scanning and acquiring data from trace micron-sized specimens in under 2 seconds. The high sensitivity ensures the detection of even the faintest Raman signals, making it ideal for applications in nanotechnology, material science, biological research, and semiconductor analysis.

Innovative Optical and Laser Technology
The ATR8800’s innovative optical and laser system is designed for high-speed laser focusing, providing crystal-clear image quality with exceptional clarity. The system’s advanced laser spot technology guarantees superior Raman spectral data, minimizing signal distortions caused by misalignment, while its μm-level laser spot size makes it perfect for detailed single-cell or small-scale material analysis.

Exclusive Sealed Sample Compartment for Continuous Use
Designed with user convenience in mind, the ATR8800 Auto-scan Raman imaging microscope features an exclusive sealed sample compartment with a push-pull door mechanism, allowing seamless operation without the need to turn off lab lights. This makes it particularly suited for day-time experiments or environments where consistent lighting conditions are essential for accurate measurements.

Versatile Software for Advanced Data Analysis
The ATR8800 Confocal Raman microscopy is equipped with powerful, intuitive software that provides multi-band spectral splicing and large-area imaging capabilities. This enables the creation of comprehensive Raman maps, seamlessly stitching together data from multiple Raman bands, and offering a complete view of the material’s chemical and structural properties.

Applications Across Multiple Industries
Whether you’re researching graphene, nanomaterials, semiconductors, biological samples, or polymers, the ATR8800 delivers exceptional performance for a wide range of scientific applications. It is the ideal solution for labs and industries requiring high-speed, high-resolution Raman analysis—be it for quality control, materials characterization, failure analysis, or high-precision measurements.

Features

Multi-Wavelength Flexibility:
The ATR8800 supports 4 excitation wavelengths—266 nm, 325 nm, 514 nm, 532 nm, 638 nm, 785 nm, 830 nm, and 1064 nm—giving researchers the ability to choose from single, dual, triple, or quad-band configurations. This extensive wavelength range ensures precise measurements across a variety of materials, providing unparalleled versatility for multimodal analysis.

Ultra-High Spatial Resolution:
With a <1 μm laser spot size, the ATR8800 delivers exceptional spatial resolution, perfect for imaging microstructures and conducting high-precision analyses of trace materials. The system’s confocal light path improves image quality by minimizing out-of-focus light, ensuring only sharp, clear, high-quality data.

High Spectral Resolution:
Achieving a spectral resolution of 0.35 cm-1, the ATR8800 provides unmatched chemical detail, enabling the detection of subtle material differences and precise spectral characterization for advanced research.

Super Fast Auto-Scan and Auto-Focus:
The ATR8800 boasts automatic focus and auto-scan functions that provide rapid, precise positioning and focusing, scanning micron-sized specimens in under 2 seconds. This enables fast, high-throughput imaging without sacrificing resolution or sensitivity.

Exceptional Sensitivity:
With a signal-to-noise ratio (SNR) >6000:1, the ATR8800 achieves ultra-high sensitivity, ensuring that even the faintest Raman signals are detected with high clarity. This makes the system ideal for low-concentration samples and complex materials that require sensitive measurements.

Long Focal Length & High-Quality Objective Lens:
The ATR8800 features a long focal length for better focus on thicker samples, while its high-quality objective lenses ensure precise micron-level light spot accuracy. This combination provides exceptional depth of field and clear imaging of micro-scale structures.

Rotated Grating for Enhanced Spectral Precision:
The system includes a rotated grating, enhancing the spectral range and ensuring precise wavelength selection, improving spectral data quality for detailed analysis across a variety of materials.

Large Imaging Range and Automated Imaging Splicing:
The ATR8800 is equipped with a 100×100 mm imaging range, and its automated imaging splicing feature allows for the seamless combination of multiple scans into a single, high-resolution image. This makes it perfect for large-area or high-throughput imaging applications.

Exclusive Sealed Sample Compartment:
The ATR8800 features a closed hatch sample compartment that enables measurements without turning off lab lights, offering a sealed environment ideal for continuous, light-efficient measurements. This design ensures the system operates consistently, even in lab environments with varying lighting conditions.

High-Resolution Cameras and USB 3.0 Interface:
Equipped with 5 million-pixel cameras, the ATR8800 provides high-definition imaging with clear and accurate real-time visualization of Raman data. The USB 3.0 interface ensures fast data transfer and seamless integration into existing lab setups.

Advanced software for Powerful Data Analysis

The ATR8800 comes with user-friendly software that enables multi-band spectral splicing and large-area imaging. It allows researchers to easily combine multiple Raman bands for comprehensive data analysis, generate high-quality images, and assess complex material characteristics in a single workflow. The system also provides easy access to powerful image-processing tools that enhance your analysis and help you derive meaningful results with minimal effort.

Application

Nanoparticles And New Materials
Universities And Research Institutes
Biotechnology : Biological Sciences
Biopharma : Forensic Medicine Identification
Material Science
Chemistry : Medical Immunoassay
Agriculture And Food Identification : Food & Beverage

Application Description

ATR8800
Excitation wavelength	Max. 4 lasers of 266,325, 532,638,785,1064 nm
Laser power	266nm：30 mW 325nm: 30mW 532nm：100mW 633nm：80mW 638nm：80mW 785nm：350mW 1064nm：500mW
Optical path	C-T optical path
Focal length	350mm,510mm,810mm Optional
Built-in grating	Standard 3 pieces; 300 lines, 600 lines, 1200 lines, 1800 lines, 2400 lines optional
Detector	1) Deep cooling CCD: 2000X256 pixels 2) Deep cooling CCD: 1600X200 pixels 3) Deep cooling InGaAs : 512X1 pixels Up to 2 detectors can be integrated, choose one of detector 1# and detector 2#;
Objectives	Standard configuration：4X,10X,20X,50X； Optional configuration：100X
Microscopic lighting	High brightness long life white light LED
Lighting Type	Epi Illuminiation
Microscope camera	5-mega pixels industrial camera
Focusing method	Confocal
Laser spot diameter	>1μm
Laser stability	σ/μ <±0.2%
Interface	USB3.0
X, Y axis Stage
Move method	Manual/Electric optional
Moving range	50 X 50 mm,100X100mm optional
Mobile resolution	0.1 μm
Positioning accuracy	1 μm
Scan interval	Software setting, min. 1μm
Scan speed	20 mm/s
Nano stage (optional)	Minimum displacement resolution 2nm, displacement accuracy 10nm
Z axis (auto focus)
Focus accuracy	≤ ±0.2 μm
Maximum stroke	20 mm
Focus speed	< 10 s
Nano stage (optional)	Minimum displacement resolution 2nm, displacement accuracy 10nm
Physical parameter
Dimensions	ATR8800-FL350：905(L)×58.3(W)×643(H) ATR8800-FL510：1009(L)×58.3(W)×643(H) ATR8800-FL810：1520(L)×68.3(W)×643(H)
Weight	ATR8800-FL350：59 Kg ATR8800-FL510：63 Kg ATR8800-FL810：78 Kg
Working environment parameters
Voltage	100~240 VAC
Peak power	< 200 W
Other motivation	NA
Emission	NA
Platform requirements	Air Floating Vibration Isolation Optical Platform
Working temperature and humidity	Constant temperature (25±2℃), constant humidity (50±10%)
Cleanliness	Above ten thousand

Confocal Microscope

ATM8610

The ATM8610 laser confocal microscope is a high-end product in the Optosky optical microscopy instrument series.

Delivery

FOB

minimum order

1 unit

Country of Origin

Made In China

Product Description

ATM8610 is a high-resolution optical system microscope. It uses laser point scanning technology and has the characteristics of high-resolution and high-sensitivity imaging. It is equipped with four channels simultaneously/min. Time scanning, time series analysis, large image scanning, quantitative detection, three-dimensional structure reconstruction, fluorescence recovery from photobleaching (FRAP) and other functions. This instrument can be used for both static and dynamic cell structure analysis. It can directly observe the organization of cell morphology, the interaction between cells, the optical aging process of cells, the effect of ultraviolet light on cells, and the sensitivity of cells to allergies and Phenomenons such as response to stimulation, fungal infection, tissue microenvironment, wound healing and tissue reconstruction, drug diffusion, etc. are widely used in scientific research and medical fields such as cell biology, neurobiology, pathological diagnosis, and oncology.

ATM8610 is an important basic tool designed for laboratory scientific research, providing powerful and stable imaging capabilities and highly integrated motorization capabilities.

Features

Dynamic observation of labeled molecules and intracellular movements
Precise bleaching and measurement of recovery time
Self-developed confocal software, Chinese operation interface
3D image construction and refined cutting
4K visual effects for the best viewing experience
Confocal specializes in objective lenses to achieve high-quality color reproduction
Continuously variable electric aperture design provides high signal-to-noise ratio images

Application

Life sciences
Cell research
Medical equipment

Application Description

ATM8610 Confocal Microscope
Light source	laser	Excitation light is 405nm, 488nm, 561nm, 640nm
	Laser control	Acousto-optical modulator (AOTF) coordinated control, each channel laser works independently at high speed;
Scan module	Scan head	Maximum pixel resolution: 4096*4096 pixels; Magnification: 1-1000x
	Scan mode	X-Y, X-Y-Z, X-Y-T, X-Y-λ, 2D image stitching, 3D image stitching
	detector	4 standard detectors (one of which shares a transmission detector), 0detection wavelength range 400-750nm
	pinhole	Electric stepless speed adjustment, pinhole adjustable range: Φ0-500um
	field of view	Φ22mm inscribed square
Host	microscope	Inverted microscope
	Optical system	Infinity optical system (F200)
	Eyepiece	Hinged trinocular observation tube;
	NIS60 objective lens	Eye/photo switching: 100/0, 50/50, 0/100; eye/close eye/adjustable focus lens
	nosepiece	4X semi-apochromatic objective lens;
	condenser	10X, 20X, 40X, 60X, 100X fully apochromatic objectives
	Lighting system	Electric 6-hole converter (expansion slot)
	Body port	6-hole electric long working distance control
	Stage	Phase contrast: 10/20,40,60;
	DIC plug-in board	DIC components (Normansky prism): 10X, 20X/40X
Image Processing System	Display	32 inches, display resolution up to 3840×2160 (4K)
	Software function	Software: Nomis Advanced C
Anti-shock Device	Anti-shock table	1.2m0.8m，1.0m1.0m

Profession Raman Microscope

ATR8300pro

ATR8300Pro is equipped with tailor-made objective, and laser spot on the sample becomes very close to diffraction limit, then focal information can be displayed in accurate and intuitive on the screen with 3-megapixel/5-megapixel camera. This configuration improves Raman spectral quality for overcoming the limitations of Raman systems where the focal plane for Raman signal collection is slightly above or below the imaging plane.

