G 800
5-Axis Gantry-Type Vertical Machining Center
It is a compact 5-axis gantry-type CNC machining center designed for machining high-precision components in the aerospace, mold and die, and automotive industries. Its highly rigid U-shaped structure, Direct Drive rotary table system, and high-speed machining capabilities deliver outstanding accuracy, efficiency, and reliable performance.
MT 1530
5-Axis Double-Column Machining Center
HS 700
5-Axis Horizontal Machining Center
It is a 5-axis horizontal CNC machining center developed for aerospace and other high-precision applications. Its highly rigid structure, simultaneous 5-axis machining capability, and advanced automation features deliver maximum accuracy, production efficiency, and reliable performance.
G Series
5-Axis High-Speed Gantry
It is a 5-axis gantry-type CNC machining center designed for machining large-scale components with high speed, superior precision, and maximum rigidity. Its moving gantry structure, high-speed spindle, and advanced automation features deliver outstanding performance in aerospace, mold and die, and heavy-industry applications.
HS 1400
5-Axis Horizontal Machining Center
With its exceptional capability in machining superalloys, this machine is specifically designed for the aerospace industry. Its robust T-shaped structure and high-speed X, Y, and Z axes driven by ball screws provide significant advantages in precision, stability, and machining performance.
GM Series
5-Axis High-Speed Gantry-Type Machining Center
It is a 5-axis gantry-type CNC machining center designed for high-precision machining of large-scale mold and die, aerospace, and heavy-industry components. Its Box-in-Box structure, linear motor technology, and superior rigidity deliver high-speed machining, maximum accuracy, and reliable performance.
SK Series
5-Axis High-Speed Machining Center
It is a 5-axis gantry-type CNC machining center developed for high-speed and high-precision machining of aluminum structural components for the aerospace industry. Its U-shaped structure, linear motor technology, and high rigidity provide maximum machining stability, superior surface quality, and high production efficiency.