Wide mesa ultra precision High-speed Precision Press MCP400
Inquire NowDescription
The Wide Mesa Ultra Precision High-speed Precision Press MCP400 is a state-of-the-art machine designed for high-speed precision stamping applications. This advanced press features a four-columned top cylinder structure and utilizes double-drive technology, ensuring optimal performance and reliability. With a lightweight, fully dynamic balance design, it operates stably under loads of 300-400 SPM, making it ideal for high efficiency and fast-paced production environments.
Constructed with a high-rigidity cast pre-stress machine body, the MCP400 is designed for durability and longevity. Its multiple aging treatments enhance its robustness, while the low inertia clutch brake and insert bearing contribute to its superior operational efficiency. The machine is equipped with a constant temperature lubricated cooling system and features a straight column with octagonal precision guides for impeccable accuracy.
This precision press is capable of handling a variety of materials, specifically high hardness materials ranging from 0.2-0.35mm, with micron-level die clearance. It boasts a large working table, with a maximum mesa size of 3.7m, catering to the growing needs of new energy vehicle development and ensuring compatibility with international standards.
Specifications
Feature | Description |
---|---|
Structure | Four-columned top cylinder |
Drive Technology | Double-drive |
Force Application | Slider multi-point force |
Cooling System | Constant temperature lubricated |
Precision Level | Static precision: 1/2 of its level tolerance |
Dynamic Accuracy | GB/T 29548 ultra precision level |
Max Mesa Size | 3.7m |
Applicable Materials | 0.2-0.35mm high hardness materials |
Additional Information
This machine is designed to meet the rigorous demands of high-speed precision stamping, offering a complete specification range covering 200-500 tons. It is particularly suitable for applications requiring thinner materials and higher accuracy at faster speeds.