Delivery

FOB

minimum order

1 unit

Country of Origin

Made in China

Product Description

The ATR8300Pro Confocal Raman Microsope combines the advantages of microscopes and Raman spectrometers. The Raman microscope detection platform is a visual and precise positioning Raman detection platform, which allows the user to detect the Raman signals of different surface states on the sample, and can be displayed simultaneously on the computer, which is greatly Facilitates Raman micro-area detection.
ATR8300Pro raman instrument is equipped with an objective lens specially designed for the Raman system, which makes the laser spot close to the diffraction limit. The focus information is accurately and intuitively displayed on the computer through a 5-megapixel camera, which improves the quality of the Raman spectrum.
ATR8300Pro adopts a unique moving part without optical path switching (patented), which perfectly solves the loss of optical path for camera imaging, realizes the separation of camera imaging and Raman signal collection, and obtains the best signal strength.
At the same time, ATR8300Pro uses high-performance Raman specially optimized for micro-Raman systems. It is industry-leading in terms of sensitivity, SNR, stability, etc., providing a strong guarantee for Raman research.

Features

Full-automated,auto-focusing,auto-scan.
Ultra-high resolution 1cm^-1, optimum up to 0.35 cm^-1.
Ultra-high sensitivity, SNR>6000:1.
Supports up to 2 excitation wavelengths, excitation wavelengths: 405, 473, 532, 633, 785, 830, 1064nm optional.
True confocal, accurate Raman mapping.
Ultra-high spatial resolution.
Unique software controlled to switch optical path.
Imported optical devices, good product performance.
Fast positioning,quick locate focal position.
High quality objective, micro spot.
5-mega pixel camera, crisp clear images.
Optical fiber transmits signals, free and flexible.
USB2.0 in direct connect with PC.

Application

Nanoparticles And New Materials
Universities And Research Institutes
Biotechnology : Biological Sciences
Biopharma : Forensic Medicine Identification
Material Science
Chemistry : Medical Immunoassay
Agriculture And Food Identification : Food & Beverage
Water Pollution Analysis
Energy: Gem And Inorganic Mineral Identification
Environment: Environmental Science

Application Description

Ordering Information

Table 1 ATR8300Pro product selection table

Model	Focal length	Excitation wavelength/nm	Power/mW	*Wavenumber range^1**/cm^-1	Minimum resolution/cm^-1
ATR8300Pro-FL210	210mm	532	100	150~10000	2.2
		633/638	80		2.2
		785	350		2.5
		1064	350		6.2
ATR8300Pro-FL350	350mm	532	100	150~10000	1.4
		633/638	80		1.4
		785	350		2.1
		1064	350		5.1
ATR8300Pro-FL510	510mm	532	100	150~10000	0.9
		633/638	80		0.9
		785	350		1.4
		1064	350		3.6
ATR8300Pro-FL810	810mm	532	100	150~10000	0.5
		633/638	80		0.5
		785	350		1.0
		1064	350		2.7
ATR8300Pro-LT: Deep cooling to -30℃, ultra-long integration time (up to 1.3h) ATR8300Pro-SCM: Cooled SCMOS detector ATR8300Pro-BS: Basic type ATR8300Pro-AF: Autofocus type ATR8300Pro-MP: Mapping, autofocus 1: Customizable low wavenumber Raman (starting from 50cm^-1), terahertz Raman (starting from 10cm^-1) The above parameters can be customized 2: The parameters in the table are all standard parameters, and other parameters can be customized.

Naming example:

ATR8300Pro-AF-LT-FL350-532+633: auto focus, long integration time, focal length of 350mm, excitation wavelength of dual wavelengths: 532nm and 633nm respectively.
ATR8300Pro-MP-SCM-FL810-532+1064: scanning imaging, sCMOS detector, focal length is 810mm, excitation wavelength is dual wavelength: 532nm and 1064nm respectively.

Performance parameters

ATR8300Pro
Spectral resolution	Refer to table 1.
Spectral range	Refer to table 1.
Maximum laser output	500mW (Max. 100mW for 532nm)
Spectral Stability	σ/μ < 0.8% (COT 8 hours)
SNR	>6000:1
Detector	Deeply cooled linear area array back-illuminated CCD, deep cooled InGaAs detector
Wavelength range detected	200nm-1100nm, 900-1700nm
Pixel size	14×14 μm, 25×500μm
Dynamic range	13000:1
Microscope camera	5-megapixel camera
Focusing	True confocal
Laser spot diameter	>1μm
Laser stability	σ/μ <±0.2%
Laser linewidth	0.08 nm
Connectivity	USB2.0
X, Y axis electronically controlled platform
Moving range	50×50mm
Moving resolution	0.1μm
Positioning accuracy	1μm
Scan speed	20mm/s
Z axis (auto focus)
Positioning accuracy	≤±0.2μm
Max. range	20mm
Focus speed	No more than 10s

Spectrometer

Compact FT-IR Spectrometer

ATP8900plus

ATP8900Plus Series is self-designed FT-IR device with compact design fit to field application. It comes with full software features and add-ons. Unique plug-and-play design helps increase your productivity.And the sturdy aluminum alloy case and moisture-proof ZnSe beam splitter allow ATP8900Plus works indoors and outdoors.Wether you are a novice or expert users，you can operate it to get high quality results quickly.

Delivery

EXWORK

minimum order

Country of Origin

Made in China

Product Description

ATP8900plus is self-designed handheld FT-IR device with compact design fit to field application. It features a complete software functions and attachments, unique designs plug and play to measure modules and attachments in efficiency. Easy to operate software can satisfy any measure and analysis in the field.
It’s widely applied to online in real time monitor industrial gases, identify unknown narcotics , drugs and explosives by force enforcement , identify oil product quality, manufacturer , and gemstones classification , and gemstones classification , relics and museum antiques.
ATP8900plus has strictly satisfied standards of Design Qualification, Installation qualification, Operation Qualification and Performance Qualification verification.

Selection Guide
Model	Description
ATP8900Plus-ST	Transmission module for solid
ATP8900Plus-LT	Transmission module for liquid
ATP8900Plus-ATR-Diamond	Diamond ATR module
ATP8900Plus-ATR-Diamond-120°	Heated diamond ATR module
ATP8900Plus-ATR-ZnSe-1	ZnSe ATR module / Single
ATP8900Plus-ATR-ZnSe-5	ZnSe ATR module / 5 times
ATP8900Plus-ATR-Ge	Ge ATR module
ATP8900Plus-DR-UP	Upward diffuse reflection
ATP8900Plus-DR-F	Front diffuse reflection
ATP8900Plus-SR-30	30 Degree Specular reflection
ATP8900Plus-GC	Equipped with gas cell
ATP8900Plus-Laptop	Equipped touchscreen desktop

Key Parameters

ꔷ Michelson interferometer with wear free and reliability of 10 year guaranty, with cube-corner mirror resist mechanical and temperature vibration

ꔷ Higher stability of optical system is designed with gold mirror improve reflectivity by >5% than traditional aluminum mirror.

ꔷ Super sensitivity and reliable temperature controlled DTGS detectors

ꔷ Reliable performance of solid laser life up to 10 years

ꔷ Vacuum cooling ceramic IR light source with high performance

Features:

ꔷ Spectral Range:7800-350cm-1

ꔷ SpectralResolution 1cm-1Solid laser:lifetime >10 years

ꔷ Opticalsystem is designed with gold mirror,improving reflectivity by >5% than traditional aluminum mirror

ꔷ Super sensitivity and reliable temperature controlled DTGS detectors

ꔷ Sliding-type fastener design for quick replacement of ATR, transmission and other modules

ꔷ Can be equipped with tablet PC, battery and carrying case

Weight:38KG
Demensions:75×64×63cm

Application:

ꔷ Environmental industry:
FTIR has been widely applied to environmental monitor, environmental chemistry, and environmental pollution.FTIR can online monitor gas pollution of H2O , NOX(NO2 , NO , N2O) , HF, SO2, CO,?HCl ,NH3 , CO2 etc. Particles in air pollution and their types and concentration. It also can monitor environmental equipment, say vacuum cleaner,? desulfurization and depickle equipment.

ꔷ Criminal investigation:
Fast detect explosives export field evidence in dangerous site, black powder, nitrolite, TNT, hexogen , PETN…

ꔷ Drugs enforcement:
drugs screen morphine, heroin, Cocaine, Ice (crystal methamphetamine), Ketamin, new psychoactive substances (nps)

ꔷ Classification and identification of gemstones and jade

ꔷ QC check, materials compliant with standards or not.

ꔷ Identify unknown materials, if the pollution to the material detected can be auto match in the library and know the pollution material name.

Advantages To Monitor Gas

ꔷ No necessary to adjust cell in front of sample, Nitrogen calibration improves efficiency

ꔷ Permanent vertical interferometer module provides excellent shock and temperature resistant ensure reliability

ꔷ ZnSe-made beam splitter and mirror seal dehumidifying designed to operate in the field and at site

ꔷ Gas cell optical path allow customize by user own base on their specific concentration.

ꔷ Built-in temperature control system to keep the constant performance under different conditions

ꔷ Optional quality & flow controller for high concentration inlet sample and linearity calibration

ꔷ Built-in GTG sensor ( optional MCT ) stand severe environment

Application Description

Parameters
Spectral Range	7800~350 cm-1
Resolution	< 1 cm-1
SNR	40,000 : 1 1 min sample measurement, 4 cm-1, peak-to-peak
Wavenumber Accuracy	< 0.01 cm-1
Wavenumber Precision	<0.1 cm-1
Modules	Optional measure modules for replacement
Built-in Li-battery life	>8 hrs
Power	AC220V / 50Hz
Modules	plug-and-play
Analysis time	About 5 seconds
System	Windows 10
Software	Infrared control, spectrum processing, Quantitative analysis of multi-component samples, Auto inspect software, Advanced macro programming software online continuous monitor of optical components, say laser light source, sensor , beam splitter so as to ensure best working status. Auto remove air water and CO2.

Grating Spectrometer

ATP7330

ATP7330 spectrometer adopts reflective grating, which is convenient for quick replacement. The grating tower wheel is controlled by software, which can accurately locate the grating and test wavelength.

