What are the advantages of the ultra-high rigidity square plate and tie-bar structure in the SP Smart Power High Performance Machine?

1. Improve mold adaptability
The square plate and tie-bar structure of the SP Smart Power High Performance Machine meet international mold design standards. This design makes the mold more stable during installation and operation, reducing the problems of offset and uneven force. The rigidity of the square plate is greatly enhanced, ensuring that the mold can still maintain its shape under high pressure, thereby improving the adaptability and service life of the mold.

2. Reduce the main stress and extend the life of the tie-bar
During the operation of traditional injection molding machines, the mold and tie-bar are subjected to large stress, which is easy to cause fatigue and damage to the components. The ultra-high rigidity square plate and tie-bar structure design of the SP Smart Power High Performance Machine effectively reduces the main stress by evenly distributing the force. This not only extends the service life of the tie-bar, but also avoids frequent repairs and replacements, reducing maintenance costs.

3. Uniform plate force distribution to protect the mold
During the injection molding process, the uniform force of the plate is crucial to product quality and mold life. The square template and tie rod structure adopted by SP Smart Power High Performance Machine can achieve a more uniform plate force distribution and avoid mold deformation and damage caused by excessive local force. This design not only improves the molding accuracy of the product, but also effectively protects the mold and extends its service life.

4. Improve production efficiency
Thanks to this structural design, SP Smart Power High Performance Machine can provide a larger opening and closing stroke during operation, reducing the dry cycle time, thereby greatly improving production efficiency. The ultra-high rigidity square template and tie rod structure also reduces the debugging time of the mold, making the production process smoother and more efficient.

5. Improve machine stability and safety
The high-rigidity structural design not only improves the stability of the machine, but also enhances the safety of operation. The square template and tie rod structure can still remain stable under high pressure, and is not prone to vibration and displacement, thereby ensuring the safe operation of the equipment. This is especially important for high-precision and high-requirement injection molding production.