Akira-Seiki PC 500 Production Machining Center
Akira-Seiki PC 500 CNC Tapping Center | High-Speed Machining for Precision Manufacturing
The AKIRA-SEIKI PC 500 is a powerful and compact CNC tapping center engineered for high-speed, high-precision machining of light materials, including aluminum and composites. With its rigid design, advanced servo technology, and efficient automation-ready features, the PC 500 is an ideal solution for manufacturers aiming to boost productivity without compromising on accuracy or space.
PC 500 CNC Tapping Center â Key Features
Precision Machining in a Compact Footprint
X/Y/Z Travel: 500 / 400 / 330 mm
Table Size: 650 x 400 mm
Floor Space: 1560 x 2530 mm â compact enough for small shops, powerful enough for industrial production
High-Speed Spindle for Smooth Cutting
Spindle Speed: 12,000 rpm (Standard), 24,000 rpm (Optional)
BT30 Taper, Air-Cooled Direct Drive
Provides excellent surface finish and extended spindle life with minimal noise and vibration
Fast Tool Changes and Reduced Cycle Times
21-Tool Servo Automatic Tool Changer (ATC)
Tool Change Time: 1.7 seconds (Tool-to-Tool)
Designed for continuous production with minimal downtime
High-Speed Axis Movement
Rapid Feed Rate: 60 m/min (X/Y/Z)
Acceleration: Up to 1.2G
Maximizes productivity by minimizing non-cutting time
Advanced Control System
AKIRA Mi845 Controller (FANUC G-code Compatible)
Intuitive interface with powerful automation and programming capabilities
Ideal Applications for the PC 500
Precision aluminum parts
Small to medium batch production
Electronics and automotive components
CNC tapping and light-duty milling
Factories aiming for high spindle speeds and fast cycle times
Why Choose the PC 500 Tapping Center?
Improve part throughput without expanding your factory floor
Minimize non-cutting time with ultra-fast tool changes and movement
Maintain precision with rigid machine construction and smooth spindle performance
Enjoy low maintenance and long-term reliability
Easily integrate into automated production environments