Delivery

FOB

minimum order

1 unit

Country of Origin

Made in China

Product Description

ATP7330 spectrometer is an ultra-high resolution spectrometer developed by Optosky with 20 years of spectrometer development experience. After five years of research and development, ATP7330 spectrometer adopts reflective grating, which is convenient for quick replacement. The grating tower wheel is controlled by software, which can accurately locate the grating and test wavelength.
The ATP7330 system uses a simulated and optimized optical system to ensure high resolution. This design provides the possibility of multi fiber imaging at the same time by correcting the aberration. ATP7330 series has multiple input and output options, providing endless possibilities, scalability and diversity for researchers. Both single point detectors and array cameras can be used.
ATP7330 spectrometer has four models with different focal lengths: 210, 350, 510 and 760mm. Different from prism spectrum or transmission grating, each ATP7330 can cover applications from ultraviolet to near-infrared and short wave infrared bands. Just select the appropriate grating, you can have more freedom in the selection of wavelength and resolution.
ATP7330 Grating spectrometer can receive SMA905 fiber input light or free space light, and output the measured spectral data through USB2.0 or UART port.。
ATP7330 spectrometer only needs a + 12V DC power supply, which is very easy to use. All the controls can be electrically controlled by software.

Feature:

Ultra high resolution, up to 0.01nm；
Optical Design : M-shaped and toroidal coma calibration design;
Four lengths:210, 350, 510, 810 mm
Wavelength range: 180 nm-25μm (Customized)
Tower rotating grating, built-in 2-4 gratings, multiple gratings optional: 90, 150, 300, 400, 500, 600, 900, 1200, 1800, 2400, 3600line；
Interface: SMA905 or free space;
Dual outlets can be equipped with two detectors, and various detectors
Instrument control (such as grating conversion, wavelength scanning, etc.) is all controlled by computer
Multiple attachment can be select.

Application:

Raman Spectroscopy;
Fluorescence Spectroscopy;
Photoluminescence Spectroscopy;
Absorption, Reflection & Transmission Spectroscopy;
LIBS;
Microscope.

Selection Table

PN	Focal Length	Aperture Ratio	PMT Resolution*	CCD Resolution**	Linear Dispersion
ATP7330-FL210	210mm	F/3.5	0.4 nm	0.4 nm	4.17 nm/mm
ATP7330-FL350	350mm	F/4.2	0.1 nm	0.14 nm	2.38 nm/mm
ATP7330-FL510	510mm	F/6.5	0.07	0.09	1.65nm/mm
ATP7330-FL810	810mm	F/9.7	0.04	0.05	1.03nm/mm

Notes：
1.with 1200 g/mm grating @ 435.8 nm and 10μm slit width and 4 mm slit height

2. with 1200g/mm grating @ 435.8nm 14μm pixel, 20μm slit width

Application Description

Detector
Model	TE Cooled CCD, TE Cooled InGaAs CCD (Cooling down to -40ºC)
Wavelength Range	180 – 2500 nm
Effective Pixels	CCD: 2048 × 256; SWIR InGaAs CCD: 512 × 1, 1024 × 1
Optical Parameter
Wavelength Range	180 nm – 2500 nm (configuration-dependent)
Optical Resolution	10 pm ~ 5 nm (depending on configuration)
Max. Dynamic Range	SCMOS & CCD: >1400; SWIR InGaAs: >10000
Light Path Parameter
Optical Design	M-shaped
Focal Length	210，350，510 & 810 mm
Grating	Tower rotation grating, built-in 2-3 gratings; multiple gratings optional: 150, 300, 400, 500, 600, 900, 1200, 1800, 2400, 3600 line
Grating Rotation Mode	Electronic Control
Grating Rotation Angle	0.36 μrad
Input Slit Width	5, 10, 25, 50, 100, 150, 200 μm Customized Manually & Electrically adjustable slits are optional;
Optical light input	SMA905 or free space
Optical light output	Support dual entry
Electrical Parameters
Integration Time	10μs – 1.3h
Interface	USB 2.0
ADC bits depth	18 bit (output 16 bit)
Power supply	DC 12V±5%
Working current	<4A
Temperature (storage)	-20°C to +45°C
Temperature (operation)	-30°C to +70°C
Working humidity	< 90%RH (No condensation)
Physical Parameters
Dimension & Weight	ATP7330-F210：25kg ATP7330-F350：33Kg ATP7330-F510：45Kg ATP7330-F810：65Kg

Benchtop XRF Spectrometer

ATX3650

XRF for non-destructive elemental analysis of sodium (Na) through uranium (U) – in solids, liquids, powders and thin films – from parts-per-billion (ppb) levels to 100%

Delivery

FOB

minimum order

1 unit

Country of Origin

Made in China

Product Description

The ATX3650 is an X-ray fluorescence analyzer that uses X-ray fluorescence spectroscopy. With the continuous promotion of X-ray fluorescence spectrometry analysis technology, the use of X-ray fluorescence spectrometer analysis and detection has become the main means of quality control in many industries.
ATX3650 X-ray fluorescence analyzer is a high-end analytical instrument specially customized for non-ferrous metals, ferrous metals, beneficiation and smelting, and geological industries. This product is elegant and beautiful in appearance, sturdy and durable, and has multiple safety protection modes. Equipped with a collimating filter system, the software can automatically switch to meet various test applications. At the same time, we use self-developed SES signal processing system, multi-dimensional cooling system, radiation safety system, vacuum system and other technologies to ensure the safety, stability and accuracy of products.
ATX3650 software integrates various analysis methods such as empirical coefficient method, theoretical alpha coefficient method, linear fitting, quadratic curve, intensity correction, content correction, etc., to fully guarantee the accuracy of test data.
XRF for non-destructive elemental analysis of sodium (Na) through uranium (U) – in solids, liquids, powders and thin films – from parts-per-billion (ppb) levels to 100%
Feature

Excellent performance, high speed, good precision and high efficiency
Short test analysis time (simultaneous and accurate analysis of dozens of elements from 11 sodium (Na) to 92 uranium (U) within 1-120 seconds)
The self-developed SES signal processing system (digital multi-channel) is used to effectively improve the peak-to-background ratio and make the measurement more accurate.
Optimize the integrated heat dissipation design, so that the heat dissipation performance of the whole machine is greatly improved, and the operation safety of the X-ray source is ensured
Multiple radiation protection design, radiation protection level belongs to the highest level of similar products
Choose a vacuum system, optimize the test environment, and improve the analysis accuracy of light elements such as magnesium, aluminum, silicon, phosphorus and sulfur
The unique movement temperature monitoring technology ensures the safe and reliable operation of the radiation source, effectively prolongs its service life and reduces the cost of use

Application

Non-ferrous metals
Black metal
Beneficiation and smelting
Geological industry

Packing List

NO	Goods	Number	Optional
1	Digital multichannel SDD detector	1	Standard
2	X-ray source	1	Standard
3	High voltage power supply	1	Standard
4	SNR Electronic wiring system	1	Standard
5	Optical path enhancement system	1	Standard
6	8 collimators + 5 filters	1	Standard
7	Digital multichannel analyzer	1	Standard
8	Evacuation systems	1	Standard
9	Brand inkjet printers	1	Standard
10	Branded computers	1	Standard
11	X fluorescence full-element analysis software	1	Standard
12	Sample cup, fuse	1	Standard
13	Spectroscopic regulated power supply (optional)	1	Optional
14	Spectroscopic special grinder (optional)	1	Optional
15	Spectroscopic special melting machine (optional)	1	Optional
16	Spectroscopic special mill (optional)	1	Optional
17	Melted platinum crucible (optional)	1	Optional
18	Spectrometer special tablet press (optional)	1	Optional

Application Description

ATX3650
Element range	XRF for non-destructive elemental analysis of sodium (Na) through uranium (U)
Detection	in solids, liquids, powders and thin films – from parts-per-billion (ppb) levels to 100%
Concentration Range	ppm-99.99% (different elements, different analysis ranges)
Elemental analysis	Dozens of elements from sodium (Na) to uranium (U) can be measured at one time
Optimal Resolution	129eV±5eV
Optimal Accuracy	RSD≤0.1% (national standard sample)
Analysis Time	Adjustable single test time
Cooled	Electrically cooled without any consumables
Large sample chamber size	400mm x 340mm x 80mm
Vacuum sample chamber size	Ø100mm×h75mm
Detector	Amptek Silicon Drift SDD Probe
X-ray tube	Maximum power 50W, tube voltage 5-50KV, tube current 0-1000uA; long life X-ray tube
High voltage power supply	Maximum power 50 W, voltage 0-50 KV, current 0-1000uA. 8 hours stability≤0.05%
Signal processor	Adapt to high resolution and high count rate, self-adjusting magnification, maximum number of channels: 4096
Working power supply	AC 220V ±5V、50Hz
Work environment	Room temperature 15~30°C, relative humidity ≤80% (non-condensing)
Dimension	700mmx510 mmx336mm
Weight	≤56KG (Including battery)

Online Hyperspectral Field Spectrometer

ATP9160

The ATP9160 series field in-situ hyperspectral spectrometer (field spectral radiometer) is a high-performance ground-based spectrometer from Optosky.

Delivery

FOB

minimum order

1 unit

Country of Origin

Made in China

Product Description

The ATP9160 series field in-situ hyperspectral spectrometer (field spectral radiometer) is a high-performance ground-based spectrometer from Optosky. It covers wavelength ranges of 350~1100 nm, 350-1700 nm, and 350-2500 nm, measuring the reflectance spectra of terrestrial objects. By analyzing these spectra, various plant indices such as growth status, chlorophyll content, and yield estimation can be derived. This spectrometer is suitable for a wide range of applications, including remote sensing measurement, crop monitoring, forest research, and oceanography.

The ATP9160 can be powered by solar panels and features a built-in 32GB memory. Data can be transmitted to a data center (central control room) via Ethernet or 4G IoT, enabling months of unattended online monitoring. The spectrometer boasts high cost-effectiveness, rapid and accurate measurements, simple operation, and portability. It comes with a powerful software package that supports not only reflectance measurements but also radiometric, photometric, and colorimetric measurements.

