Matrix 1000
Series Gas Sorption Analyzer
● Configure mesopore, micropore, or mixed-mode stations in a single gas sorption analyzer.
● Run simultaneous, independent BET surface area, pore size, and adsorption isotherm analyses without cross-interference.
● Expand modularly to a total of up to 3 connected units, supporting up to 12 analysis stations for high-throughput laboratories.
Product Overview of the Matrix 1000 Gas Sorption Analyzer
The Matrix 1000 Series is a next-generation gas sorption analyzer platform engineered for laboratories that need flexible configuration, high-throughput analysis, and precision micropore resolution. Designed for advanced gas adsorption analysis, BET surface area measurement, pore characterization, and adsorption isotherm analysis, the Matrix 1000 helps research and industrial teams generate reliable data for porous materials, catalysts, powders, carbons, MOFs, zeolites, and other advanced materials.
Each unit supports up to four independently operated analysis stations, giving users the flexibility to configure mesopore, micropore, or mixed-mode stations in a single system. This makes the Matrix 1000 ideal for research centers, QC laboratories, and advanced materials teams that require scalable, high-resolution gas sorption and pore analysis workflows.
Key measurement capabilities include BET, Langmuir, BJH, DFT, HK, SF, MP, DR, T-Plot, isotherms, and heat of adsorption. Surface area can be measured down to 0.05 m²/g for mesopore analysis and 0.0005 m²/g for micropore analysis, with repeatability ≤1.0% RSD. Pore sizes from 0.35 to 500 nm are resolved with repeatability as fine as 0.02 nm for high-resolution micropore analysis.
The Matrix 1000 empowers users to:
• Configure mesopore, micropore, or mixed-mode stations in a single gas sorption analyzer.
• Run simultaneous, independent analyses without cross-interference.
• Perform BET surface area analysis, pore size analysis, gas adsorption analysis, and adsorption isotherm measurement.
• Scale up or specialize based on research, quality control, or materials characterization demands.
• Customize precision sensor packages to match specific experimental requirements.
• Expand modularly to a total of up to 3 connected units, supporting up to 12 stations for maximum throughput and flexibility.
Key Features for BET Surface Area and Pore Analysis
Multi-Station Architecture
Run up to four fully independent analysis stations per unit, each with dedicated dosing, pressure control, and data acquisition. For high-throughput gas adsorption and BET surface area workflows, laboratories can scale up to 12 stations by connecting three Matrix 1000 units.
This multi-station architecture makes the Matrix 1000 suitable for multi-user laboratories, research centers, and QC environments that need parallel surface area and pore characterization without compromising test independence.
Micropore & Mesopore Flexibility
Configure any combination of micropore or mesopore analysis stations based on your application needs. High-resolution pressure sensors down to 0.1 Torr enable accurate characterization of ultrafine pores, while broader pressure ranges support robust mesopore and macropore analysis.
This flexibility allows the Matrix 1000 to operate as a micropore analyzer, mesopore analyzer, or mixed-mode surface area and pore size analyzer depending on the material and measurement requirements.
Smart Safety & Status System
The Matrix 1000 is built for safe, intuitive operation. Each work unit includes multicolor LED indicators for quick visualization of instrument status:
White – Standby
Orange – Heating
Green – Test in Progress
Red – Alarm Condition
Real-time pressure and temperature monitoring helps protect both the user and the experiment. If an anomaly is detected, the system automatically triggers an alarm, switches the unit to red warning status, and halts the experiment for safety. A retractable front safety shield protects users from cryogenic splashes during operation.
Smart Degassing with Pressure Feedback
The Matrix 1000 continuously monitors vacuum pressure during degassing and compares it to user-defined stabilization thresholds. This intelligent feedback mechanism automatically detects when sample activation is complete, improving reproducibility and helping avoid over-treatment or under-treatment of samples.
For laboratories performing gas sorption, BET surface area, and pore characterization analysis, consistent sample preparation is critical to achieving reliable and repeatable results.
Advanced Gas Dosing
Each analysis station features dedicated dosing and evacuation control for independent test execution. The system supports both pressure-based and volume-based dosing, with user-selectable options for quantitative or constant-pressure dosing.
Smart sequencing enables efficient dosing across multiple stations while avoiding gas cross-talk, allowing each station to run a different test, such as BET or isotherm analysis, with the same adsorbate.
Integrated Degassing Furnace
Every Matrix 1000 unit includes one built-in, high-temperature degassing furnace with programmable ramp/soak control and real-time pressure feedback. No external system is required for standard sample preparation.
For high-volume workflows, laboratories can pair the Matrix 1000 with an external Prep Series degasser for bulk pre-treatment, while using the built-in unit for final polishing before gas adsorption analysis.
Harsh Chemistry Option
For laboratories working with aggressive or corrosive chemistries, the Matrix 1000 can be equipped with a passivation coating and upgraded FFKM seals. This option expands the system’s usability across more demanding materials characterization and adsorption research environments.
Software for Gas Sorption and Surface Area Analysis
The Matrix 1000 system is powered by the intuitive APAS software platform, designed to streamline multi-station control and deliver high-quality sorption results across a single unit or a full 12-station network.
APAS supports gas sorption analysis, BET surface area calculations, pore size distribution analysis, adsorption isotherm visualization, and advanced data reporting in one integrated workflow.
Flexible Multi-Station Workflow
Configure, launch, and monitor multiple experiments independently from a unified interface, with real-time status indicators for full test visibility. This allows laboratories to manage several surface area, pore analysis, and adsorption isotherm tests at the same time.
Intelligent Sample Preparation
Built-in pressure monitoring during degassing ensures consistent activation, with automatic detection of stabilization based on user-defined thresholds. This supports more reproducible BET analysis and pore characterization results.
