Anton Paar Autosorb Series | High Vacuum ...

Anton Paar - Autosorb Series | High Vacuum Physisorption Analyzer

Supplier: Anton Paar Australia

A gas sorption analyzer that’s absolutely accurate

Accurate high vacuum physisorption analyses of surface area and micropores

Advanced measurement routines made accessible with DoseWizard point selection and PowderProtect

Up to three samples, three gases, and three temperatures can be measured simultaneously with independent analysis stations

Autosorb Series | High Vacuum Physisorption Analyzer

Compliance and quality are absolutely assured

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Customizable high vacuum gas sorption analyzers designed for the most challenging measurements of BET surface area, active area, and pore size distributions in the nanometer range. ACCURACY, AGILITY, ACCESSIBILITY, ADAPTABILITY, and ASSURANCE.

Video for Anton Paar Autosorb Series | High Vacuum Physisorption Analyzer

Absolutely Accurate Free from Error!

Leveraging over 50 years of experience in gas sorption technology, the Autosorb series has been engineered from the ground up to optimize every step in the measurement process for accuracy and performance.

Autosorb 6100
Our basic high-vacuum analyzer features independent analysis stations and a long-lasting cryogen Dewar perfect for analyses of surface area and pore size. Field upgrades let it adapt to new applications as your needs change.

Autosorb 6200
Our mid-range analyzer can be customized to perform a wide range of chemisorption and physisorption analyses. Along with the basic features of the Autosorb 6100, this model includes a 1,100 °C furnace, a choice of chemical compatibility, and additional measurement options for advanced catalyst characterization.

Autosorb 6300
Our most powerful instrument features: full chemisorption and physisorption capabilities ideal for advanced catalyst characterization applications. In addition, PFE elastomers offer the highest chemical resistance of the three instruments and give you access to the widest range of potential measurements in the series.

Why Choose This Product?

Get highly accurate physisorption measurements from relative pressures below 10-7 for nitrogen.
Leverage precise manifold temperature control between 35 °C and 50 °C
Analyze up to three different samples with three different analysis gases at three different temperatures simultaneously with independent analysis stations and patented temperature control accessories
Enjoy an updated and streamlined Kaomi software, which makes the whole measurement process easier than ever before
With 3 instruments and modular upgrades, the Autosorb adapts to the exact analysis requirements of your porous solids and catalysts
Comply with 20+ ASTM, DIN, and ISO standards for catalyst characterization and the evaluation of porous solids.

Independent analysis stations, exclusive TruZone active coolant control, and accessible Kaomi software let you meet your current measurement needs, while factory and field upgradeable options let you adapt to future ones. For your most important gas sorption measurements, the choice is clear: Absolutely Autosorb

Want More Information? Contact Us for These Application Reports:

Advantages of QSDFT for Pore Size Analysis of Carbons
Defining Equilibration and Re-Dose Parameters in Kaomi for Autosorb Advanced Mode
Graphene Characterization
How to Appropriately Characterize the BET Area of a Microporous Material
Improving the Structural Characterization of Zeolite with Argon Adsorption
Intelligent Design Eliminates Potential Cross-Contamination in Gas Sorption Instruments
Material Brief: Activated Carbon - BET Area and Micro-Mesopore Size Distribution - Autosorb 6100
Material Brief: Activated Carbon - Cyclohexane - Autosorb 6100
Material Brief: Activated Carbon - Water Sorption - Autosorb 6100
Material Brief: Calcium Oxalate Decomposition - Temperature Programmed Desorption with Mass Spectrometer - Autosorb Series
Material Brief: Cobalt Oxide (black) – Temperature Programmed Reduction – Autosorb 6200
Material Brief: Faujasite Zeolite - AR (87K) Adsorption Measured in a Mixed Dose Volume-Target Pressure Routine - Autosorb 6100
Material Brief: Metal Powder - BET Surface Area - Autosorb 6100
Material Brief: MOF – Ar (87 K) & H2O (293 K) Adsorption – Autosorb 6100
Material Brief: Platinum on Alumina - Active Metal Area & Dispersion - Autosorb Series
Material Brief: Zeolite (ZSM-5) - Ammonia (NH3) Temperature Programmed Desorption - Autosorb 6300
Material Brief: Zeolites – H2O and CO2 Adsorption at Low Temperature and Low Pressure – Autosorb 6100
Metal Organic Frameworks - Pore Size and Volume Measurement - Autosorb 6100
Micropore Area and Volume by the t-Plot Method
Practical Methods to Prevent Sample Elutriation
Proper Selection of the Adsorption or Desorption Branch for Mesopore Size Distribution Analysis
Summary of the IUPAC Recommendations for Physical Adsorption Characterization
Superior Low-Pressure Performance - Autosorb 6100
Using CryoSync with Autosorb 6100 for Simultaneous Measurement of 3 Gases and 3 Temperatures
Vacuum vs. Flow Degassing for Physisorption Characterization of Microporous Materials

To contact Anton Paar Australia about Anton Paar Autosorb Series | High Vacuum Physisorption Analyzer use Get a quote.