Model	Description
ATP9160	General type，300-1100nm
ATP9160-17	Broad spectrum，300-1700nm
ATP9160-25	Broad spectrum，300-2500nm
ATP9160-25H	Broad spectrum, high resolution,，300-2500nm
ATP9160-SIF	Sun-induced fluorescence
ATP9160-4CH	4-channel light input

Features

Field in-situ spectrometer, long-term real-time monitoring, unattended
Multiple wavelength options: 350~1100 nm, 350-1700 nm, 350-2500 nm;
Multi-channel input, real-time monitoring of sky light and plant reflection spectra
Thermostatically controlled spectrometer with cooling for stable and reliable measurement results
High sensitivity, detector quantum efficiency up to 60%, near-infrared sensitivity 40% higher than traditional PDA detectors
Fast measurement speed, sampling time less than 10 milliseconds
Real-time sky spectrum monitoring and compensation
Powered directly by solar cells
RS485, LAN, WIFI, 4G/5G IoT connectivity
Dynamic dark current correction to reduce thermal noise impact
Built-in tilt sensor, laser indication of detection position for easy adjustment
13-megapixel HD camera displaying the spectral capture area
Customizable output of various observation indices, such as SIF, NDVI, etc.

Application

Geological research and prospecting
Petrochemicals:Oil & Energy
Remotesensor
Agriculture：Crop monitoring
Environmental Science：Forest research and oceanography

Application Description

Detector
Type	Linear array sensor / InGaAs sensor
Detector	300~1100nm： 2048pixels 1100~1700nm： InGaAs 512 pixels dual-stage TEC cooling 1100~2500nm： InGaAs 512pixels dual-stage TECcooling 2.5~11 μm：Linear array pyroelectric senso
Optical Parameters
Model	ATP9160	ATP9160-17	ATP9160-25	ATP9160-25H	ATP9160-SIF
Spectral Range	300-1100nm	300~1700 nm	300~2500 nm	300~2500 nm	680-780nm
Resolution	0.8~1.5nm	0.8~1.5nm@756nm 3~5nm@1400nm	0.8~1.5nm@756nm 7~12nm@1400&2100nm	0.8~1.5nm@756nm 3~5nm@1400nm 5~8nm@2100 nm	0.12nm
Wavelength Repeatability	± 0.1nm @ VIS ± 0.5nm @ SWIR ± 3nm @ MWIR
Wavelength Accuracy	± 0.5nm@ VIS，± 1.1 nm @ SWIR， ± 5nm @ MWIR
Input	Free space input Fiber optic input, 1.5m fiber bundle (25° field of view), optional front lens to change field of view, customizable fiber length
FOV	Small field of view lens options: 1º/8º/15º/25º
Maximum Radiation	VNIR: 2x sunlight / SWIR: 10x sunlight
SNR	300~1000nm：>800，1000~2500nm：>16000
Spectral Sampling Interval	Visible light：0.4nm， Shortwave infrare：1.0 nm	Visible light：0.4nm， Shortwave infrared:1.0 nm	Visible light：0.4nm， Shortwave infrared:：1.0 nm	Visible light：0.4nm， SWIR：1.0 nm MWIR：2.5 nm
Spectral Averaging	Up to 100,000 times
Interface	Standard：RS485、LAN； Optional：5G wireless data network
Geolocation	Built-in GPS positioning system
Power Supply	12VDC@5A
Power Consumption	ATP9160：25W ATP9160-17：40W ATP9160-25：45W ATP9160-25H：60W
Storage Temperature	-20°C ～ +65°C
Working Temperature	-10 ～ 50 oC
Working Humidity	< 90% RH(non-condensing)
Physical Parameters
Waterpro of Rating	IP67
Dimensions	290×140×141mm	350×300×170mm	350×300×170mm	350×300×170mm	290×140×141mm
Weight	4.5 Kg	7.5Kg	7.8 Kg	9.8 Kg	7.5Kg

Compact FT-IR spectrometer

ATP8900plus-laptop

Handheld FT-IR spectrometer provides online in real time monitor industrial gases, identify unknown narcotics , drugs and explosives by force enforcement, identify oil product quality, manufacturer , and gemstones classification , and gemstones classification , relics and museum antiques.

Delivery

EXWORK

minimum order

Country of Origin

Made in China

Product Description

ATP8900plus-laptop is winner award handheld FT-IR device with compact design fit to field application. It features a complete software functions and attachments, unique designs plug and play to measure modules and attachments in efficiency. Easy to operate software can satisfy any measure and analysis in the field.
It’s widely applied to online in real time monitor industrial gases, identify unknown narcotics , drugs and explosives by force enforcement , identify oil product quality, manufacturer , and gemstones classification , and gemstones classification , relics and museum antiques.
ATP8900plus with laptop has strictly satisfied standards of Design Qualification, Installation qualification, Operation Qualification and Performance Qualification verification.

Features:

Mobility: compact size and easy to carry to take in lab, car , any field place.
Flexibility: A complete functions of sample?modules and attachments for flexible replacement in few seconds
Intelligent: Auto identify sample?module and attachment provides real time monitor
Stability: Permanent vertical interferometer module?wear-free and resistance of?shocks?, vibrations and temperatures?
Reliability: Metallic housing resists electric magnet interference obtaining reliable result
User-friendly: Easy-to-operate interface for non-expert and expert users

Application:

Environmental industry:
FTIR has been widely applied to environmental monitor, environmental chemistry, and environmental pollution.FTIR can online monitor gas pollution of H2O , NOX(NO2 , NO , N2O) , HF, SO2, CO,?HCl ,NH3 , CO2 etc. Particles in air pollution and their types and concentration. It also can monitor environmental equipment, say vacuum cleaner,?desulfurization and depickle equipment.
Criminal investigation:
Fast detect explosives export field evidence in dangerous site, black powder, nitrolite, TNT, hexogen , PETN…
Drugs enforcement:
drugs screen morphine, heroin, Cocaine, Ice (crystal methamphetamine), Ketamin, new psychoactive substances (nps)
True/Fake, quality qualified/disqualified, manufacturer’s lubricating oil identification
Classification and identification of gemstones and jade
QC check, materials compliant with standards or not.
Identify unknown materials, if the pollution to the material detected can be auto match in the library and know the pollution material name.

Advantages To Monitor Gas

No necessary to adjust cell in front of sample, Nitrogen calibration improves efficiency
Permanent vertical interferometer module provides excellent shock and temperature resistant ensure reliability
ZnSe-made beam splitter and mirror seal dehumidifying designed to operate in the field and at site
Gas cell optical path allow customize by user own base on their specific concentration.
Built-in temperature control system to keep the constant performance under different conditions
Optional quality & flow controller for high concentration inlet sample and linearity calibration
Built-in GTG sensor ( optional MCT ) stand severe environment

Application Description

Parameters
Spectral Range	7800~350 cm-1 or 5000-500cm-1
Resolution	< 1 cm-1
SNR	30,000 : 1 (1 min sample measurement, 4 cm-1, peak-to-peak. Transmission modular SNR is 140000：1（RMS）
Wavenumber Accuracy	< 0.01 cm-1
Wavenumber Precision	<0.1 cm-1
Modules	Optional measure modules for replacement
Built-in Li-battery life	5hrs”]]]]”> >5hrs
Power	AC220V / 50Hz
Modules	plug-and-play
Analysis time	About 5 seconds
System	Windows 10
Software	Infrared control, spectrum processing, Quantitative analysis of multi-component samples, Auto inspect software, Advanced macro programming software online continuous monitor of optical components, say laser light source, sensor , beam splitter so as to ensure best working status. Auto remove air water and CO2.
Display size: 10inch

Scanning 3D Fluorescence Spectrometer

ATF4000

ATF4000 high-speed scanning three-dimensional fluorescence spectrometer is a brand-new, optimized and designed high-sensitivity fluorescence spectrometer with breakthrough features developed by Optosky for more than 20 years in the development of fluorescence spectrometers. After 3 years, it uses refrigeration The high-sensitivity CCD makes the instrument have good environmental adaptability and is suitable for long integration time. It is widely used in biomedical analysis, environmental science and other analysis fields.

Delivery

FOB

minimum order

1 unit

Country of Origin

Made In China

Product Description

The ATF4000 High-Speed Scanning 3D Fluorescence Spectrometer is an innovative, high-sensitivity fluorescence spectrophotometer developed by Optosky. Drawing on over 20 years of experience in fluorescence spectrometer development and refined over 3 years, this newly designed and optimized instrument features a cooled high-sensitivity CCD, which provides excellent environmental adaptability and is suitable for long integration times. Its superior low stray light design ensures that the ATF4000 can perform effectively in complex environments, making it widely applicable, particularly in scientific research, food safety, pharmaceutical engineering, and biomedicine.

The ATF4000 incorporates a high-power xenon lamp with an exceptionally wide excitation wavelength output capability. It uses a scanning monochromator to deliver the necessary high-power monochromatic light for excitation, which is directed onto the sample. Emission wavelengths are analyzed using a high-speed spectrometer, enabling rapid assessment of the sample’s fluorescence properties and high-speed 3D spectral analysis. The emission wavelength spectrometer features a deep-cooled CCD, providing a higher signal-to-noise ratio and more accurate fluorescence signals.

The included multifunctional software has been rigorously tested by hundreds of scientists globally and has undergone nearly a hundred version updates incorporating their feedback. It is highly functional and stable, making it ideal for Raman research, hyperspectral imaging, and other advanced applications.

Features

3D Fluorescence Analysis FunctionExcitation
Wavelength Range: 190-1100 nm, continuous scanning
Emission Wavelength Range: 190-1100 nm, continuous scanning
Ultra-high Sensitivity Detector
Sensor Cooled to a Minimum of -15°C
Removable Fiber Optic Probe Design for Easy Use
Custom Ultra-Low Noise Circuit
Powerful PC-Based Spectral Analysis Software
USB 2.0
User-Friendly Interface

Application

Pharmaceutical Engineering
Materials Science
Biological Sciences
Medical Analysis
Agriculture and Food Testing
Environmental Science
Water Quality Analysis
Chemical Engineering
Educational Research

Application Description

ATF4000 system
Interface	USB 2.0
Integration time	4ms~120s
Power voltage	DC 12V±5%
Operating temperature	-10~45 ℃
Operating humidity	< 95%
Dimensions(lwh)	45.5 × 28.6 × 22.5 cm
Weight	19.5 Kg
Reliability
Spectral stability	σ/μ < 0.5% (COT 8 hours)
Temperature stability	Spectral shift ≤ 1 nm
Spectral intensity variation	<1.2%
Linearity	≥0.995
Optical Parameters
Model	ATF4000	ATF4000PS	ATF4000LT
Excitation wavelength range /nm	190-1100, continuous output	190-1100, continuous output	190-1100, continuous output
Excitation wavelength resolution/nm	2nm	2nm	2nm
Emission wavelength analysis range/nm	190-1100, continuous output	190-1100, continuous output	190-1100, continuous output
Emission wavelength resolution/nm^*1	3.5nm	3.5nm	4.5nm
Signal-to-noise ratio (no multiple averaging)	450:1	800:1	1000:1
Dynamic range (single acquisition)	3000:1	8000:1	1000:1
Maximum fluorescence integration time	3 minutes, detects stronger fluorescence signals	15 minutes, detects weaker fluorescence signals	1 hour, detects ultra-weak fluorescence signals
Measurement Chamber
Cuvette	10 mm standard quartz cuvette
Measurement method	90° scattering

Spectroradiometer

Handheld Wideband Fieldspec Spectroradiometer

ATP9100S

Fieldspec spectroradiometer is designed for faster, more precise spectral data measurements for a wide array of remote sensing applications. ATP9100S-17 and ATP9100S-25 handheld full-band Fieldspec spectroradiometers are raster-scanning, ultra-light full-band objects launched by Optosky.

