The Maassen 25 Tons Manual Press (MP250) is a robust laboratory press designed for reproducible tablet formation and sample preparation. Available as analogue models with a standard pressure gauge or as digital models (MP250D) with digital pressure display, it ensures precise pressure control for various analytical applications such as RFA analysis and IR spectroscopy.
Product Features
- Manual valve for controlled pressure reduction
- Keeps pressure stable for several hours
- Integrated splinter protection for safe operation
- Integrated pressure control valve for consistent results
- Press dies available from 3 to 50 mm
- Connection for vacuum pump included
- Manual or digital pressure display (MP250 / MP250D)
- Press capacity up to 25 tons
- Recommended for press dies up to 50 mm
- Optional serial interface and programmable pressure limitation available for digital models
Specifications
- Pressure gauge diameter: 100 mm
- Maximum pressure: 25 t
- Resolution: 0.5 t (MP250) / 0.01 t (MP250D)
- Width between pistons: 150 mm
- Clear width min. / max.: 73 mm / 185 mm
- Spindle diameter: 45 mm
- Spindle path: 112 mm
- Piston diameter / Stroke: 107 mm / 22 mm
- Dimensions (H min. / max. x W x D): 497 / 609 x 370 x 300 mm
- Weight: approx. 51 kg
- Power supply MP250D: external 12 V adapter
Please order press dies separately.
With pressure gauge (MP250) or digital pressure display (MP250D). Press for up to 25 tons pressure. Recommended for press dies up to 50 mm.
Benefits
- Consistent and reproducible pressing for analytical applications
- Stable pressure maintenance ensures reliable tablet formation
- Integrated safety features for splinter protection and pressure control
- Suitable for a wide range of press die sizes (3–50 mm)
- Optional digital interface and pressure programming for advanced control
Why Choose Maassen 25 Tons Manual Press with Standard Pressure Gauge Including Packing Costs?
The Maassen MP250 combines precision, durability, and safety, making it ideal for laboratories requiring accurate and reproducible tablet formation and sample preparation under controlled pressure conditions.