Get highly accurate physisorption measurements from relative pressures below 10-7 for nitrogen.
Leverage precise manifold temperature control between 35 °C and 50 °C
Analyze up to three different samples with three different analysis gases at three different temperatures simultaneously with independent analysis stations and patented temperature control accessories
Enjoy an updated and streamlined Kaomi software, which makes the whole measurement process easier than ever before
With 3 instruments and modular upgrades, the Autosorb adapts to the exact analysis requirements of your porous solids and catalysts
Comply with 20+ ASTM, DIN, and ISO standards for catalyst characterization and the evaluation of porous solids.

Want More Information? Contact Us for These Application Reports:

Advantages of QSDFT for Pore Size Analysis of Carbons
Defining Equilibration and Re-Dose Parameters in Kaomi for Autosorb Advanced Mode
Graphene Characterization
How to Appropriately Characterize the BET Area of a Microporous Material
Improving the Structural Characterization of Zeolite with Argon Adsorption
Intelligent Design Eliminates Potential Cross-Contamination in Gas Sorption Instruments
Material Brief: Activated Carbon - BET Area and Micro-Mesopore Size Distribution - Autosorb 6100
Material Brief: Activated Carbon - Cyclohexane - Autosorb 6100
Material Brief: Activated Carbon - Water Sorption - Autosorb 6100
Material Brief: Calcium Oxalate Decomposition - Temperature Programmed Desorption with Mass Spectrometer - Autosorb Series
Material Brief: Cobalt Oxide (black) – Temperature Programmed Reduction – Autosorb 6200
Material Brief: Faujasite Zeolite - AR (87K) Adsorption Measured in a Mixed Dose Volume-Target Pressure Routine - Autosorb 6100
Material Brief: Metal Powder - BET Surface Area - Autosorb 6100
Material Brief: MOF – Ar (87 K) & H2O (293 K) Adsorption – Autosorb 6100
Material Brief: Platinum on Alumina - Active Metal Area & Dispersion - Autosorb Series
Material Brief: Zeolite (ZSM-5) - Ammonia (NH3) Temperature Programmed Desorption - Autosorb 6300
Material Brief: Zeolites – H2O and CO2 Adsorption at Low Temperature and Low Pressure – Autosorb 6100
Metal Organic Frameworks - Pore Size and Volume Measurement - Autosorb 6100
Micropore Area and Volume by the t-Plot Method
Practical Methods to Prevent Sample Elutriation
Proper Selection of the Adsorption or Desorption Branch for Mesopore Size Distribution Analysis
Summary of the IUPAC Recommendations for Physical Adsorption Characterization
Superior Low-Pressure Performance - Autosorb 6100
Using CryoSync with Autosorb 6100 for Simultaneous Measurement of 3 Gases and 3 Temperatures
Vacuum vs. Flow Degassing for Physisorption Characterization of Microporous Materials

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To contact Anton Paar Australia about Anton Paar Autosorb Series | High Vacuum Physisorption Analyzer use Get a quote.

Anton Paar_Brochure_Autosorb_Series_screen(2.94MB)

AI Overview BETA

Anton Paar’s Autosorb Series comprises customizable high-vacuum gas sorption analyzers for measuring surface area and pore size distributions in the nanometer range. Independent analysis stations and patented temperature-control accessories support simultaneous analysis of multiple samples using separate gases and temperatures. For porous solids and catalyst characterization, model choices and field or factory upgrades address different measurement requirements.

TruZone active coolant control
Kaomi software makes the measurement process easier
Autosorb 6200 includes a 1,100 °C furnace
Autosorb 6300 PFE elastomers provide the highest chemical resistance among the three models
Complies with 20+ ASTM, DIN and ISO standards for catalyst and porous-solid evaluation

Source: listing by Anton Paar Australia on IndustrySearch · Updated 30 Oct 2026
Supplier document: Anton Paar_Brochure_Autosorb_Series_screen (PDF)

AI Overview is generated by artificial intelligence and may contain mistakes.

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