AMI-Sync Series

Description

The AMI Sync Series is a fully-automated, high-performance line of gas-physisorption analyzers designed for rapid and accurate determination of surface area and pore size in both porous and non-porous materials. Whether the application is in catalyst development, zeolites, MOFs (metal-organic frameworks), battery materials or advanced adsorbents, the Sync Series offers robust vacuum-volumetric measurement capability, intuitive control software, and a flexible multi-station architecture.

Key Features

• Multi-station flexibility: Configurable as 1-, 2-, or 4-station instruments. Additional systems may be linked via LAN for up to 12 analysis ports. ami-instruments.com+1

• High throughput and efficient use of space: A single large-volume Dewar (≈ 3 L) supports multiple stations simultaneously and allows continuous operation of over 90 hours with live refill. ami-instruments.com

• Exceptional measurement sensitivity and reproducibility: BET detection limit down to approximately 0.1 m² absolute (or ~0.01 m²/g specific) and reproducibility within ~1% on standard reference materials. ami-instruments.com+1

• Precision-engineered hardware: Stainless steel, vacuum-brazed manifolds, bellows-type valves rated for >5 million cycles, temperature stability ±0.05 °C, and 32-bit pressure sensors for high resolution. ami-instruments.com

• Comprehensive software platform: Supports multiple instruments per PC, built-in method libraries, real-time system feedback, automated leak detection, and sample tracking (CFR 21 Part 11-ready). ami-instruments.com

• Broad analysis capability: Supports standard and advanced adsorption techniques including:

  • Multi-point and single-point BET

  • Langmuir surface area

  • STSA (statistical thickness surface area)

  • t-Plot, DR, DA, MP, SF, HK analyses for pore size/volume

  • Isothermal adsorption/desorption curves and kinetic data (pressure vs time) ami-instruments.com+1

Typical Specifications

Applications

• Routine surface area and porosity screening of catalysts, adsorbents, MOFs, zeolites, and battery electrode materials.

• High-throughput labs seeking to analyse multiple samples in parallel without sacrificing data quality.

• Research labs requiring advanced pore size distribution analyses (meso- & macro-pores) and dynamic adsorption/desorption studies.

• Facilities constrained by bench-space but needing multi-station capability and extended unattended operation.

Benefits

• Balances high throughput and value, by offering multiple stations in a compact footprint.

• Delivers research-grade precision in surface/porosity analytics with excellent reproducibility.

• Flexible architecture makes it scalable as sample load or workload increases.

• Sophisticated software minimizes operator intervention and supports data traceability and compliance.

• Efficient use of liquid cryogen (via centralized Dewar) and compact design reduces operating cost and lab space demands.

Considerations

• While compact, the unit still requires proper vacuum infrastructure and cryogen (for Dewar) provisioning for optimal use.

• Sample preparation and degassing remain critical to achieving best results; throughput gains still require correct sample handling.

• Although multi-station, performance (e.g., speed) may vary depending on whether each station has separate sensors or shares transducers—choose configuration based on throughput vs cost.

• For very low pressure or ultra-micropore (<0.5 nm) analyses, or for specialized adsorptives, confirm that the selected model meets those specialised needs.