XGM-500+
This Instrument is used forforensic analysis, mineral analysis, geological sample testing, and quality control sample analysis and R&D.
- Minerals, Mining, Geology
- Cement & Construction Materials
- Petro chemistry & Polymers
- Ferrous and Non-Ferrous Metals
- Research & Development, Academia
- Analyze everything fast, the direct-excitation beam path makes full use of the 50 watt power tube
- 100KV high voltage unit for wide elemental coverage
- Multiple automated tube filters for enhanced sensitivity
- Multi-instrument hardware protection system, and real-time monitoring of the whole process through software, making the instrument work more stable and safer
- Dedicated light element configuration for best analytical performance of various elements
- HD camera for sample verification
| Element Range: | Na – U (Optional F – Am) |
| Core dimension: | 650mm*610mm*1040mm |
| Detector: | Next Generation Peltier cooled FSDD High-throughput count rate wide linear dynamic range: 1000- 1000000cps, including signal enhancement processing module SNE |
| Digital Pulse Analyzer: | 4096 channels, Peak drift is less than 0.5 channel (24 hours) |
| X-ray tube: | 100kV/50 W High-power long-life-time X-ray tube with beryllium window |
| High-voltage Unit: | High precision HV unit with its own voltage overload protection |
| Sample observation system: | High-definition CCD camera, including sample spot image positioning function |
| Collimator Filter: | Automatic 8-sizes changer 8-position automatic filter changer |
| Concentration range: | ppm to 100% |
| Sample Chamber: | Air, Vacuum, filled with Helium (optional). Built-in-high-power vacuum pump, automatic software control and adjustment of vacuum system, dual vacuum pumping speed mechanism, standard vacuum degree automatic stabilization system |
| Power requirement: | 220ACV 50/60HZ |
MA-OES 1000
MA-OES 1000 is a microwave plasma-based optical emissions spectroscopy instrument that runs on 98% nitrogen, significantly improving infrastructural and safety challenges posed by other products.
- High-resolution CCD provides measurement of elements in the prepared sample.
- Portability and small footprint – Weighing 34kg (19kg plasma source and 15kg spectrometer module), [33×45 com] allows sufficient space for auto sampler and associated chemistry needs.
- Better safety and logistics – No chiller or argon infrastructure needed.
- Operating cost saving – Minimizes annual operating costs based on nitrogen consumption and infrastructure.
- Broad sample tolerance – Plasma can handle a broad array of samples including high amounts of total dissolved solids and organics.
- Electrical outlet compatibility – 110V 220V drawing less than 2kW of power. Can also run on a portable generator.
BSD660+
The BSD660+ is a high-performance surface area and porosity analysis system designed for advanced material characterization in research, quality control, and industrial applications.
- High-throughput and Fast Specific Surface Area Analysis;
- Pore Volume and Meso-, Micro-, Ultra Micro-pore Size Distribution Analysis;
- Gas Adsorption Isotherm (E.g. N2, O2, Ar, CO, CO2);
- Combustible Gas Adsorption Isotherm (E.g. H2, CH4, C2H6).
- Test Range: > 0.0005m2/g for specific surface area; 0.35nm – 500nm for pore size;
- High Accuracy: < 0.5% RSD (BET value of standard Sample as reference);
- Pressure Transducer: Transducers are equipped for each analytic station, P0 station and calibrated volume respectively, which work independently with precision at 0.15%;
- Vaccum System: 10-2 Pa with mechanical pump; 10-8 Pa with molecular pump.
BSD-MGC 18
The system is designed for fully automated gas adsorption analysis, enabling seamless selection and switching between multiple gases for accurate and repeatable measurements.
- Channel 1 : N₂ – BET surface area, adsorption-desorption isotherms
- Channel 2: He – Free space / leak check / calibration
- Channel 3: Ar – Micropore analysis (better than N₂ for some materials)
- Channel 4: CO₂ – Ultramicropore analysis at 273 K
- Optional gases may include: H₂, CH₄, Kr, etc. depending on instrument model & configuration.
- Automatic selection & switching between multiple gases.
