The APEC HS-700 is a high-speed 5-axis horizontal machining center designed to deliver exceptional precision, rigidity, and productivity for complex machining applications. Built with a high-rigidity T-shaped structure, the HS-700 provides outstanding stability during both high-speed and heavy-duty cutting operations, ensuring consistent accuracy and superior surface finishes. Its 710 mm X-axis, 910 mm Y-axis, and 810 mm Z-axis travels offer a versatile machining envelope for medium-sized, high-value components. Equipped with high-speed ball screw drives on the X, Y, and Z axes, the machine achieves rapid positioning, smooth motion, and excellent repeatability. For manufacturers seeking increased productivity, the optional Multi-Pallet Pool System enables continuous, unattended machining by minimizing setup and idle time. The HS-700 is an ideal solution for aerospace, automotive, medical, mold & die, energy, and precision engineering applications where speed, accuracy, and reliability are essential.

• High-Rigidity T-Shaped Structure
  Optimized machine construction delivers exceptional rigidity, minimizes vibration, and maintains high machining accuracy during demanding operations.
• Compact Yet Spacious Working Envelope
  710 mm (X) × 910 mm (Y) × 810 mm (Z) travels provide excellent flexibility for machining medium-sized and complex workpieces.
• High-Speed Ball Screw Drive System
  X-, Y-, and Z-axes are driven by precision ball screws for rapid feed rates, smooth movement, and outstanding positioning accuracy.
• 5-Axis Simultaneous Machining
  Machines multiple surfaces and intricate geometries in a single setup, reducing cycle time while improving part accuracy.
• Multi-Pallet Pool System
  Supports automated pallet changing for continuous production, reduced machine downtime, and higher overall productivity.
• Superior Machining Stability
  The rigid structural design ensures excellent cutting performance, even during high-speed or heavy-duty machining.
• High Precision and Surface Quality
  Engineered to deliver tight tolerances, excellent repeatability, and premium surface finishes across a wide range of materials.
• Ideal for High-Precision Manufacturing
  Suitable for machining aerospace components, automotive parts, medical devices, precision molds, energy equipment, and other complex engineering components.