ニュース
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Customer Case Study: HENCH High-Pressure Heated Press System in University Laboratory Upgrade Project
読む もっと読むWith 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 case reflects how HENCH equipment supports modern academic laboratories that require both high reliability and flexible experimental adaptability. Project Background: Growing Teaching Demand and Equipment Upgrade Pressure With increasing student enrollment and expanded experimental courses, the laboratory faced growing pressure on equipment availability and performance consistency. To ensure both teaching and research requirements were met, […]
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HENCH Infrared Electronic Moisture-proof Cabinet
読む もっと読むGuarding Millions of Infrared Spectrometers and Building a Solid Defense Line for Laboratory Precision Protection In scientific research and industrial testing environments such as universities, pharmaceutical laboratories, chemical material analysis, and environmental inspection centers, the Fourier Transform Infrared Spectrometer (FTIR) is a core precision instrument. However, behind its high-precision analytical capability lies a hidden vulnerability: moisture damage. In high-humidity environments, critical optical components such as KBr, CaF₂, ZnSe windows, ATR crystals, beam splitters, and detectors are extremely sensitive to humidity. Even slight moisture exposure can lead to deliquescence, coating failure, optical path deviation, spectral baseline drift, and ultimately unreliable test results. In severe cases, laboratories face interrupted experiments, wasted consumables, […]
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Automatic Heated Hydraulic Press: Empowering University Research and Teaching
読む もっと読む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 equipment presented several limitations: These issues often resulted in defects such as air bubbles, delamination, and uneven density in samples. As a consequence, experimental repeatability was low, significantly affecting research progress and teaching quality. In March 2026, after extensive evaluation and comparison, the university completed the procurement and installation of an automatic heated hydraulic press, […]
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60T Split-Type Automatic Tablet Press for Glove Box Applications
読む もっと読む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 could not maintain a fully sealed environment, leading to oxidation, brittleness, and poor data repeatability. Low Efficiency Manual pressing required approximately 20 minutes per batch, with density deviations exceeding ±3%, making it unsuitable for high-throughput experiments and publication timelines. Complex Operation Manual control of pressure, holding, and release relied heavily on operator experience, resulting in […]