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Gas Adsorption
Micro 100
Meso 112/222
Micro 200
Micro 300
Meso 400
AMI-Sync
Surface DX
Vapor 100/200
RuboSORP MPA
Chemisorption
AMI-300
AMI-300SSITKA
AMI-300 IR
AMI-400
AMI-400TPX
Reactors
uBenchCAT
Biofuel BenchCat
Gas Separation
BTsorb 100
Gravimetric Adsorption
RuboSORP MSB
RuboSORP MSB Vapor
Thermal Analysis
DSC
TGA
TMA
STA
X-Ray Diffraction
Lattice GO
Lattice Series
Insight Series
True Density
Densi 100
Accessories
Master 400
Degassers
Switch-6
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Chemicals
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Waste Management and Environmental Services
DSC 600
Reliable, Cost-Effective Calorimetry
Multiple heat flow sensor options: base, high-sensitivity, corrosion-resistant, and energetic sample-compatible.
Flexible cooling systems: water, mechanical, or liquid nitrogen (LN2).
Surrounding dual-PID temperature control delivers accurate thermal curves during both heating and cooling.
Ultra-light mineral furnace design reduces heat loss and enhances thermal uniformity and energy efficiency.
Optional high-pressure DSC model supports measurements up to 1000 psi for advanced material studies.
TGA 1000/1200/1500
Precise Mass Loss and Decomposition Analysis
Proprietary, self-developed hang-down microbalance with 0.1 μg resolution and high stability—no buoyancy correction required.
Temperature range options: ambient to 1000°C / 1200°C / 1500°C.
Insulated balance housing minimizes thermal drift and ensures accurate mass measurements.
Combines high sensitivity, low drift design, and robust thermal insulation for exceptional long-term precision.
Seamlessly integrates with mass spectrometry (MS) or FTIR for evolved gas analysis (EGA) in real time.
STA 650 1000 1200 1500
Integrated TGA, DSC/DTA –True Hang-Down STA for Unmatched Accuracy and Sensitivity
Simultaneous measurement of TGA and DSC (DTA) for comprehensive thermal analysis.
Optimized for evolved gas analysis with high-resolution detection of micro-scale mass and heat changes.
Proprietary hang-down balance with thermal insulation and low drift—accuracy without buoyancy correction.
Micro furnace design significantly reduces gas buoyancy and enhances baseline stability.
TMA 800
Premium Thermomechanical Analysis for Precision Expansion and Transition Measurement
Accurately measures glass transition temperature, stress relief points, and dimensional changes in materials.
Broad temperature range: ambient to 800°C (Optional –90°C to 800°C with RCS system).
High-sensitivity LVDT sensor detects minute dimensional changes with exceptional precision.
Rugged design optimized for small components and materials with low expansion rates (e.g., circuit boards, electronic materials).
Lattice Series
Benchtop XRD
High-power X-ray diffractometer.
Desktop XRD combines high-power X-ray & photon-counting 2D array.
Photon-counting detector delivers lab-grade XRD in minutes.
Wide-angle goniometer (-3° - 156°).
X-ray power: 600W/1600W.
Photon-driven two-dimensional array detector.
Angle accuracy: ±0.01°.
AMI-Sync Series
Synchronous, High-Throughput BET & Mesoporous Analysis
Synchronous multi-port design enables simultaneous BET and porosity measurements across 1, 2, 4, 8, or 12 analysis stations.
Perform 4 BET measurements in approximately 20-30 minutes under fully optimized conditions.
BET repeatability of ≤ +1.0% ensures high accuracy and reproducibility.
Flexible configuration with optional degassers, multi-channel gas inlets, and thermostatic water baths for full system integration.
Switch-6
Multi-Channel Gas Selector
Automatic multi-channel gas inlet controller with compact size.
One-click gas path switching via button control significantly simplifies gas changeover procedures.
Highly compatible standalone unit, integrable with diverse instruments.
Customizable anti-corrosion versions are available to meet customer demands.
Lattice GO
Portable X-ray Diffractometer
Compact lightweight XRD for easy portability.
Delivers precise results within a few minutes.
Analyze anywhere / Wide-angle goniometer (0°-130°/ -3°-156°).
Angle accuracy: ±0.01°.
Reliable spectral data results with data quality comparable to large-scale XRD instruments.
Meso 112/222
Optimized for Mesoporous Characterization and Independent Station Control
Designed for precise specific surface area and mesoporous structure characterization.
Available with 2 analysis ports, each with in-situ degassing capability.
Simultaneously analyze different adsorbate gases across up to 2 stations.
Each port features an independent gas inlet (excluding Meso 112 model).
BET repeatability of ≤ ±1.0% ensures consistent, high-precision results.
Prep Series
Degassers
Available in automatic and manual versions.
High-throughput degassing ports with up to 8 stations.
Multi-stage temperature programming (up to 400°C).
Anti-elutriation design for contamination prevention.
Meso 400
High Throughput Mesopore Characterization
Designed for precise specific surface area and mesoporous structure characterization.
Balances high-throughput testing with independent station control.
Available with 4 analysis ports, each with in-situ degassing capability.
Simultaneously analyze different adsorbate gases across up to 4 stations.
Each port features an independent gas inlet.
BET repeatability of ≤ ±1.0% ensures consistent, high-precision results.
Micro 100
High-Resolution Micropore Characterization
Available in multiple models to support diverse lab-throughput needs.
2 analysis stations with high-vacuum pump and up to 3 pressure transducers per station.
Capable of measuring adsorption isotherms down to P/P₀ = 10⁻⁸ for high-resolution micropore characterization.
Simultaneous testing with different adsorbate gases across all active stations.
Integrated design supports up to 2 degassing ports, 2 in-situ, and 1 cold trap within a single cabinet.
BET repeatability of ≤ ±1.0% ensures consistent, high-precision results.
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