Spectrometer

Labtron Spectrometer presents a wide range of models such as FTIR, Atomic Fluorescence, ICP, Xray Fluorescence (XRF), Angular, Optical Emission, and Gamma Spectrometer. These utilize advanced technologies like gold-coated reflecting mirrors and high-intensity light sources. Full-digital spark optical systems ensure high sensitivity and accuracy of the spectrometer. Their user-friendly software enables seamless data manipulation and non-destructive analysis. They facilitate real-time inspections and reliable results for a wide range of elements. Our Spectrometer’s robust construction and safety features guarantee durability and secure operation.

Atomic Fluorescence Spectrometer LAFS-A10

Atomic Fluorescence Spectrometer LAFS-A10

Beam Configuration: Dual Channel

Elements ( Measuring Range ): As, Se, Pb, Bi, Sb, Te, Sn< 0.01 µg/LHg, Cd< 0.001 µg/LZn< 1.0 µg/LGe< 0.1 µg/L

Precision ( RSD ): < 1.0

Linear range: More than 3 orders of magnitude

Angular Spectrometer LASM-A10

Angular Spectrometer LASM-A10

Angle Measurement Accuracy: 1inch

Optical Parameter: Focal Length170 mmEffective ApertureΦ 22 mmField of View3° 22inchFocal Length of Telescope’s Eyepiece24.3 mmMaximum Length Between Collimator and Telescope120 mmSlit Width0.02 to 2 mmDiopter Compensation Range≥ ± 5 diopters

Divided Circle: DiameterΦ178 mmCircle Graduation0° to 360°Division0.5°Vernier Reading Value1inch

Stage: DiameterΦ70 mmRotating Range360°Range of Vertical Adjustment20 mm

Gamma Spectrometer LGRS-A10

Gamma Spectrometer LGRS-A10

Detector: 1.5-inch LaBr₃ Detector, GM tube, Neutron detector

Dose Rate Range: 100nSv/h to 30mSv/h

Dose Range: 100nSv to 10Sv

Detection Time: Nuclides Within 5 Seconds Mixed Nuclides Within 30 Seconds

Handheld Raman Spectrometer LHRS-A10
Handheld Raman Spectrometer LHRS-A10

Measurable Substances: Drugs and precursor drugs, chemical warfare agents, explosives, hazardous chemicals, jewelry and jade, medicines and raw materials, food additives, unknown items

Spectral Range: 785nm: 200 cm⁻¹ to 3200 cm⁻¹ 830nm: 200 cm⁻¹ to 2500 cm-1

Wavelength Resolution: 7cm⁻¹ with 10µm slit 10cm⁻¹ with 25µm slit 15cm⁻¹ with 50µm slit

Excitation Wavelength: 785 ± 0.5nm, line width < 0.08nm 830 ± 0.5nm, line width < 0.08nm

Handheld Raman Spectrometer LHRS-A11
Handheld Raman Spectrometer LHRS-A11

Measurable Substances: Drugs, explosives, hazardous and toxic chemicals, food contaminants, food additives, raw materials, drug formulations, gemstones, minerals, geological samples, documents, artifacts

Spectral Range: 200 cm-1 to 4000 cm-1

Wavelength Resolution: 10 cm-1

Excitation Wavelength: 785 ± 0.5 nm

Hyperspectral Camera LHSC-A10

Hyperspectral Camera LHSC-A10

Spectral Range: 1000 to 2500 nm

Detector Type: Te-cooled InGaAs SWIR Detector

Imaging Mode: Push broom

Spectral Channels: 512

Hyperspectral Camera LHSC-A11

Hyperspectral Camera LHSC-A11

Spectral Range: 400 to 1000 nm

Detector Type: VIS-NIR Hyperspectral Camera

Spectral Channels: 512

Spatial Channels: 640

Hyperspectral Camera LHSC-A12

Hyperspectral Camera LHSC-A12

Spectral Range: 1000 to 1700 nm

Detector Type: Te-cooled InGaAs SWIR Detector

Spectral Channels: 512

Spatial Channels: 640

Hyperspectral Spectrometer LHSS-A10
Hyperspectral Spectrometer LHSS-A10

Spectral Range: 300 to 2500 nm (standard) 200-400nm,400-1000nm,1000-2500nm (Customizable)

