High Rigidity and Heavy Cutting

The overall structure is made of high-grade mihanna cast iron material, which undergoes long-term tempering heat treatment to eliminate internal stress, ensuring optimal rigidity and high-precision durability.

The base is designed with large span columns to increase the contact area between the columns and the base.

All are made of high-quality resin sand wear-resistant castings, with strong and tough bones, super large columns, wide bases, and honeycomb structure. After annealing treatment, stress relief is achieved without deformation for a long time.

The three-axis adopts a highly rigid rectangular guide rail, which can withstand heavy cutting. The workbench is precision ground and quenched, greatly enhancing the surface hardness.

Mechanical Characteristics

The machinery adopts a box shaped structure with excellent pressure characteristics.

The spindle sleeve adopts precision grade spindle special bearings, which have excellent accuracy and stability.

The precision ball bearing adopts double nuts, and five ball screws are used for the support seats at both ends of each shaft. Special bearings are pre tensioned to ensure the precision of thermal expansion.

The escort adopts a high-density coupling device for direct transmission to reduce transmission clearance.

Y-axis four guide rail design, fully supported saddle, better cutting performance during large parts processing.

The three axis direction adopts a fully enclosed mountain shaped telescopic cover, which has excellent sealing and chip removal performance

All lubrication systems are sealed and sealed outside the machine body for easy maintenance and inspection.

The machine adopts an oil-water separation design and is equipped with a waste oil collection box to avoid mixing with cutting oil and affecting the quality of cutting oil.

Technical Parameters