We specialise in providing solutions that meet specific production requirements, rather than focusing on creating a one-size fits all approach. As can be seen, this laboratory 240-tonne up-stroking press was first and foremost designed for conveyor belt manufacturing. However, we do not let this fact limit us. Using this press we can highlight the specialised engineering within examples like this one.
| PARTS | MEASUREMENTS |
|---|---|
| Table Size (L-R) | 1000 mm |
| Table Size (F-B) | 1700 mm |
| Table Size Thickness | 100 mm |
| Daylight | 400 mm |
| Main Ram Stroke | 400 mm |
| Main Ram | Two single-acting cylinders, with two push down cylinders. |
Overall, this laboratory 240 tonne up-stroking press is a testament to the level of effort we put into each and every machine while also integrating several key functions. Including:
- Scalable Capacity: We engineer presses and systems that range from low-tonnage laboratory equipment for R&D to high-tonnage production lines for structural components.
- Operational Integration: Our solutions often involve designing and integrating specialised material handling, robotic loading, or conveying systems to ensure a smooth, end-to-to-end manufacturing flow.
- Quality & Control: We utilise industry-leading PLC and HMI technology, which provides reliable data logging, quality assurance, and user-friendly control interfaces tailored to the operator’s needs.
Ready to discuss your specialised equipment needs? The only limit is your production requirement. We invite you to leverage this proven engineering foundation for your next custom project.