Delivery

FOB

minimum order

1 unit

Country of Origin

Made In China

Product Description

ATP9100S-17 and ATP9100S-25 handheld full-band Fieldspec spectroradiometers are raster-scanning, ultra-light full-band objects launched by Optosky based on years of experience in the research and development of Fieldspec spectroradiometers, with wavelength ranges of 200nm~1700nm and 200nm~2500nm respectively, and weighing less than 1.6Kg. In addition to the functions of conventional handheld Fieldspec spectroradiometers, ATP9100S-17 and ATP9100S-25 can also directly and intuitively display the monitored spectrum area in real time, making the experiment more accurate. It is suitable for applications in various fields such as hyperspectral remote sensing measurement, crop monitoring, forest research to oceanographic research.

ATP9100S-17 and ATP9100S-25 Fieldspec spectroradiometers are cost-effective, fast and accurate in measurement, simple to operate, and easy to carry. They are equipped with powerful software packages. In addition to reflectivity measurement, they can also be used for radiometry,photometry and colorimetric measurements.

Model	Description
ATP9100S-17TC	200-1700nm band range, detector cooling
ATP9100S-25TC	200-2500nm band range, detector cooling

Features

Provide the smallest available spectral sampling interval in a field handheld device.
Ultra-wide band range: 200 nm~1700nm or 200 nm~2500nm.
Ultra-small size, ultra-light weight.
Built-in Android operating system, no additional computer is required for operation.
The matching drop-resistant backpack can be held and operated by one person.
Built-in secondary diffraction elimination coating and filter, high accuracy.
Displays the probe inclination angle and laser indicates the detection position for easy adjustment.
The host is dustproof and waterproof, not easily damaged.
Handheld, special carrying case, easy to carry.
HD touch screen control or PC software control.
HD camera displays spectrum shooting area.
Directly calculate vegetation index.

Application

Agriculture, forestry and animal husbandry, geological research, prospecting, ground truthing evaluation
Remote sensing measurement, satellite remote sensing data calibration
Forest research, oceanographic research
Environmental damage assessment
Meteorology, flux stations

Application Description

ATP9100S-17TC	ATP9100S-25TC
Optical Parameters
Spectral Range	200~1700 nm	200~2500 nm
Wavelength Accuracy	± 0.5 nm	± 0.5 nm
Spectral Resolution	<2.0 nm@756nm <5.0 nm@1550nm	<2.0 nm@756nm <5.0 nm@1550nm
FOV	Small field of view lens, 1°/8°/15°/25° optional
Indicate laser wavelength	Red laser, 650 nm
Indicate laser power	5 mW
SNR	Visible light: >10000:1 Shortwave infrared: 12000:1	visible light: >10000:1 shortwave infrared: 10000:1
Spectral Sampling Interval	0.5 nm
Hardware spectral average	Up to 100,000 times
Electrical parameters
Operation system	Based on Android 8.1
Camera	13-mega front camera
LCD screen	5-inch HD capacitive touch screen, 720×1280
Integration Time	Auto optimization integration time
Data Export Port	TYPE-C, bluetooth
Angle data	Gyroscope optical test angle 0°~100°
Power supply	Built-in lithium battery 5200mAh
Charging	USB 5V Charger
Battery life span	>2h	>2.5h
Working Current	<2500 mA
Storage Temp.	-20°C~65°C
Operating Temp.	-10~45°C
Working Humidity	< 90%RH
Physical Parameters
Dimension	151×157×85 mm
Weight	＜1.6 Kg

Imager

Three-Band Multispectral Imager

ATH1603

ATH1603 is a compact, cost-effective multispectral camera that can be used for ground and aerial drone surveying and mapping. It is widely used in regional detection, disease identification, meteorological research, etc.

Delivery

FOB

minimum order

1 unit

Country of Origin

Made In China

Product Description

The ATH1603 is a hyperspectral imager with three channels, independently developed by Optosky. It allowsfor the selection of lenses and filters based on application scenarios, meeting the needs of various environments.

The ATH1603 is a compact, cost-effective hyperspectral camera suitable for both ground and UAV airborne mapping applications.The ATH1603 features real-time imaging, high resolution, and low noise, making it widely applicable in industries such as mapping, plant disease detection, water quality monitoring, and meteorological research. Additionally, its capabilities in hyperspectral imaging make it useful for applications in gas chromatography and life science.

The ATH1603 hyperspectral camera is a new, easy-to-use hyperspectral imager equipped with a GPS receiver, automatically geotagging each image. It has a 12000-megapixel sensor capable of capturing high-resolution, high-quality data and provides real-time output ofinversion results.

Features

Selectable mounts compatible with any drone model
All images are automatically geotagged with GPS
Upgradable to a high-precision GPS receiver
Trigger options: interval/timer and external PWM shooting mode
Wide range of applications: agriculture, forestry, and mapping
Easily extract images using PWM signals via USB
No mechanical scanning, ensuring high reliability

Application

Phenotypic analysis
Crop health mapping
Moisture stress analysis
leak investigation
Fertilizer management
Regional mapping
high altitude flight
meteorological research
Disease identification, etc.

Application Description

Serial Number	Specification	Parameter
1	Channel number	3个
2	Center wavelength of each channel（RGB）	Blue: 450nm (bandwidth: 35nm) Green: 555nm (bandwidth: 27nm) Red: 660nm (bandwidth: 22nm)
3	Resolution	4000×3000
4	Focal length	8mm
5	FOV	48°×36.8°
6	Bit depth	12bit
7	Shutter speed	1/2000 to 1min（Automatic）
8	ISO	50，100，200，400，800，1600，Auto
8	Data interface	USB 3.0,
9	Power Consumption	powered by USB，5V，1A
10	Size	8.2 x 6.7 x 6.45cm
11	Weight	<150 g
12	Working temperature	-20 ~ 50°C
13	Storage temperature	-20 ~ 50°C

UV Fluorescence Hyperspectral Imager

ATHF5010

ATHF5010 covering the visible spectrum of wavelengths with high spectral resolution, it is suitable for mission-critical applications ranging from biomedicine to forensic science to wavelength measurement.

Delivery

FOB

minimum order

1 unit

Country of Origin

Made In China

Product Description

Description

ATHF5010 is an auto-focusing and auto-scanning microscopic fluorescence hyperspectral imager carefully developed by AOPU Tiancheng. Its excitation light is ultraviolet light or blue light. Fluorescence spectroscopic testing of the location. It can both perform spatial imaging and scan out the fluorescence spectrum at each location.

A snapshot can obtain the spatial and fluorescence spectral information of the linear region within 100 ms, and the fluorescence hypercube data of the sample can be obtained by scanning the electric displacement stage. Covering the UV-Vis band with high spectral resolution, it is suitable for mission-critical applications ranging from biomedicine to forensic science to UV measurement.

ATHF5010 is equipped with a 100mm large-area motorized scanning platform, supplemented by an advanced and fast ultra-large image stitching algorithm, so as to achieve the functions of fast scanning and large-area imaging.

Features

Excitation wavelength: 275, 310, 365 or 405nm, others can be customized
Auto Focus, Auto Scan
Optimum number of spatial channels: 2048
Maximum number of spectral channels: 2048 channels
Linear push-broom imaging
Full-band fluorescence and spatial simultaneous imaging
Optimal fluorescence spectral resolution: better than 1.5nm
Transmission grating spectrum, higher sensitivity
5 million pixel high-definition visible light imaging
5-hole microscope stand, motorized switching
Novel integrated frame provides excellent stability and operability

Application

Biomedicine, Early Tumor Judgment
plant health, seed health
Algae classification
Medicine and other fields
Microvascular imaging, monitoring blood flow changes

Application Description

Parameters	ATHF5010
Excitation parameters
Excitation wavelength	Two of 275, 310, 365, 405nm, other excitation wavelengths can be customized
Excitation light source	Long-life UV LED light source, UV laser light source is optional
Maximum excitation power	25W, optional 500W
Fluorescence receiving part parameters
Spectral detection range	400-1000 nm range Full Spectrum
Maximum Number of Fluorescent Channels	2048
Fluorescence spectral resolution（FWHM）	1.5 nm
Number of imaging space channels	2048
Best spatial resolution	1 μm （In case of 100x objective lens）
Detector	Cooled detector
Detector resolution	2048X2048
Refrigeration temperature	10℃
Integration time	1ms-30min
Detector interface	USB 3.0
Dynamic Range	≥60dB
Maximum frame rate	120Hz
Visible light imaging system
Light source	LED White light source
Imaging camera	500 megapixel digital camera
Camera interface	USB2.0
Microscope & Stage
Microscope light path	Infinity optical path
Objective lens mounting plate	5 holes, electric switching
Objective lens	5x、10x、20x、50x ，also 100x optional
Focusing device	Manual focus or automatic focus, and a focus upper limit device
Stage	Steel wire drive stage (X axis does not protrude), double clamp structure
Stage area	220X200mm
Scanning electronic control platform

Range of movement	300 mm Scanning itinerary, other itineraries can be customized
Mobile resolution	0.1 μm
Positioning accuracy	1 μm
Scanning speed	20mm/s
Focus method	Manual, electric, real-time focus
Z axis (electric control, auto focus)
Focus accuracy	≤ ±0.2 μm
Maximum stroke	100 mm
Focus speed	Does not exceed10 s
Dimensions	650 X 520 X 520 mm
Weight	49.3 kg
Software part
Function	Visual imaging and real-time fluorescence spectral detection

Near-infrared fluorescence Imager

ATF9200
ATF9200 is an auto-focusing, auto-scanning large-area near-infrared fluorescence imager carefully developed by Optosky. The near-infrared (1000-1700 nm) reduces tissue scattering and minimizes tissue absorption and auto fluorescence.
Delivery
EXW
Minimum Order
1 unit
Country of Origin
Made in China

Product Description

ATF9200 is an auto-focusing, auto-scanning large-area near-infrared two-zone fluorescence imager carefully developed by Optosky. The near-infrared two-zone (1000-1700 nm) reduces tissue scattering and minimizes tissue absorption and autofluorescence. Compared with traditional visible light or infrared optical imaging (ie, 400-1000 nm), it has better image contrast, sensitivity and penetration depth into tissue at these wavelengths. Especially suitable for small animal in vivo fluorescence imaging, real-time surgical navigation, etc.

