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About the GT X•ONE series

The GT X•ONE series is ACG’s answer to the long-standing call for greater efficiency and reassurance throughout the granulation line. Combining the best of our high-shear mixer (HSM X•ONE) and fluid-bed equipment (FBE X•ONE/FBC X•ONE), GT X•ONE makes granulation more adaptable and seamless – and enhances aesthetics, safety and output.

Designed at our Design Centre in Mülheim, Germany, it’s literally a shining example of how collaboration and applied insight can ensure less waste and downtime, while improving product consistency and quality… all in one highly advanced and ergonomically informed user experience.

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Features Benefits

A 12-bar pressure shock-resistant system featuring the Maximum Operator Safety Technology (MOST) concept approved by FSA in Germany and compliant with ATEX (Directive 2014/34/EU)

No mechanical deformation caused by pressure-shock 

 

Production can be resumed with the machine in the shortest possible time

 

A far safer working environment, thanks to a non-vented, fully contained design

Unique C-flanges, X•ONE inflatable seals, and Quick Action Stop Valves (QASV)

Our unique seals have a longer lifespan due to significantly reduced operating pressures

 

Ensures safety at pressures as low as 4.5 bar

Compact machine footprint

Reduces floorspace requirements by around 50%

Through-the-wall construction

Allows clear separation between processing and technical areas, ensuring easier maintenance, cleaning and operation

Enclosed product handling, such as gravity charging or vacuum charging systems, that can be customised to suit user requirements

GT X•ONE ensures closed product-transfer points with safe and smooth material flow, and thereby reduces product leftovers

 

For example, a vacuum charging system provides closed-loop material transfer, and so vastly reduces dust generation and product exposure – and reduces the need for manual intervention, which makes GMP compliance far more straightforward

Superior wash-in-place (WIP) capability

Eliminates dead spots and deals effortlessly with crevices, sharp surfaces and difficult-to-access points 

 

Ensures easy washing and quick changeover

ACG’s exclusive X•ONE command process control system

Compliant with ATEX (Directive 2014/34/EU), GAMP 5 and 21 CFR Part 11, this advanced technology allows intuitive, secure monitoring and control of the system

Features & Benefits

A 12-bar pressure shock-resistant system featuring the Maximum Operator Safety Technology (MOST) concept approved by FSA in Germany and compliant with ATEX (Directive 2014/34/EU)

No mechanical deformation caused by pressure-shock 

 

Production can be resumed with the machine in the shortest possible time

 

A far safer working environment, thanks to a non-vented, fully contained design

Unique C-flanges, X•ONE inflatable seals, and Quick Action Stop Valves (QASV)

Our unique seals have a longer lifespan due to significantly reduced operating pressures

 

Ensures safety at pressures as low as 4.5 bar

Compact machine footprint

Reduces floorspace requirements by around 50%

Through-the-wall construction

Allows clear separation between processing and technical areas, ensuring easier maintenance, cleaning and operation

Enclosed product handling, such as gravity charging or vacuum charging systems, that can be customised to suit user requirements

GT X•ONE ensures closed product-transfer points with safe and smooth material flow, and thereby reduces product leftovers

 

For example, a vacuum charging system provides closed-loop material transfer, and so vastly reduces dust generation and product exposure – and reduces the need for manual intervention, which makes GMP compliance far more straightforward

Superior wash-in-place (WIP) capability

Eliminates dead spots and deals effortlessly with crevices, sharp surfaces and difficult-to-access points 

 

Ensures easy washing and quick changeover

ACG’s exclusive X•ONE command process control system

Compliant with ATEX (Directive 2014/34/EU), GAMP 5 and 21 CFR Part 11, this advanced technology allows intuitive, secure monitoring and control of the system