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Square Distance Plate- DSTPB  

 (Not hardened )

The Square Distance Plate - DSTPB (Not Hardened) is a precision-engineered component essential for accurate spacing and alignment in die press operations. Designed for secure positioning, the DSTPB plate supports structural stability within the die setup, ensuring consistent press accuracy without additional hardening. Its square shape facilitates ease of installation and provides reliable support under varying pressures, making it ideal for complex die setups that require precise alignment. Durable and effective, this plate enhances operational reliability, making it an excellent choice for maintaining stability in die assemblies.  


The Square Distance Plate - DSTPB (Not Hardened) is a versatile and precision-engineered component, essential for maintaining alignment and spacing in die press applications. Unlike hardened distance plates, DSTPB is specifically crafted for applications where hardening isn’t required, offering both ease of use and efficiency in various die maintenance and setup tasks. Its square design supports easy integration and stable alignment, ensuring accurate spacing between components within the die assembly, which is critical to achieving precise press operations.

By providing a non-hardened yet durable solution, DSTPB allows for smooth insertion and removal, reducing downtime during maintenance and assembly changes. This feature also minimizes wear on other die components, helping maintain press quality over time and extending the life of the overall die setup. The DSTPB plate’s optimized dimensions and square configuration make it compatible with a broad range of applications, from light-duty setups to more complex die assemblies, where accurate spacing directly impacts productivity and quality consistency.

For manufacturers seeking to enhance die performance and reliability, the DSTPB square distance plate is an optimal choice, ensuring secure component spacing, dependable positioning, and ease of handling, ultimately resulting in prolonged die longevity and reduced operational costs.