Spectral Resolution: 0.8 to 1.4 nm at 756 nm, 3 to 5 nm at 1400 nm, 5 to 8 nm at 2100 nm

Detector: Line sensor / InGaAs sensor

Wavelength Repeatability: ±0.5 nm at SWIR

ICP Mass Spectrometer LICM-A10
ICP Mass Spectrometer LICM-A10

Wavelength Range: 0.00916nm to 0.103nm

Mass Range: 2 to 255 amu

Test Range: ˃ 10⁸

Linear Range: ≥ 10⁸

ICP spectrometer LICP-A10

ICP spectrometer LICP-A10

Wavelength range ( 3600 lines / mm ): 180 to 500 nm

Wavelength range ( 2400 lines / mm ): 180 to 800 nm

Temperature: 20 ~ 28 °C

Elements per minute: 26 elements

ICP Spectrometer LICP-A11

ICP Spectrometer LICP-A11

Wavelength range: 180 to 900 nm

Elements per minute: 15 elements

Temperature: 29 °C

Incident slit: 25 µm

ICP Spectrometer LICP-A12

ICP Spectrometer LICP-A12

Wavelength range: 195 to 800 mm

Elements per minute: 10 elements

Temperature range: 32 °C

Incident slit: 20 µm

ICP Spectrometer LICP-B10
ICP Spectrometer LICP-B10

Monochromator Specifications: Optical typeCzerny turnerResolution≤ 0.015nm (3600 line grating) ≤ 0.030nm (2400 line grating)Focal length1000 mmGrating specificationshuge holographic grating with 3600 L/mil or 2400 L/mil and 80 mm × 100 mm of ruling areaWavelength range195 to 500 nm for 3600 line grating 195 to 800 nm for 2400 line grating

Solid State Power Specifications: Frequency27.12 MHz Frequency stability: < 0.05%Spray chamberScott double pass spray chamberOutput power800 W to 1600 W, adjustable with power efficiency more than 65%Output power stability≤ 0.05%Induction coil25 mm × 3 ID (ID-internal diameter), equipped with three concentric quartz torch tubes 35 mm ED (ED-external diameter)

Technical Specifications: Suitable sample content rangeLiquid sample: 0.01 ppm to several thousand ppm Solid or power sample: 0.001% to 70%Repeatabilityshort-term stability- RSD ≤ 1.5% Long-term stability: RSD ≤ 2%Test speed5 to 8 elements / minLimits of detection (LOD, µg/L) for most elements1ppb to 10ppb

Control Circuit: Photomultiplier tube specificationR212 / R928Negative high voltage-50 to -1000 VCircuit measuring range(10-12 to 10 -4) ASignal acquisitionVF conversion

ICP Optical Emission Spectrometer LICP-C10
ICP Optical Emission Spectrometer LICP-C10

Wavelength Range: 165 to 950 nm

Observation Design: Radial and axial observation for element measurement from sub-ppm to high content

Optical Path Structure: Echelle grating and prism cross-dispersion with ultra-pure SiO2 prism

Imaging Quality: Optimized design with aspherical optical elements

ICP Optical Emission Spectrometer LICP-C11

ICP Optical Emission Spectrometer LICP-C11

Wavelength Range: 160 to 1000 nm

Grating: Middle step grating, 52.67 lp/mm, 64° sparkle angle

Numerical Aperture: F < 8, ultra-high luminous flux

Target Size: 27.6 mm x 27.6 mm, 1024 x 1024 addressing detection units

FTIR Spectrometer LIR-B10

FTIR Spectrometer LIR-B10

Spectral Range: 7800 cm⁻¹ to 350 cm⁻¹

Spectral Range Accuracy: ±0.01 cm⁻¹

Resolution: 0.85 cm⁻¹

Temperature: 10°C 30°C

FTIR Spectrometer LIR-B11

FTIR Spectrometer LIR-B11

Spectral Range: 375 to 8,000 cm⁻¹

Resolution: 