- Accurate gas dosing into sample/manifold using calibrated dosing volumes.
- Integrated pressure monitoring & control for stable adsorption measurements.
- Automated sequences for: – He free space / void volume measurement.
- N₂ adsorption-desorption (BET / BJH)
- Ar adsorption for microporous materials
- CO₂ adsorption (273K) for ultramicropore analysis
- Line purging / evacuation / venting
BSD VD 12
The system is a high-efficiency sample degassing unit designed for accurate surface area and porosity analysis. With two independent stations and 12 sample positions, it enables simultaneous degassing with flexible temperature control.
- Dual Independent Stations -2 stations, 12 total positions for simultaneous degassing.
- Flexible Temperature Settings -Adjustable temps for different sample types.
- Precise Control –Standard 400°C, ±0.1°C accuracy.
- Automatic Pumping Speed -Pressure-controlled, prevents sample loss, ensures high vacuum.
- Touch-Screen Controller -32-segment programmable, visual temperature control.
- Cooling Options -Air-cooled & water-cooled degassing positions.
- Completion Monitoring -Pressure-based detection of degassing completion.
- Cold Trap -Protects samples (MOF, COF) & vacuum system from contamination.
- Degas Curve Log -Screen check, record and search of degas curve log
- Stations- 2 with independent temperature setting
- Sample capacity – 12 ports, 6 ports per station
- Backfill gas – Helium, nitrogen, argon, or any other pure gas that does not adsorb at room temperature
- Heating – -400℃ ±0.1℃ , visual 32 step programmed heating
- Cooling -12 air cooling positions
- Vacuum system- Mechanical Pump Vaccum Leve 1Pa
- Cold trap – Optional
- Suitable- Analyzers BSD-660 Series； BSD-PH Series
OmniFluo900
The OmniFluo900 series is a high performance, versatile, modular fluorescence spectrometer for the research applications in material science, physics, chemistry, life science and agricultural science.
- Modular design for maximum flexibility and extendability
- The water Raman S/N ratio larger than 10,000: 1
- Large spectral coverage from the UV to MIR (200nm ~ 5500 nm)
- Excellent stray light rejection
- Multi light sources/ detectors available; Optional double-monochromator configuration
- Intuitive software for steady state and time resolved measurements with lifetime fitting function
BSD-C200+ Automatic Chemisorption Analyzer
This high-performance catalyst characterization system features a 1200°C dual furnace and 10MPa pressure capability, integrating 6-gas mixing and advanced TCD detection for precise, high-durability vapor and gas adsorption analysis.
- Dual 1200°C Furnace: Features auto-switch heating and air cooling with rates up to 100°C/min.
- Advanced Gas Control: 12 analytic inlets and 4 MFCs supporting complex 6-gas mixing.
- High-Pressure Testing: Supports ranges from atmospheric up to 10MPa for versatile analysis.
- Integrated Vapor System: Built-in vapor generation and cold trap for high-accuracy detection.
- Dual-Mode TCD: “High Smart” and “Wide Range” modes with optional MASS/Infrared support.
- Desorption Activation Energy (Ed)
- Preexponential Factor A of Desorption (Ad)
- Desorption Order (n)
L90 Double Beam UV-VIS Spectrophotometer
The L90 double beam UV-Vis spectrophotometer applies a new optical bench, with 5-speed adjustable bandwidth(L90 only), ARM chip control and data processing, 8-inch color touchscreen which displays menu and spectral curve and can analyze spectrum test data.
- Advanced Optics: High accuracy, excellent stability, and ultra-low stray light or noise.
- Smart Light Source: Automatic lamp alignment for optimal performance and easy maintenance.
- Powerful Processing: Automatic spectrum scanning, kinetic measurements, and seamless data storage.
- 8-Inch Touchscreen: Intuitive, user-friendly interface for simple and fast operation.
