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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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Gas Separation

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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.

RuboSORP MPA Series Automated High-Pressure Gas Sorption Analysis – Precise, Flexible, Scalable

  • Fully automated system for characterizing gas sorption under high-pressure conditions.
  • Wide pressure range: vacuum to 200 bar.
  • Broad temperature control: –196°C (optional LN₂ cooling) to 500°C; custom configurations available.
  • Configurable with 1, 2, or 3 independent analysis stations.
  • Optional BET surface area analysis capability for added versatility.
  • Up to 2 additional volume-configurable chambers for optimized kinetic measurements
  • Supports multiple test modes: PCT (Pressure–Composition–Temperature), dynamic adsorption, and both PCT/dynamic cycling tests.

BTsorb 100 Series Breakthrough Curve and Mass Transfer Analyzer

  • Performs breakthrough curve testing and multi-component competitive adsorption.
  • Optional analysis of mass transfer performance, including diffusion coefficients via chromatography and ZLC methods.
  • Supports PSA, TSA, and liquid-phase sorption experiments.
  • Stable, constant-temperature system for reproducible results.
  • Operates up to 100 bar for high-pressure gas separations.
  • Optional configurations include vapor handling, integrated mass spectrometry, and sulfur-resistant corrosion protection.

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.

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.

Micro 200 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 sensors 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.
  • Each analysis port includes a dedicated gas inlet (excluding Micro 100 model).
  • BET repeatability of ≤ ±1.0% ensures consistent, high-precision results.

Micro 300 High-Resolution Micropore Characterization

  • Available in multiple models to support diverse lab-throughput needs.
  • 3 analysis stations with high-vacuum pump and up to 3 pressure sensors 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.
  • Equipped with 3 in-situ degassing ports and 1 cold trap.
  • Each analysis port includes a dedicated gas inlet (excluding Micro 100 model).
  • BET repeatability of ≤ ±1.0% ensures consistent, high-precision results.

Vapor Series Volumetric Vapor Adsorption Analyzer

  • Simultaneously perform vapor adsorption, specific surface area, and pore size distribution measurements.
  • Independent high-vacuum analysis pathways for vapor, BET surface area, and micropore characterization.
  • Analyze up to 2 samples at once (1 vapor, 1 micropore) with fully independent stations.
  • Configurable with 1 or 2 analysis stations to meet varying lab needs.
  • Includes cold trap, integrated constant-temperature valve box, and illuminated valve status indicators.

Surface DX Series Cost-Effective Surface Area Analysis for Fast, Reliable Quality Control

  • Supports Dynamic Flow BET in three modes: patented dynamic reference method, single-point BET, and multi-point BET.
  • When fully optimized, up to 8 samples can be analyzed per hour across 4 stations.
  • High-sensitivity thermal conductivity detector with auto-zero for stable, accurate results.
  • Automatic Dewar elevator and valve status indicator lights streamline operation.
  • Compact, user-friendly design ideal for routine QC environments.
  • Widely adopted in carbon materials, battery components, ceramics, metal powders, and other industrial applications.

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