Sample Hight: 20 mm

Housing: Robust metal

FTIR Spectrometer LIR-B12
FTIR Spectrometer LIR-B12

Spectral Range: 7800 cm⁻¹ to 375 cm⁻¹

Spectral Range Accuracy: 0.01 cm⁻¹

Signal to Noise Ratio: 45000:1

Signal to Noise Ratio Resolution: 4 cm⁻¹

NIR Spectrometer LNSM-A10
NIR Spectrometer LNSM-A10

Wavelength Range: 950 to 1700nm

Detector: 128 pixels

Pixel Size: 50 × 250 μm

Operating Temperature: 5 to 35℃

Optical Emission Spectrometer LOES-A10

Optical Emission Spectrometer LOES-A10

Optical System Focal Length: 400nm

Wavelength Range: 165nm to 589nm

Detector: High-resolution CCD Multi detectors

Degree Of Vacuum: Auto control within 6-20 pa

Optical Emission Spectrometer LOES-A11

Optical Emission Spectrometer LOES-A11

Wavelength Range: 140 to 680 nm

Detector: High-performance linear array CMOS

Measurable Elements: Fe, Cu, Al, Ti, Pb, and Mg

Pixel Resolution: 10 pm

Optical Emission Spectrometer LOES-A12

Optical Emission Spectrometer LOES-A12

Working Temperature: 15°C to 30°C

Relative Humidity: ≤70%

Speed: 30 seconds or less

Light Chamber Design: 400mm Roland circle diameter

Oil Emission Spectrometer LOIL-A10
Oil Emission Spectrometer LOIL-A10

Spectral Range: 201nm to 810nm

Sample type: Lubricating oil, hydraulic oil, fuel oil, grease, antifreeze, cooling water, electrolyte, etc

Elements: Al, Ba, B, Ca, Cr, Cu, Fe, Pb, Mg, Mn, Mo, Ni, K, Na, Si, Ag, Sn, Ti, V, Zn

Injection Volume: ≤2ml

Raman Spectrometer LRSM-A10
Raman Spectrometer LRSM-A10

Excitation Wavelength: 785 nm

Spectral Resolution: 5 cm⁻¹

Spectral Range: 250 to 2700 cm⁻¹

Maximum Laser Power: 500 mW (532 nm: 100 mW)

Raman Spectrometer LRSM-A11

Raman Spectrometer LRSM-A11

Excitation Wavelength: 785 nm

Spectral Resolution: 6 to 8 cm⁻¹

Spectral Range: 250 to 3500 cm⁻¹

Maximum Laser Power: 500 mW (532 nm: 100 mW)

Raman Spectrometer LRSM-A12

Raman Spectrometer LRSM-A12

Excitation Wavelength: 785 nm

Spectral Resolution: 8 to 11 cm⁻¹

Spectral Range: 250 to 4300 cm⁻¹

Maximum Laser Power: 500 mW (532 nm: 100 mW)

XRF-Spectrometer LXRF-A10

XRF-Spectrometer LXRF-A10

Detection Limit: 1 ppm

Elemental Content: 1 ppm to 99 %

Temperature Range: 15°C to 30°C

Temperature Repeatability: 0.001

XRF-Spectrometer LXRF-A11
XRF-Spectrometer LXRF-A11

Analyzable elements: Sulfur (S) to Uranium (U)

Detection limit of the analysis: 1 ppm

Analyzable content: 1 ppm to 99.99%

Detector: SDD Detector

XRF-Spectrometer LXRF-A12
XRF-Spectrometer LXRF-A12

Measurable Elements: Sodium (Na) to Uranium (U )