ATF9200 has a built-in ultra-low temperature refrigeration high-sensitivity InGaAs detector that can be cooled down to -80°C.

Features

Excitation wavelength: 808, 980, 1064nm
Deep cooling InGaAs CCD, the lowest cooling temperature is -80°C
Imaging resolution: 640X512, 1280X1024 optional
Large area motorized scanning platform
Real-time auto focus, auto scan, auto stitching
Four-in-one optical fiber channel
Novel integrated frame provides excellent stability and operability
Modular structure design, multi-functional combination to ensure the versatility of the system

Application

Research laboratory
In vivo fluorescence imaging (small animals, etc.)
Targeted tumor imaging
Microvascular imaging, monitoring blood flow changes
Drug targeting and kinetic studies
Surface Spectrum
IR

Application Description

Parameters	ATF9200	ATF9200-HR	ATF9200-DC
	Excitation parameters
	Excitation wavelength	808, 980, 1064nm, other excitation wavelengths can be customized
	Excitation light source	Solid state laser
	Maximum excitation power	2.5W, optional 5W
	Fluorescence receiving part parameters
	Spectral detection range	l6-10 bands are optional
	Spectral detection range	l900-1700nmcontinuous scan
	Fluorescent channel selection	Electric control setting, continuous scanning or channel selection (6-10 channels)
	Spectral channel adjustment resolution	1.0 nm
	Imaging spectral resolution (FWHM)	5.0 nm
	Detector	Cooled InGaAs CCD	Cooled InGaAs CCD	Deep cooled InGaAs CCD
	Detector resolution	640X512	1280X1024	640X512
	Refrigeration temperature	10°C	-10°C	-80°C
	Integration time	1ms-20s	1ms-20s	15μs-5 minutes
	Detector interface	USB 3.0
	Dynamic Range	≥60dB	≥62dB	≥62dB
	Maximum frame rate	120Hz	66Hz	100Hz
	Visible light imaging system
	Light source	LED white light source
	Imaging camera	5 million pixel digital camera
	Camera port	USB2.0
	Stage
	Focusing device	auto focus
	Stage	Steel wire transmission stage (X-axis does not protrude), double clip structure
	Stage area	220X200mm
	X, Y axis electric control two-dimensional platform
	Range of movement	50X50mm, optional 100X100mm
	Mobile resolution	0.1 μm
	Positioning accuracy	1 μm
	Scanning speed	20mm/s
	Focus method	Manual, electric, real-time focus
	Z axis (electric control, auto focus)
	Focus accuracy	≤±0.2μm
	Maximum stroke	100 mm
	Focus speed	Not more than 10 s
	Dimensions	600X400X500mm
	WeightWeight	49.3 kg
	Software part
	Function	Visual imaging and real-time fluorescence spectral detection

Analyzer

AT-Line NIR Analyzer

IR2000

IR2000 is a multifunctional full-spectrum NIR analyzer newly developed by Optosky based on InGaAs linear array detector and specially designed for fast and non-destructive analysis.

Delivery

FOB

minimum order

1 unit

Country of Origin

Made In China

Product Description

IR2000 is a newly developed multi-functional full-spectrum near-infrared analyzer based on InGaAs detector developed by Optosky. It is specially designed for fast and non-destructive analysis. It combines exceptional analytical accuracy with speed, ease of use and ruggedness. It is widely used and can detect almost all moisture, protein, fat, ash, starch and other parameters in solid samples.

Unique optical path design and 256 InGaAs linear array detector

No sample preparation required

Large spot, rotating scanning

IP65 safety level

HD touch screen

Long life light source (more than 10,000 hours)

Various data transmission interfaces

Grain industry	Major cereals such as wheat, soybeans, rice, corn, rapeseed, and peanuts; Small grains such as sorghum and oats; cash crops such as flax, and cauliflower seeds. Measurable ingredients: Protein, fat, fiber, starch, amylose, fatty acid composition, various amino acids, gluten, hardness, sedimentation value, water absorption, etc.
Flour processing industry	Wheat, flour, bran,noodles and dough, etc. Measurable ingredients: Moisture, protein, fiber, sedimentation value, ash, hardness, gluten, water absorption, etc.
Meat products industry	Various meats and meat products Measurable ingredients: Moisture, protein, fat, ash, water activity, origin traceability, etc.
Feed industry	Semi-finished or final feed products, including pet feed. Measurable ingredients: Moisture, protein, fat, etc.
other industry	Grain storage, starch industry, medicine, tobacco Measurable ingredients: Moisture, protein, fat, etc.

Application Description

parameter

Analysis parameters
1	Analysis time	6 seconds~30 seconds
2	Sample Volume	0.5~300g
3	Sample types	Solid samples：pellets、Flaky、powders、paste, etc.
4	Analysis parameters	moisture、protein、fat、fiber,etc.
5	Measurement mode	contactless ，Rotary scan
6	Sample area analyzed	Standard sample tray 154cm2 ，small plate 44cm2
Optical parameters
7	Detector	256(InGaAs Detector)
8	Wavelength range	950nm-1650nm
9	Wavelength accuracy	less than 0.05nm
10	wavelength repeatability	less than 02nm/2times ，or less than0.2nm/years
11	Bandpass	about 7nm
12	Spectral Resolution	0.1nm~10nm Adjustable
13	Noise Level	less than 20uA
14	scans number	100 times/second
15	Light source life	≥10000 hours
General parameters
16	Screen	10-inch high-definition touch screen with intuitive operating software
17	Ingress protection	IP65
18	communication mode	USB ，Network port
19	storage	8GB
20	Power requirements	110V~240V ，50/60Hz
21	Dimensions	500400500mm
22	Weight	10kg

Portable XRF Heavy Metal Analyzer

ATFD500

The Optosky ATFD500 is a portable XRF analyzer for heavy metal detection in soil and food safety. Using HDXRF technology, it delivers fast, accurate results for environmental monitoring, contamination analysis, and food safety with ultra-low detection limits.

Product Description

The Optosky ATFD500 heavy metals XRF Aanlyzer is a state-of-the-art heavy metals XRF for soil testing，and powered by Monochromatic Energy-Dispersive X-Ray Fluorescence (HD XRF®) technology. With its ultra-high signal-to-background ratio and ultra-low detection limits, the ATFD500 is designed to provide precise and rapid quantification of heavy metals like lead (Pb), arsenic (As), and mercury (Hg), meeting stringent FDA regulations (down to 0.1 ppm for Pb and As). Perfect for XRF soil testing and food safety analysis, this portable device allows on-site sampling with minimal preparation, providing highly accurate results for food contamination detection and soil contamination analysis.
Whether you’re conducting environmental monitoring, food safety analysis with XRF, or environmental chemistry studies, the ATFD500 XRF for food safety is an indispensable tool for metal detection in both food and soil. Its HDXRF technology ensures a significant performance boost over traditional XRF detection of metals, enabling faster, more reliable results for various environmental and health risk assessments.

Features

Monochromatic HDXRF Technology （Fluorescence Spectrometry Technology）: Enhanced detection performance with high signal-to-background ratio.
Ultra-Low Detection Limits: Accurately measures heavy metals like Pb, As, and Hg at trace levels (0.1 ppm).
Portable and Lightweight: Easy to carry for on-site testing in various environments.
Minimal Sample Preparation: Facilitates quick and efficient testing with minimal sample handling.
FP Calibration Approach: Ensures accurate results across different sample types with customizable calibration curves.
High Accuracy and Linearity: Reliable results across a wide range of concentrations.

Application

XRF soil contamination analyzer：Soil Contamination Analysis: Detects heavy metals in soil for environmental monitoring.
Food Safety Testing: Identifies toxic metals like lead, arsenic, and mercury in food samples.
Environmental Monitoring: Used for assessing pollution levels in various environments.
Risk Assessment: Helps in evaluating health risks from heavy metal exposure in food and soil.
On-Site Testing: Ideal for field testing with minimal setup and rapid results.

Portable Mineral Specialized Analyzer

ATX3100O Plus

Delivery

FOB

minimum order

1 unit

Country of Origin

made in China

Product Description

The ATX3100O Plus Portable Mineral Specialized Analyzer by Optosky is a compact, lightweight, and rugged device with a high-performance SDD detector, designed for fast, non-destructive elemental analysis. It analyzes elements from Mg to U with a simple trigger pull, eliminating the need for costly and time-consuming lab tests.

Ideal for mining, geology, ore grading, and exploration, it enables quick identification of rich and poor ores, mine mapping, and tailings analysis. The Portable Mineral Specialized Analyzer offers accurate results in harsh environments, making it perfect for on-site testing and field analysis, improving decision-making in resource extraction and mineral exploration.

Features

One-click operation eliminates errors, improving accuracy. Average value statistics from multiple tests show precision.
Automatic calibration requires no manual input. Unlike destructive methods, the sample remains undamaged.
The instrument works in temperatures as low as -35°C, ensuring stable resolution.
With a high-performance SDD detector, it provides targeted solutions for mineral exploration and mining.

