At SICMI, we believe that engineering excellence lies in going beyond the standard catalog. Our latest innovation—the PMH 150 hydraulic press with a manually operated mobile gantry—was specifically engineered to solve a common bottleneck in industrial maintenance: the extraction of oversized heavy-duty pins.
Innovative Honeycomb Base for Maximum Clearance
To facilitate the removal of long, bulky components, we integrated a specialized honeycomb structure directly into the machine’s base.
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Optimized Relief: The central section features a widened 360 x 360 mm aperture.
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Vertical Extraction: This design ensures pins can be pressed out vertically without obstruction, providing the necessary clearance for seamless disassembly.
Precision Engineering & Versatile Tooling
To maximize efficiency during complex disassembly tasks, the PMH 150 is outfitted with high-precision components:
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Milled Support Plate: A removable, fully milled surface ensures absolute flatness and stability during high-pressure cycles.
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Interchangeable Reducer Kit: A set of five circular reducers allows operators to customize the drainage hole to match the specific diameter of the pin. This adaptability significantly enhances both operator safety and structural stability.
Technical Specifications: PMH 150
The PMH 150 manual gantry hydraulic press combines heavy-duty power with localized control:
| Feature | Specification |
| Pressing Force | 150 Tons |
| Work Area | 900 x 1610 mm mobile table |
| Lateral Cylinder Travel | 500 mm (via manual handwheel) |
| Approach Speed | 22 mm/sec |
| Working Speed | 3 mm/sec (for high-precision control) |
| Distance Between Columns | 1030 mm |
The SICMI Advantage
This project highlights SICMI’s commitment to translating complex mechanical challenges into efficient, safe, and technologically advanced solutions. Designed and manufactured in Italy, the PMH 150 is a testament to our ability to listen to the specific needs of maintenance professionals worldwide.
SICMI: Transforming mechanical necessity into industrial innovation.