Precision Charge Neutralisation

Stable, high-resolution SBF-SEM imaging for non-conductive samples

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Features

Easy setup with motorised needle with sub-micron XYZ accuracy

Easy setup with motorised needle with sub-micron XYZ accuracy

Easy setup with motorised needle with sub-micron XYZ accuracy

Tight supersonic ionising gas jet delivered to exactly where needed

Tight supersonic ionising gas jet delivered to exactly where needed

Tight supersonic ionising gas jet delivered to exactly where needed

Introducing absolutely minimum amount of gas molecules to maximise collection of valuable backscattered electrons

Introducing absolutely minimum amount of gas molecules to maximise collection of valuable backscattered electrons

Introducing absolutely minimum amount of gas molecules to maximise collection of valuable backscattered electrons

Seemless software and hardware integration with exisiting SBF-SEM workflow

Seemless software and hardware integration with exisiting SBF-SEM workflow

Seemless software and hardware integration with exisiting SBF-SEM workflow

Uses accessible, non-hazardous Nitrogen gas

Uses accessible, non-hazardous Nitrogen gas

Uses accessible, non-hazardous Nitrogen gas

Removes charge build-up on non-conductive samples for pristine image quality

Removes charge build-up on non-conductive samples for pristine image quality

Removes charge build-up on non-conductive samples for pristine image quality

Seamless Integration

Designed as a dedicated attachment for the katana microtome, integrating flawlessly into your existing SBF-SEM hardware and software workflow.

Precision Supersonic Jet

A proprietary needle, uniquely engineered to produce a tight supersonic jet of gas molecules, delivered exactly to where active image acquisition is happening. This maximises the collection of your valuable back-scattered electron (BSE) signal, delivering a level of image clarity and detail simply unattainable with other gas injection systems or conventional low-vacuum methods.

Eliminate Charge Artefacts

From severe charging to stable, artifact-free imaging, precision charge neutralisation eliminates imaging artifacts when working with non-conductive, resin-embedded samples, enabling you to achieve stable and clear high-resolution images.

Technical Specifications

precision charge neutralisation

Motorised gas injection needle with 1 µm resolution

0.5 mm brass needle

Gas pressure: 0 - 0.6 MPa

Standard 4 mm quick release gas fitting

compatibility

Compatible with new or existing katana microtome

Available as standard alone gas injection system

Compatible with high vacuum of all SEM

Compatible with other non-corrosive gas

precision charge neutralisation

Motorised gas injection needle with 1 µm resolution

0.5 mm brass needle

Gas pressure: 0 - 0.6 MPa

Standard 4 mm quick release gas fitting

compatibility

Compatible with new or existing katana microtome

Available as standard alone gas injection system

Compatible with high vacuum of all SEM

Compatible with other non-corrosive gas