Comprehensive Data Modeling
The APAS software platform supports BET, Langmuir, BJH, t-Plot, HK, DFT, NLDFT, and other models for accurate surface area and pore size analysis of micro- and mesoporous materials.
Visualization and Reporting Tools
Overlay isotherms, track kinetics, and generate Excel or PDF reports with curves, metadata, and calculation results for easy comparison and documentation. These tools help users review adsorption behavior, pore structure, and surface area results with clarity.
Matrix 1000 Gas Sorption Analyzer Specifications
| Category | Specification |
|---|---|
| Model Options | 1, 2, or 3 analysis units (up to 12 ports total) |
| Analysis Ports per Unit | Up to 4 |
| Measurement Capabilities | BET (single and multi-point), Langmuir, BJH, STSA, t-plot, DFT, NLDFT, HK, SF, MP, DR, DA, Isotherms, Heat of Adsorption, Total Pore Volume, Adsorption Kinetics |
| Pore Volume Resolution | ≥ 0.0001 cm³/g |
| Pressure Range (P/P0) | 10⁻⁴ to 0.998 (meso); 10⁻⁸ to 0.998 (High Res micropore) |
| P0 Transducers | 1 per unit, 1000 Torr, 0.25% FS |
| Degassing Ports | In-situ – 4 / 8 / 12 (based on configuration) |
| Degassing Temp (Max) | 400°C ±1°C (active cooling included) |
| Degassing Ramp Control | Yes – programmable ramp and soak |
| Degas Pressure Monitoring | Yes – user-defined thresholds |
| Vacuum System | Mechanical: Ultimate vacuum 10⁻1 Pa; minimal 7.5 x 10-4 torr; Optional Turbo: 10⁻⁸ Pa; minimal 7.5 × 10⁻¹¹ torr |
| Temperature Control | Air bath + valve box; Max 45°C ±0.1°C |
| Gas Compatibility | N₂, CO₂, Ar, Kr, H₂, O₂, CO, CH₄ (standard: non-corrosive gases) Optional: Harsh Chemistry model with passivation coating and FFKM seals |
| Vapor Sorption Option | Available |
| Dewar Capacity | 3L |
| BET Throughput | 4 samples/5-point BET <~28 min fully optimized |
| Dosing & Equilibrium Control | Supports user-defined pressure tables and quick-start templates. Gas is introduced stepwise to target relative pressures, with adsorption equilibrium determined by pressure stability over a fixed time window. |
| Cold Space Calibration | Automatic |
| Station Independence | Four workstations per unit; independent test types with same adsorbate. Synchronized start/finish with alternating gas dosing. Independent dosing, vacuum, and control per station. |
| Software | APAS software with analysis models, leak detection, and vacuum diagnostics |
| Data Export | Excel, TXT, RAW, PDF; full reprocessing supported |
| Gas Inlet Ports | 2 per unit (Helium and Adsorption Gas); expandable to 18 |
| Power Requirements | 220 VAC, 16 A |
| Dimensions (L × W × H) | 27.6 × 27.6 × 41.3 in (70 × 70 × 105 cm) |
| Weight | 242 lbs (110 kg) |
| Compliance | CE, EMC, RoHS |
Station Configuration Options for Micropore and Mesopore Analysis
Each Matrix 1000 unit includes one dedicated degas furnace and offers flexible station-level sensor configurations for mesopore, micropore, and high-resolution micropore analysis. This allows laboratories to configure the Matrix 1000 as a dedicated micropore analyzer, mesopore analyzer, or mixed-mode gas sorption system.
Total sensors listed include Ps, P0, and degas pressure monitoring sensors.
| Configuration | Analysis Transducers | Total Transducers |
|---|---|---|
| 4x Mesopore | 1000 Torr on each station | 6 |
| 1x Micropore | 1000, 10, 1 Torr | 5 |
| 1x Micropore (High Res) | 1000, 10, 0.1 Torr | 5 |
| 2x Micropore | 1000, 10, 1 Torr on each | 8 |
| 2x Micropore (High Res) | 1000, 10, 0.1 Torr on each | 8 |
| 3x Micropore | 1000, 10, 1 Torr on each | 11 |
| 3x Micropore (High Res) | 1000, 10, 0.1 Torr on each | 11 |
| 4x Micropore | 1000, 10, 1 Torr on each | 14 |
| 4x Micropore (High Res) | 1000, 10, 0.1 Torr on each | 14 |
| 1x Mesopore + 3x Micropore | Meso: 1000 Torr; Micro: 1000, 10, 0.1 Torr | 12 |
| 2x Mesopore + 2x Micropore | Meso: 1000 Torr; Micro: 1000, 10, 0.1 Torr | 10 |
| 3x Mesopore + 1x Micropore | Meso: 1000 Torr; Micro: 1000, 10, 0.1 Torr | 8 |
Mesopore vs. Micropore Analysis
The Matrix 1000 can be configured for mesopore analysis, micropore analysis, or mixed-mode workflows depending on the laboratory’s sample types and analytical goals. This flexibility helps users match sensor resolution, pressure range, and station configuration to the required pore characterization workflow.
| Category | Mesopore | Micropore |
|---|---|---|
| Surface Area Range | ≥ 0.01 m²/g (RSD ≤ 1.0%) | ≥ 0.0005 m²/g (RSD ≤ 1.0%) with Krypton |
| Pore Size Range | 0.35–500 nm (using CO2 for micropores) | 0.35–500 nm |
| Cold Trap | Repeatability ≤ 0.2 nm | Repeatability ≤ 0.02 nm |
| Analysis Pressure Sensors | Option | Included |
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