Application

Mine explorationl
Grade controll
Core detectionl
Mining process control

Application Description

Model	ATX3100O plus
Test Mode	Ore All-Purpose Mode, Ore Dual-Beam Precision Mode, Soil Mode
Analysis Range	Measures elements from ppm to 99.99%: Mg、A1 、Si 、P 、S、Ag 、Cd 、Sn 、Sb、Re.Ir 、Pt 、Ru、Rh 、Pd 、Ta 、W 、Hg 、Se、Au 、Br 、Pb 、Bi 、Zr、Nb 、Mo 、Ti、V 、Cr 、Mn、Fe 、Co.Ni 、Cu 、Zn 、Hf ，etc.
Software Algorithm	FP basic parameters, Compton correction method, EC empirical coefficient algorithm
Excitation Source	4W high power, 50KV variable voltage X-ray tube target: Silver (Ag) or Tungsten (W) target
Detector	SDD detector (resolution < 129eV) Peltier cooling to -35°C
Filter	Swiss motor drives 6 interchangeable filters
Standard Sample	316L stainless steel window protection cover and one round piece
Battery	Standard with 2 lithium batteries (7.2V/6600mAh)
Display Screen	3.5-inch TFT industrial-grade touchscreen
Data Storage	32GB high-capacity storage card: ≥280,000 data sets and spectra
Safety Operation	One-click “detection” with automatic software timing lock and auto-stop function: X-ray automatically shuts off within 2 seconds when no sample is detected. The instrument’s 2/3 shell is made of 2024 aerospace aluminum alloy for better heat dissipation and X-ray shielding.
Dimensions	230mm x 65mm x 90mm (excluding handle)
Weight	1.6kg, 1.65kg with batteries
Operating Temperature	15-35℃
Working Humidity	30％～80%

Benchtop LIBS Analyzer

ATL3800

Laser Induced Breakdown Spectroscopy (LIBS) is ananalytical technique that uses high-energy laser pulsesfocused directly on the surface of a sample to excite theouter electrons of atoms and generate atomic emissionspectra of the plasma.

Delivery

EXWORK

minimum order

1 unit

Country of Origin

Made in China

Product Description

The Benchtop LIBS Analyzer ATL3800 by Optosky enables simultaneous multi-element analysis with a single button press, detecting elements like Si, Al, Fe, and more. Its exceptional sample compatibility allows for direct analysis of solid samples and efficient processing of liquid samples, reducing handling time.

With a spatial resolution under 100 micrometers, the ATL3800 provides detailed micro-area analysis, making it ideal for industries like metallurgy, geology, and environmental monitoring. As demand for rapid, accurate analytical solutions grows, the ATL3800 stands out in battery manufacturing, semiconductors, and recycling, ensuring high-quality results quickly and effectively.

Features

Self-contained stratigraphic element change graph
Small size:light weight and portable
Self-contained standard curve
Fast, with data available in 10 seconds
Three-dimensional adjustablesample table with automatic rotation
Technologically advanced, direct analysis of solid samples such as cores
Simple operation and automatic data analysis and processing
Direct characterisation of mudstone, shale, limestone,sandstone, dolomite gypsum, igneous rock, etc.
Self-contained IPC, touch screen, no external laptop, no peripherals
Simultaneous one-button analysis ofmultiple elements, Si, Al, Fe,Ca,Mg,K,Mn,Na,Ti,Ba,Sr, S,CI,P,V,Ni，zr, Th, U, etc.

Application

Ore Analysis
Environmental Analysis
Geological Exploration
Metallurgy

Application Description

Model	AS2300	AS2300-ALS
Wavelength Range	190～900nm
Grating Line Density	1800 lines /mm
Absorbance Range	-0.1~2.5ABS
Wavelength Repeatability	≤0.05nm
Wavelength Accuracy	Full spectrum ±0.15 nm
Optical System	Integrated optical platform, fully enclosed optical system (single beam)
Detector	Photomultiplier tube
Resolution	Able to separate manganese doublet lines (279.5 and 279.8 nm) with a spectral bandwidth of 0.2 nm and a valley-to-peak energy ratio of <30%
Spectral Slits	0.1nm,0.2nm,0.4nm,0.7nm,1.0nm.2.0nm（automatically switchable）
Background Correction Technology	D2 background subtraction (background signal 1 ABS, background reduction capability ≥50 times)
Static Baseline Drift	≤0.002ABS/30min（ Cu）
Lamp Holder	Standard 6-lamp turret, optional 8-lamp turret
Characteristic Concentration	Cu≤10× 10-12g ，Cd ≤0.4× 10-12g，
Measurement Repeatability	Cu≤2% ，Cd ≤2%
Detection Limit	Cd ≤0.3pg
Gas Flow Control	Needle valve control
Safety Protection	Automatic gas cut-off for low pressure, power interruption, abnormal flameout, and burner mismatch; automatic temperature shutdown for overheating
Background Subtraction Method	Self-absorption background subtraction, deuterium lamp background subtraction
Burner	Air-acetylene flame burner 100mm
Nebulizer Chamber	Polypropylene coated
Ignition Method	Automatic ignition
Ignition Dynamic Baseline Drift	≤0.003ABS/30min(Cu)
Maximum Heating Rate	≥3000℃/s
Graphite Furnace Operating Temperature	Room temperature~3000℃
Temperature Control Accuracy	≤1%
Power	6000W peak instantaneous power
Dimensions	700550440(mm)
Weight	80kg
Autosampler	Not included	85-position autosampler

Portable Water Quality Analyzer

ATE3000

The portable water quality analyzer is a new portable water quality detector designed by Optosky,the instrument adopt imported cold light source,high stability,and it has a unique temperature control module,can maintain the stability of the read value for a long time.This instrument has optical path automatic switching function,can directly test the optical path in the range of 16-25mm.The digester adopts intelligent PID temperature control technology and special structure design,ensure the best heating uniformity.

Delivery

FOB

minimum order

1 unit

Country of Origin

Made in China

Product Description

Features:

• Built-in 420nm,620nm,700nm three LED light sources,long life span,high stability of light source.

• Contains chemical oxygen(COD),ammonia nitrogen,total phosphorus three test items.

• Contains temperature control module,overcome the interference of ambient temperature measurement precision.

• Optical path antomatic switching function,can easy to test the optical path in the range of 16-25mm.

• Digestion colorimetric use the same digestion tube,no need to change the tube,simple and safe operation.

• Has dilution function,directly show the concentration of the water sample.

• Support user-built standard curve.

• Support factory reset.

• Support battery power,USB power and PC connection for data acquisition.

• Data can be printed through a printer

• Timer function

• The digestion apparatus adopts intelligent PID temperature control technology,the heating is uniform and fast.

• The digestion apparatus has overtemperature protection,ensure the safety of the digestion process.

Applications:

• Sewage treatment plant

• Environmental monitoring

• Universities and colleges,scientific research institutions • Industry:electroplate,papermaking,pharmacy printing and dyeing,textile,leather,winemaking

Application Description

ATE3000 System Parameters
Measure Room	Fit to tube diameter at 16-25 mm
Measure Parameters	Measure Range	Accuracy	Repeatability
COD	20- 100mg/L(customizable)	COD≤50mg/L,≤5mg/L; COD＞50mg/L,≤±5％	≤±5％
Ammonia Nitrogen	0.000~ 1.000mg/L(customizable)	≤±5％	≤±5％
NO2-N	0.000~0. 150mg/L(customizable)	≤±5％	≤±5％
NO3-N	0.000~0.500mg/L(customizable)	≤±5％	≤±5％
Total Nitrogen	0.000~0.500mg/L(customizable)	≤±5％	≤±5％
Total Phosphorus	0.000~ 1.600mg/L(customizable)	≤±5％	≤±5％
Orthophosphate	0.000~ 1.000mg/L(customizable)	≤±5％	≤±5％
Optical stability	＜0.003A/20min
Power supply	Battery(5 hours) or DC 5V
USB interface	Support connect to PC
Printer	Optional
Timer	Have
Smart power saving	10min(time settable) automatic shutdown
Environmental	5-40℃;relative humidity＜85％,no condensation
size	152mm143mm115mm
Digestion device
Power supply	DC 12V
Digestion hole	6
Temp accuracy	±0.5℃
Temp range	room temperature- 199℃ adjustable
Temp control time	0-999min adjustable(buzzer alarm prompt at the end of digestion)
Size	181mm126mm142mm
Protective cover	Protect personnel safety

Spectrophotometer

Atomic Absorption Spectrophotometer

AS2500

Optosky AS2500 Atomic Absorption Spectrophotometer committed to providing professional and accurate analysis and testing application solutions to customers.

Product Description

Features

Monochromatic HDXRF Technology （Fluorescence Spectrometry Technology）: Enhanced detection performance with high signal-to-background ratio.
Ultra-Low Detection Limits: Accurately measures heavy metals like Pb, As, and Hg at trace levels (0.1 ppm).
Portable and Lightweight: Easy to carry for on-site testing in various environments.
Minimal Sample Preparation: Facilitates quick and efficient testing with minimal sample handling.
FP Calibration Approach: Ensures accurate results across different sample types with customizable calibration curves.
High Accuracy and Linearity: Reliable results across a wide range of concentrations.

Application

XRF soil contamination analyzer：Soil Contamination Analysis: Detects heavy metals in soil for environmental monitoring.
Food Safety Testing: Identifies toxic metals like lead, arsenic, and mercury in food samples.
Environmental Monitoring: Used for assessing pollution levels in various environments.
Risk Assessment: Helps in evaluating health risks from heavy metal exposure in food and soil.
On-Site Testing: Ideal for field testing with minimal setup and rapid results.

Flame-Graphite Furnace AAS

AS2300

The Flame-Graphite Furnace Integrated Atomic Absorption Spectrophotometer AS2300 is a new product meticulously crafted by Optosky.

Delivery

FOB

minimum order

1 unit

Country of Origin

Made in China

Product Description

The Flame-Graphite Furnace Integrated Atomic Absorption Spectrophotometer AS2300 is a new product meticulously crafted by Optosky. The multimedia graphite furnace visualization system allows intuitive monitoring of the dynamic changes of the sample solution inside the graphite tube during drying, ashing, and burning processes. It facilitates the observation of the optimal position and depth for the autosampler capillary needle insertion into the graphite tube, as well as the placement of the platform inside the graphite tube, ensuring analytical accuracy and extending the graphite tube’s lifespan.

The advanced optical design incorporates an integrated suspended vibration-isolation optical platform that enhances anti-vibration capability and prevents temperature changes from affecting the optical system, ensuring stable optical signals. It supports 85-position auto sampling and online dilution, significantly simplifying analytical operations and improving analytical efficiency.

Additionally, this instrument combines flame, graphite furnace, and hydride generation functionalities, allowing analysis from high concentration ppm levels to trace ppb levels without needing to switch atomizers. This greatly simplifies operation. The six-lamp automatic turret system enables rapid multi-element analysis. The AS2300 also features an advanced and reliable safety protection system, providing comprehensive safety for operators.flow cytometry, cell sorting, optical instruments, spectroscopic analysis, interference, metrology, holography, and physical experiments.