Precision: 0.0005

Analytical Range: ppm to 99.99 %

Analysis Time: 60 sec to 200 sec

Handheld XRF Spectrometer LXRF-B10

Handheld XRF Spectrometer LXRF-B10

Analytical Method: Energy dispersive X-ray fluorescence analytical Method

Elements Measuring: Atomic number from 12 to 92 [elements from magnesium (Mg) to uranium (U)] can be measured

Range: Simultaneous detector

Content measurement range: ppm to 100%

Handheld XRF Spectrometer LXRF-B11

Handheld XRF Spectrometer LXRF-B11

Analytical Method: Energy-Dispersive X-Ray Fluorescence

Elements Measuring Range: Atomic Number From 12 To 92 [Magnesium (Mg) To Uranium (U)]

Elements Analysis Limit: 40 Elements (Simultaneous)

Measurement Range: ppm to 99.99%

Handheld XRF Spectrometer LXRF-B12

Handheld XRF Spectrometer LXRF-B12

Analytical Method: Energy Dispersive X-ray Fluorescence

Elements Measuring Range: Atomic Number From 12 To 92 [Magnesium (Mg) To Uranium (U)]

Elements Analysis Limit: 40 Elements (Simultaneous)

Measurement Range: ppm to 99.99%

FTIR Spectrometer : Labtron FTIR Spectrometer uses gold-coated reflecting mirrors and a multi-layer beam splitter to maximize the light captured. They have a high-intensity, long-lasting air-cooled infrared source for consistent performance. These are equipped with Michelson interferometer for high optical sensitivity. The user-friendly software enables scanning, data manipulation, quantitation, and reporting with ease. Our FTIR Spectrometer comes with DLATGS software detector for stable response and high sensitivity in spectroscopic analysis.
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Atomic Fluorescence Spectrometer : Labtron Atomic Fluorescence Spectrometer are engineered for precise trace element analysis and ultra-trace detection of hydride-forming elements. They incorporate a high-stability and high-intensity light source, ensuring sensitivity and stability in measurements. Their gas-liquid separator enhances result repeatability. They offer options for single-channel or dual-channel detection technology. Our Atomic Fluorescence Spectrometer has USB communication for data conversion to graphical formats, enabling efficient analysis and reporting.
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ICP Spectrometer : Labtron ICP Spectrometer are designed for the detection and analysis of trace and ultra-trace elements. They use advanced argon plasma technology to efficiently measure multiple elements per minute. Each unit has a highly sensitive detection system with low detection limits, providing accurate results for both liquid and solid samples. Equipped with Czerny-Turner optical pathways, these spectrometer provide exceptional optical resolution and stability. They feature advanced control systems for improved signal-to-background ratios. Our ICP Spectrometer comes with dual verniers for error reduction and optical drain sensors for enhanced sensitivity and accuracy.
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Xray Fluorescence (XRF) Spectrometer : Labtron Xray Fluorescence (XRF) Spectrometer offers an advanced range of tabletop and portable spectrometer for solid, liquid, or powdered sample analysis. They can measure a broad range of elements from Na, Mg, or S to U, covering nearly the entire periodic table. These can simultaneously perform multi-elemental analysis down to parts per million. They include non-destructive testing and built-in cooling systems. The handheld models feature durable construction and long-lasting batteries for reliable performance. Our Xray Fluorescence (XRF) Spectrometer have high-resolution detectors and advanced safety features, ensuring accurate and safe analysis.
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Angular Spectrometer : Labtron Angular Spectrometer ensures accuracy with a wide diopter compensation range and high-angle measurement precision. They feature dual verniers to enhance rotational smoothness and eliminate off-center errors. Built with corrosion-resistant material, the spectrometer are durable and easy to maintain. Our Angular Spectrometer’s components - magnifier, optical parallel plate, and planar holographic grating, offer versatility for various applications.
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Optical Emission Spectrometer : Labtron Optical Emission Spectrometer utilizes advanced full-digital spark optical spectrum technology to deliver efficient elemental analysis. They cover a wide wavelength range ensuring detailed and precise detection capabilities. Featuring an optimized vacuum optical chamber design, they enhance overall performance. Their advanced spray discharge electrode technology optimizes spark discharge process. Our Optical Emission Spectrometer include automatic lightroom temperature control, ensuring stable operating conditions.
