GV-500
Packed with the latest machine tools technology and high precision turning capabilities, the GOODWAY GV-500 series high speed vertical CNC turning center combines a super rigidity structure and precision linear guideways with a servo indexing turret and powerful spindle ( max. torque up to 883 Nm ). These series features a compact machine size with heavy duty turning capabilities, meet your needs of today and tomorrow.
- Extremely compact 3.3 m2 footprint.
- Offers excellent machining capability and efficiency for small-sized disc parts.
- The base and column are integrally formed Meehanite castings.
- High precision linear guide way design is used in X and Z axes to provide the optimum control and efficient movement.
- 8 or 12-station servo indexing turret provides rapid tool indexing and excellent cutting rigidity.
- The GOODWAY dual-face turning holder allows both sides of a work-piece to be machined at the same time while, ensuring parallel precision of the surface.
- With an optional live tooling turret and C-axis, the GV-780 series is capable of performing turning, milling, drilling, and tapping operations on a single machine.
- 3,000 rpm high-performance spindle design.
Features
High Rigidity Structure
The Ultimate Machining Power
High-performance Spindle
Compact footprint
High speed linear guideways design
(X/Z axes)
8-station servo indexing turret
Balanced cutting
Live tooling turret
C-axis
Live Tooling Turret
- The 12-station GOODWAY live tooling turret offers 12 stations available for live tooling ( live tooling tools rotate in working position only ) and features a non-lifting turret disk.
- GOODWAY live tooling turret utilizes advance servo indexing technology to achieve 0.2 second indexing times for adjacent stations and 0.5 second for stations at the opposite end of the disk.
C-axis
- Live tooling turret and C-axis control capabilities allows the GV-500 series to perform multi-tasks on a workpiece, such as turning, milling, drilling and tapping. This eliminates manpower and cycle time, while reducing accuracy lost, which will occur if the part is moved from machine to machine.