Table-type Boring and Milling Machine CS-HB140

CS-HB140 Horizontal Boring Machine

A high-precision horizontal boring machine designed for heavy-duty and precision machining of large housing parts. The CS-HB140 model combines high structural rigidity, precision feed units, and a reliable balancing system, ensuring stability, productivity, and long-term accuracy retention in boring, milling, drilling, and other operations.

Key Advantages:

• Precision High-Speed Axes — the X and Z axes are equipped with high-precision ball screws, ensuring smooth and rapid table movement, guaranteeing high dynamics and positioning accuracy.

• High Positioning Accuracy — all three axes (X, Y, Z) are controlled using laser devices (laser calibration), guaranteeing high movement and machining accuracy.

• Reliable Spindle Head Balancing System — the design features a counterweight for balancing the spindle head. This ensures smooth and stable vertical movement, and contributes to long-term accuracy retention of the machine.

• Hydraulic Clamping of Critical Units — the spindle head, table, and saddle are equipped with hydraulic clamps that securely lock them during machining. This eliminates vibrations and displacements under load, guaranteeing high accuracy of performed operations.

• High-Quality Base Components — all major castings (bed, column, table) are made of high-quality cast iron and undergo stress-relieving treatment (stabilization). This ensures high structural rigidity, thermal stability, and absence of deformation during long-term operation.

• Wear Resistance and Reliability — durable and heat-resistant materials are used in the design of the modules, guaranteeing a long service life of the machine even under intensive operating conditions.

Application Area:

Designed for high-precision machining of large housing parts, brackets, plates, and other workpieces in various heavy engineering industries: power engineering, shipbuilding, production of large pumps and compressors, oil and gas equipment, general mechanical engineering. Particularly effective for boring operations requiring high accuracy and stability.