CNC Vertical Machining Center HB4D

The HB4D is a high-rigidity CNC machine center designed for heavy-duty milling, drilling, tapping, and boring. It serves industries like aerospace, automotive, energy, mold making, and machinery manufacturing. Because of its robust vertical structure, it delivers exceptional stability and accuracy—even during prolonged, high-load operations.

Rigid Cast-Iron Structure for Demanding Applications

The machine uses high-strength Meehanite cast iron for the base, column, and saddle. Moreover, engineers optimized its geometry using finite element analysis (FEA). As a result, vibration and thermal deformation stay minimal. This ensures micron-level precision in critical machining tasks.

High-Torque Spindle for Efficient Material Removal

The HB4D features a high-torque spindle—up to 15 kW and 120 Nm, depending on configuration. Therefore, it can handle aggressive roughing and fine finishing in one setup. Consequently, cycle times drop while surface quality remains high across materials like aluminum, stainless steel, and titanium.

High-Speed Automatic Tool Changer (ATC)

A servo-driven tool magazine holds 24 or 30 tools and changes them in under 2 seconds. This fast ATC system cuts non-cutting time significantly. Thus, shops achieve higher throughput and support unattended production more easily.

Flexible CNC Control Integration

The machine works with Fanuc, Siemens, and Mitsubishi CNC systems. Furthermore, it supports 3-axis machining and optional 4th-axis interpolation. Users also benefit from canned cycles and high-speed machining protocols, which simplify integration into existing workflows.

Precision Linear Motion System

All axes use preloaded ball screws and heavy-duty linear roller guides. These components deliver smooth, backlash-free motion. In turn, the machine maintains repeat positioning accuracy of ±0.003 mm across its full travel range.

Built for Industrial Reliability

From aerospace frames to precision molds, the HB4D vertical machining center offers long service life and low maintenance. Ultimately, it reduces cost-per-part—making it a smart investment for job shops and OEMs alike.