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Gamma Spectrometer : Labtron Gamma Spectrometer offers portable units designed for comprehensive nuclide databases. They feature digital nuclear pulse waveform processing technology for precise measurements. These are incorporated with automatic probe range switching and power outage protection, ensuring uninterrupted operation. They also include an expert mode and alarm functionalities. Our Gamma Spectrometer facilitates real-time inspections with user-friendly human-computer interaction.
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ICP Mass Spectrometer : Labtron ICP Mass Spectrometer provides detection and quantification of trace elements in various samples combining inductively coupled plasma. Their design incorporates quartz torch, which is essential for creating and sustaining plasma environment. They employ nebulizer to convert liquid into aerosol for optimal ionization. Their sampling system includes spray chamber, which eliminates large droplets for correct analysis. Our ICP Mass Spectrometer is applicable for analysis of rock and mineral compositions, identifying harmful contaminants and characterizing metal alloys.
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Oil Emission Spectrometer : Labtron Oil Emission Spectrometer provides detection and quantification oil and its components in various environments. They utilize advanced optics to analyze light emitted from samples during testing procedures. Their photomultiplier tubes enhance sensitivity, allowing detection of even minute emissions effectively. They incorporate various filters to isolate specific wavelengths crucial for accurate spectral analysis. Our Oil Emission Spectrometer is versatile for analyzing pollution in environmental monitoring, spill response, and regulatory compliance.
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Hyperspectral Spectrometer : Labtron Hyperspectral Spectrometer capture spectral data across various wavelengths, providing detailed analysis. Their advanced optics and high-resolution sensors ensure accurate, high-quality data for research. They minimize measurement errors through enhanced calibration, ensuring consistent data accuracy over time. Their high-speed data acquisition optimizes workflow efficiency, reducing the time required for spectral capture. Our Hyperspectral Spectrometer is versatile in forestry, mineral exploration, medical diagnostics, pharmaceuticals, food quality assurance and astronomy
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Hyperspectral Camera : Labtron Hyperspectral Camera high spectral resolution, allowing it to distinguish even slight differences in material composition and surface features. Equipped with a high-resolution Te-cooled InGaAs SWIR detector, they offer superior image quality and dynamic range. The push-broom imaging mode captures data quickly and efficiently. The cameras are compact, lightweight, and consume low power. Flexible interfaces allow seamless integration into research and industrial settings. Our camera's reliable cooling and wide operating temperatures enhance performance in demanding environments.
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Raman Spectrometer : Labtron Raman Spectrometers are highly sensitive and perfect for detailed material analysis. Based on the Raman effect, they allow non-destructive testing of solids, liquids, and gases. These spectrometers provide both qualitative and quantitative data, making them ideal for real-time monitoring of dynamic processes. With a broad spectral range, they offer detailed insights into molecular structures. Advanced models can even generate 2D and 3D material maps. Our Raman spectrometers are crucial for fast, accurate analysis in fields like pharmaceuticals, nanotechnology, and materials science.
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NIR Spectrometer : Labtron NIR Spectrometer offers a spectral detection range from near-infrared to far-infrared wavelengths ensuring accurate and versatile analysis across various applications. They feature ultra-low power consumption, making them energy-efficient and ideal for remote applications. Their long battery life enables extended use in field operations without frequent recharging. These include automatic data logging, allowing for smooth and continuous recording of measurement data for easy analysis. Our NIR Spectrometer incorporates fast integration time, enabling quick and efficient data collection for real-time evaluations.
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