Maglev Gantry 5-Axis Machining Centers


S631 Maglev Gantry 5-Axis Machining Center

Advanced Gamry Structure / Flexible & Accurate Machining

To respond the machining requirement in the aerospace and mold industries Bors Technology has successfully developed a new generation of maglev Gantry 5-Axis Machining Center. This machine is designed with highly rigid gantry type structure in combination with linear motor drive on X, Y-axis, enabling the machine to present the features of maximum flexibility and stability.

The S 631 is equipped with a swiveling spindle head (A/C-axis) that allows complex workpiece to be accomplished with only one setup.

Outstanding Features :

  • Gantry type machine structure provides extremely flexible machining motions.
  • Simultaneous 5-axis machining allows complex parts machining at a time.
  • Rapid traverse rates on X, Y, Z-axis reach 48m/min.
  • S631/S635 are equipped with a swiveling spindle head (A/C-axis) for complex parts machining.
  • S316/S322 are equipped with a built-in type high-speed spindle.
  • X, Y,-axis are driven by linear motors.
  • Z-axis is transmitted through a ball screw.
  • Hydraulic and nitrogen gas counter-balance make Z-axis movement more stable and smoother.

Application ::

  • Aerospace parts
  • Vessel parts
  • All aluminum automotive body
  • Battery cases
  • Punching dies
  • Injection molds.

Combines Several Patents In One:

ZL2012202111965
ZL2012202181972
ZL2013101088301


Complex Surface Machining for Automotive (Molding Wood)

Multiple surfaces can be accomplished at a time to avoid tolerance error caused by multiple setups, which in turn upgrades machining efficiency and accuracy.

Impeller Machining

The complex surfaces on an impeller are machined by using the simultaneous 5-axis machining that provides high accuracy and increased efficiency.

Mold Machining

The use of simultaneous 5-axis machining for mold allows for using shortened tools to ensure tool rigidity, thus increasing surface finish effect.