Features

Graphite Furnace Visualization Technology；
Safety Assurance: Advanced and reliable safety protection system；
Advanced Optical Design；
Streamlined Industrial Design；
Integrated flame and graphite furnace design；
High-Performance Autosampler: Supports 85-position autosampling and online dilution；
Multi-Element Rapid Analysis；

Application

Minerals：rare earth analysis and precious metals analysis
Environmental：Environmental Protection &Water quality testing
Material science：alloy materials & building materials
Scientific research: Elemental quantitative analysis in scientific research such as medical and health, and higher education institutions

Application Description

Model	AS2300	AS2300-ALS
Wavelength Range	190～900nm
Grating Line Density	1800 lines /mm
Absorbance Range	-0.1~2.5ABS
Wavelength Repeatability	≤0.05nm
Wavelength Accuracy	Full spectrum ±0.15 nm
Optical System	Integrated optical platform, fully enclosed optical system (single beam)
Detector	Photomultiplier tube
Resolution	Able to separate manganese doublet lines (279.5 and 279.8 nm) with a spectral bandwidth of 0.2 nm and a valley-to-peak energy ratio of <30%
Spectral Slits	0.1nm,0.2nm,0.4nm,0.7nm,1.0nm.2.0nm（automatically switchable）
Background Correction Technology	D2 background subtraction (background signal 1 ABS, background reduction capability ≥50 times)
Static Baseline Drift	≤0.002ABS/30min（ Cu）
Lamp Holder	Standard 6-lamp turret, optional 8-lamp turret
Characteristic Concentration	Cu≤10× 10-12g ，Cd ≤0.4× 10-12g，
Measurement Repeatability	Cu≤2% ，Cd ≤2%
Detection Limit	Cd ≤0.3pg
Gas Flow Control	Needle valve control
Safety Protection	Automatic gas cut-off for low pressure, power interruption, abnormal flameout, and burner mismatch; automatic temperature shutdown for overheating
Background Subtraction Method	Self-absorption background subtraction, deuterium lamp background subtraction
Burner	Air-acetylene flame burner 100mm
Nebulizer Chamber	Polypropylene coated
Ignition Method	Automatic ignition
Ignition Dynamic Baseline Drift	≤0.003ABS/30min(Cu)
Maximum Heating Rate	≥3000℃/s
Graphite Furnace Operating Temperature	Room temperature~3000℃
Temperature Control Accuracy	≤1%
Power	6000W peak instantaneous power
Dimensions	700550440(mm)
Weight	80kg
Autosampler	Not included	85-position autosampler

UV-Visible-NIR Spectrophotometer

UV3610

The Optosky UV3610 is a UV-Visible-NIR Spectrophotometer that acquires spectral signals from 185-3300 nm. It features high-sensitivity detectors: PMT, InGaAs, and PbS, covering 185-900 nm, 900-1700 nm, and 1700-3300 nm respectively, achieving optimal sensitivity and signal-to-noise ratio.

Delivery

FOB

minimum order

1 unit

Country of Origin

Made In China

Product Description

The UV3610 provides precise transmission and reflectance measurements across the UV to near-infrared regions, significantly enhancing sensitivity.

The instrument uses a high-power 50W halogen lamp and a socket-type deuterium lamp, ensuring excellent measurement results and easy replacement. The UV3610’s unique wavelength control system enhances accuracy with various bandwidth options, ensuring low noise and a wide wavelength range. The high-performance light source ensures stable light intensity.

The UV-Vis-NIR spectrophotometer’s software is fully designed in English, offering a clean, user-friendly interface with functions for spectral scanning, photometric measurements, time scanning, kinetics measurements, data transmission, storage, and printing.

The UV3610 is versatile for environmental analysis, pharmaceutical analysis, chemical analysis, food quality testing, and water quality testing.

Features

Measurement Range: 185-3300 nm；
Low Stray Light Optical Design；
Three Detectors；
Automatic Six-Cell System；
Light Source: 50W halogen lamp and deuterium lamp (socket type)
User Interface: Simple and intuitive operation page；
High-Speed Data Acquisition；
USB Data Output Interface；
Three-Color Indicator Lights；
Superior Optical System；

Application

Research in Scientific Institutes
Biological Sciences
Medical Analysis
Agriculture and Food Testing
Environmental Science
Water Quality Analysis
Textile Industry

Application Description

Model	UV3610	UV3610-TP
Wavelength Range	185~3300 nm
Optical System	Dual Beam
Sample Cell Channels	6 channels, auto-switching
Spectral Bandwidth	UV/Vis: 0.1, 0.2, 0.5, 1, 2, 3, 5, 8 nm (8 steps) NIR: 0.2, 0.5, 1, 2, 3, 5, 8, 12, 20, 32 nm (10 steps)
Wavelength Accuracy	UV/Visible: ±0.2 nm NIR: ±0.8 nm
Wavelength Repeatability	UV/Visible: ±0.08 nm NIR: ±0.35 nm
Photometric Accuracy	±0.003 Abs (1 Abs) ±0.002 Abs (0.5 Abs) ±0.3%T
Photometric Repeatability	±0.0016 Abs (0.5-1.0 Abs) ±0.0008 Abs (0-0.5 Abs) ±0.15%T
Drift	<0.0002 Abs/h (2 hours after power-on at 500 nm, 1-second integration)
Stray Light	<0.005% T
Noise	<0.00005 Abs RMS (500 nm) <0.00008 Abs (900 nm) <0.00003 Abs(1500nm)
Photometric Modes	Absorbance (Abs), Transmittance (%), Reflectance, Energy (E)
Resolution	1 nm
Wavelength Adjustment	Automatic scanning
Baseline Flatness	±0.004 Abs (185-200 nm) ±0.001 Abs (200-3000 nm) ±0.005Abs（3000-3300nm）
Photometric Range	-6 to 6 Abs
Baseline Correction	Computer automatic correction (baseline stored at power-on, can be recalibrated)
Detectors	PMT, InGaAs, PbS
Light Source	50W halogen lamp and deuterium lamp (socket type)
Display	None	7-inch capacitive touchscreen
Internal Storage	None	32GB storage, can store 1 million spectra
External Interface	USB 2.0	USB 2.0, LAN, WIFI

NanoDrop Microvolume Spectrophotometers

ATX3100O Plus

Nanobio-100

Nanodrop-100 is designed to provide cheap NanoDrop® ND-1000 UV-Vis Spectrophotometer to global market with high accurate analyses of 0.5 ul samples for DNA, RNA, protein, pigments.

Delivery

FOB

minimum order

1 unit

Country of Origin

Made in China

Product Description

NanoBio 100 is a full wavelength (190-1000nm) UV-Vis spectrophotometer, which is self-designed by Optosky. It bases on 20-year experience in developing spectrometer plus Hamamatscu pulsed xenon lamp, it’s a successful spectrophotometer can fast measure nucleic acids,protein and cell solution. Meanwhile, its easy-to-use, sample volume requires only 0.5 ~ 2 μl, it’s not required preheating and it can fast clear out residue sample, no cuvette or other sample positioning fixture, no dilution etc.NanoBio 100 spectrophotometer,easy-to-use,pipette directly onto the sample measure detect head, close it to start measure. It can directly wipe out residue sample or recycle after completing measure.

Features:

• Nucleic acids, Proteins, Full band absorbance

• Sample volume per time: 0.5-2 μl

• Fast Measure：<3s

• Broad Spectral Range：190-1000nm；

• Long life span source up to 10 years

• Embedded high performance micro spectrometer

• High stability pulsed xenon light source

• Advanced algorithm；

• Self-built modeling function by user；

• USB Type C data output；

Application:

• Scientific Research Lab

• Hospital

• Bio Lab

• Chemical Lab

• Environment Measure

Application Description

Parameters	Specifications	Notes
Sample Volume	0.5 – 2.0 μL
Measurement Cycle	~ 3 seconds
Optic Path Length	1.0 mm	0.5,0.25 and 0.05mm is optional
Wavelength Range	190 ~ 1000 nm
Light Source	Xenon flash lamp
Detector Type	2048 pixel linear CCD array
Wavelength Accuracy	1 nm
Wavelength Resolution	≤ 2 nm (FWHM at Hg 546 nm)
Absorbance Precision	0.003 Abs
AbsorbanceAccuracy	1% ( 0.76Abs at 257nm )
Minimum Detection Limit	2 ng/μL (dsDNA)
Max Concentration	15,000 ng/μL (dsDNA)
Absorbance Range	0.04 ~ 300 (10 mm)
DNA range	2 ~ 4500ng/ul (dsDNA) 2~ 15000ng/μL(Optional)
Surface Construction	304 stainless steel and quartz fiber
Operating Voltage	12V DC@2A
Power Consumption	24 W
Standby Power	1.5 W
Data interface	USB2.0
Dimensions	290 X 210 X 150 mm
Weight	2.6kg

Reflectometer

Desktop Octave Integrating Reflectometer

SM120TB

SM120TB is used in the monitoring of the cell velvet process, providing customers with an effective detection solution for cell quality control and loss reduction.

Product Description

Features:

• Nucleic acids, Proteins, Full band absorbance

• Sample volume per time: 0.5-2 μl

• Fast Measure：<3s

• Broad Spectral Range：190-1000nm；

• Long life span source up to 10 years

• Embedded high performance micro spectrometer

• High stability pulsed xenon light source

• Advanced algorithm；

• Self-built modeling function by user；

• USB Type C data output；

Application:

• Scientific Research Lab

• Hospital

• Bio Lab

• Chemical Lab

• Environment Measure

Application Description

Parameters	Specifications	Notes
Sample Volume	0.5 – 2.0 μL
Measurement Cycle	~ 3 seconds
Optic Path Length	1.0 mm	0.5,0.25 and 0.05mm is optional
Wavelength Range	190 ~ 1000 nm
Light Source	Xenon flash lamp
Detector Type	2048 pixel linear CCD array
Wavelength Accuracy	1 nm
Wavelength Resolution	≤ 2 nm (FWHM at Hg 546 nm)
Absorbance Precision	0.003 Abs
AbsorbanceAccuracy	1% ( 0.76Abs at 257nm )
Minimum Detection Limit	2 ng/μL (dsDNA)
Max Concentration	15,000 ng/μL (dsDNA)
Absorbance Range	0.04 ~ 300 (10 mm)
DNA range	2 ~ 4500ng/ul (dsDNA) 2~ 15000ng/μL(Optional)
Surface Construction	304 stainless steel and quartz fiber
Operating Voltage	12V DC@2A
Power Consumption	24 W
Standby Power	1.5 W
Data interface	USB2.0
Dimensions	290 X 210 X 150 mm
Weight	2.6kg

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Scientific True Confocal Raman Imaging Microscope

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