cases

  • Automatic Heated Hydraulic Press Empowering University Research and Teaching

    Automatic Heated Hydraulic Press: Empowering University Research and Teaching

    Project Background The School of Materials Science and Engineering at Newcastle University, UK, undertakes multiple national-level research projects while supporting both undergraduate and postgraduate laboratory teaching. The institution has long focused on advanced research areas including polymer composites, new energy electrode materials, and special ceramics hot pressing processes. However, the previously used manual hot press […]

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  • Automatic Tablet Press for Glove Box Applications

    60T Split-Type Automatic Tablet Press for Glove Box Applications

    Case Overview Client: A New Materials Company in PakistanApplication: Core Requirements: Equipment Model: HAP-60FS 60T Split-Type Automatic Tablet Press (Glove Box Customized Version)Deployment Time: March 2026Service Support: Remote technical guidance, commissioning, and operator training Customer Challenges Environmental Sensitivity Sulfide solid electrolytes and lithium metal are अत्य extremely sensitive to oxygen and moisture. Traditional manual presses […]

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  • 60T automatic hydraulic press

    Case Study: 60T Split-Type Automatic Hydraulic Press for Glove Box Applications

    Project Overview In March 2026, Hench delivered a customized 60-ton split-type automatic hydraulic press to a leading new materials company in Pakistan. The system was specifically designed for glove box environments, enabling high-precision sample preparation for solid-state battery research. The solution is part of our advanced Automatic hydraulic press lineup, engineered to meet strict laboratory […]

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  • Hench glovebox-integrated automatic powder press

    Accelerating Research Efficiency: A Glovebox-Integrated Automatic Powder Press Case Study by Hench

    Background A leading materials science laboratory at a Malaysian university focuses on advanced research fields such as all-solid-state batteries and metal-organic frameworks (MOFs). Their experimental process requires compressing highly moisture- and oxygen-sensitive powders into dense pellets for performance testing. Previously, the lab relied on a manual powder press inside a glovebox. While workable, this method […]

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