- USB Connectivity: Standard communication port for hassle-free data transfer.
| Accessory Item | Quantity / Pcs |
| Operation manual | 1 |
| Glass cuvette 1cm | 4pcs |
| Quartz cuvette 1cm | 2pcs |
| Power cable | 1 |
| Fuse | 2pcs |
| Accessory Item |
| UV WIN8 Spectrum data processing software |
| Thermal Plotter |
| Cuvette holder 50mm |
| Cuvette holder 100mm |
H-Sorb 2600TM
The H-Sorb 2600PCT high pressure gas adsorption analyzer adopts the volumetric technique principle which consists of dosing a known amount of gas adsorptive into measurement tubes where lying samples (such as zeolites, carbon nanotubes, rocks, catalysts, activated carbons, molecular sieve, hydrides etc. ) to be analyzed.
- PCT (Pressure-Composition-Temperature) diagram/curve/isotherm measurement
- Langmuir maximum adsorption constant L and adsorption pressure constant B measurement
- Langmuir correction model loading-ratio correlation regression (LCR) isotherm
- Ono-Kondo (OK) lattice model isotherm regression; adsorptive gas density and vapor-liquid equilibrium accuracy calculation under different pressures and temperatures
- Special design for hydrogen (H2) adsorption
- Testing pressure up to 200Bar (400 Bar option)
- Testing temperature up to 500 C (at -196C point is option)
- 2 testing ports (4 ports option)
- Fully automatic operation controlled by software
- Also supports by using CO2, CH4, N2 etc. gases
- Applicable for hydrogen storage data like PCT/PCI/TPD etc
DX-28 mini
The DX-28mini Benchtop X-ray Diffractometer is a compact benchtop XRD system designed for industrial production, quality control, research laboratories, and educational institutions. It performs phase identification, quantitative phase analysis, crystallinity determination, and crystal structure analysis for a wide range of materials.
- Compact benchtop design requiring minimal laboratory space.
- High-frequency, high-voltage X-ray generator (600 W, 40 kV, 15 mA) for stable and repeatable measurements.
- Advanced metal-ceramic Cu-target X-ray tube with long service life.
- θs–θd goniometer driven by servo motors with optical encoder control for high precision.
- Diffraction angle linearity better than 0.02° across the measurement range.
- Measurement range: -3° to 156° (2θ).
Ion molecule Reaction Mass Spectrometer (IMR-MS) model SPIMS 2000
The SPIMS 2000 is an online IMR-MS system designed for real-time atmospheric VOC monitoring. It instantly tracks over 300 pollutant species, enabling rapid source tracing and pinpointing industrial emissions for precise air quality management.
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Ultra-Fast: Second-level response rate up to 100 spectra/sec.
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Wide Coverage: Detects 300+ VOC components simultaneously with high sensitivity.
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Energy-Efficient: Consumes under 300 W with 10+ hours of UPS backup.
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Low Maintenance: Highly integrated design with minimal consumables and low running costs.
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Vibration & Temp Resistant: Operates reliably in mobile setups with real-time remote monitoring.
- Mass range: 1-550 amu
- Resolution: < 1 amu
- Response time: <10 ms
- Accuracy: ±2% at ppbv level
- Measuring range: 0.1 ppbv to 0.1%
- Detection limit: < 1 pptv
- Linearity range: 100 pptv – 0.1%
- Sample flow: 25 sccm (Approx)
- Ion switching time: < 2 ms
- Inlet system (Different inlet systems available on request):
– 1.2 m long inlet hose with internal inert (PEEK) capillary
– Inlet system heating: up to 180°C (356°F)
Plasma 1500 ICP OES
Plasma 1500 can be widely used for element analysis in metallurgy, geology, materials, environment, food, medicine, petroleum, chemical industry, biology, water quality and other fields.
- Grating (optional): 2400g/mm, Dual grating: 4320g/mm+2400g/mm
- Range of analysis: 160nm-800nm 2400g/mm
- Spectral lines: 160nm-450nm 2400g/mm, 450nm-800nm 4320g/mm
- Focal length: 1000mm
- Resolution: ≤ 0.006nm 160-450nm, ≤ 0.010nm 450-800nm
- Optics purge: The purged gas is supplied independently and it can be argon or nitrogen
- Constant temperature in optics High precision constant temperature 35℃ ±0.1