Why Did the University of Milan Select Hench Manual Protective Presses for Advanced Materials Research?

The University of Milan recently completed technical acceptance for the Hench YP-30FS manual protective hydraulic press, successfully installing and commissioning the system for daily laboratory operations. This high-precision sample preparation equipment now provides stable hardware support for advanced research in materials science and analytical chemistry across university faculties. This successful deployment represents another key milestone for Hench analytical sample preparation equipment within European higher education and academic research institutions.

Technical Selection Criteria for European Academic Laboratories

As a prominent European comprehensive institution, the University of Milan maintains deep research expertise in material characterization, spectroscopic analysis, and solid-state chemistry. Academic research teams enforce strict criteria regarding laboratory safety, sample consistency, and operational simplicity. During the initial equipment evaluation phase, university researchers evaluated multiple technical parameters. Key factors included pressing pressure accuracy, structural safety shielding, sample die compatibility, and long-term mechanical stability. The YP-30FS manual protective press earned top evaluation scores due to its integrated safety shield, accurate pressure readout, and compact benchtop footprint. Consequently, the selection committee chose this unit over competing international models.

Operational Safety and Engineering Features of the YP-30FS

Engineers designed the YP-30FS specifically for powder sample preparation in Fourier-transform infrared spectroscopy and X-ray fluorescence analysis. The system delivers up to 30 tons of hydraulic force. An integrated fully enclosed safety shield completely isolates operator area from potential sample fragmentation risks. This design eliminates physical hazards at the source and satisfies European laboratory safety regulations. The manual hydraulic drive requires no external electrical power connection. Researchers can position the unit anywhere on standard laboratory benches to accommodate various workspace layouts.

Precision pressure gauges display real-time force values during operation. Scientists control pressing protocols precisely to ensure uniform pellet density and thickness. This accurate pressure management minimizes sample preparation errors while improving the repeatability of downstream spectroscopic data. The press accommodates various specialized dies to support potassium bromide pelletizing, powder compression, and small material specimen fabrication. This versatility allows researchers to procure a single versatile manual tablet press to handle diverse sample testing workloads.

Overseas Technical Support and Operational Validation

Following physical delivery, overseas technical engineers at Hench coordinated remotely with the University of Milan research team. Technical specialists completed equipment setup, operational training, and performance calibration online. The training covered standard pressing procedures, routine maintenance protocols, safety guidelines, and die assembly methods. This guidance enabled academic personnel to master the system quickly and maintain steady daily performance. After pressing multiple sample batches, researchers produced consistent pellets with smooth surface finishes and ideal density profiles.

The installation at the University of Milan demonstrates growing European academic market recognition for Hench analytical equipment. Hench addresses core pain points in sample preparation across domestic universities, pharmaceutical laboratories, and international research institutions. The engineering team focuses continuously on safety, precision, and durability across all product lines. Hench will continue expanding its global scientific instrument presence by refining its lineup of hydraulic presses, desiccator cabinets, and sample dies. In addition, the company plans to strengthen its international technical service network to support researchers worldwide. Flexible equipment options like the portable manual tablet press machine ensure reliable sample preparation for cutting-edge chemistry and materials research.