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cases
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Pakistan Mining Laboratory Upgrades XRF Sample Preparation with Hench Automatic Hydraulic Press
Read moreAs X-ray fluorescence (XRF) analysis continues to play a critical role in mining exploration, mineral testing, and construction material quality control, reliable sample preparation has become essential for obtaining accurate analytical results. Recently, Hench successfully supplied an Automatic Hydraulic Press to a leading laboratory under Pakistan’s mining and mineral resources sector, helping improve XRF pellet […]
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Linköping University Materials Science School Upgrades Research with Hench 300°C Automatic Hydraulic Heat Press
Read moreThe Materials Science and Engineering Department at Linköping University focuses on polymer materials, new energy composites, and flexible electronics. With an increasing number of research projects and an expanding graduate program, the department’s existing manual heat presses were insufficient. Low efficiency, limited precision, and heavy reliance on manual operation could no longer meet the requirements […]
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The University of Tokyo Introduces HENCH Electric Isostatic Press
Read moreEmpowering Advanced Research in Unconventional Energy and New Materials Recently, The University of Tokyo officially purchased the YPD-40J Electric Isostatic Press developed and manufactured by HENCH (Tianjin Hench Technology Development Co., Ltd.). The equipment has now been successfully installed in the university’s key laboratories, where it will support advanced sample preparation and material research in […]
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Customer Case Study: HENCH High-Pressure Heated Press System in University Laboratory Upgrade Project
Read moreWith the expansion of teaching capacity, the laboratory was required to simultaneously upgrade supporting molds and sample preparation accessories, achieving a balanced configuration between teaching and scientific research equipment. As of now, the equipment utilization rate has reached 100%, with more than 7 months of zero-failure operation, demonstrating strong stability under high-frequency academic use. This […]