The new lab heated lab press is designed with a robust double-plate structure, offering a pressing force range of 0 to 40 tons. It combines hydraulic and manual operation for precision, with customizable working table sizes (standard 200mm x 200mm). Constructed from high-quality plate steel and high-strength cast iron, it ensures durability and performance. Key components include heating and pressing systems, a control interface, and optional auxiliary features like cooling or vacuum systems. The design prioritizes structural integrity to handle maximum loads while minimizing deformation, ensuring compliance with quality standards.
Key Points Explained:
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Double-Plate Structure
- The press features upper and lower plates, with the upper plate hydraulically driven for opening/closing and the lower plate manually operated. This dual-system allows for precise control and adaptability in lab applications.
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Pressing Force Range (0–40 Tons)
- The wide force range accommodates diverse materials and processes, from delicate samples to high-pressure applications. Hydraulic operation ensures consistent force distribution.
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Customizable Working Table
- Standard size is 200mm x 200mm, but customization is available. This flexibility suits varied research needs, such as larger composite materials or specialized molds.
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High-Strength Materials
- The body uses high-quality plate steel, while the working table is high-strength cast iron. These materials resist deformation under load, critical for maintaining precision over time.
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Core Systems Integration
- Heating System: Includes platens, heating elements, and insulation for uniform temperature.
- Control System: Features temperature/pressure controllers and a user interface for programmable workflows.
- Optional Add-ons: Cooling/vacuum systems expand functionality for advanced applications like polymer curing.
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Structural Integrity
- Moving beams and plates are engineered to withstand maximum loads with minimal deformation, adhering to legal tolerances. This is especially vital for large-format presses to ensure repeatable results.
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Safety and Compliance
- Robust framing and safety guards protect users, while design limits waste and deformation to meet industry standards.
This combination of features makes the heated lab press a versatile, durable tool for laboratories requiring precise thermal and mechanical processing. Have you considered how such a press could streamline your material testing or prototyping workflows?
Summary Table:
| Feature | Description |
|---|---|
| Double-Plate Structure | Upper plate hydraulically driven, lower plate manually operated for precise control. |
| Pressing Force Range | 0–40 tons, suitable for delicate to high-pressure applications. |
| Customizable Working Table | Standard 200mm x 200mm, with options for larger sizes. |
| High-Strength Materials | Plate steel body and cast iron table for durability and minimal deformation. |
| Core Systems | Heating, control, and optional cooling/vacuum systems for versatile applications. |
| Structural Integrity | Engineered to handle maximum loads while maintaining precision. |
| Safety & Compliance | Robust framing and safety features meet industry standards. |
Upgrade your lab with a high-performance heated lab press from KINTEK! Our presses combine precision, durability, and customizable features to enhance your material testing and prototyping workflows. Contact us today to find the perfect solution for your laboratory needs.
