The D500 5-axis vertical machining center is designed for complex part production where part quality is paramount. The work zone for the D500 is 500mm x 450mm and the X-, Y-, and Z-axes provide strokes up to 550mm, 1,000mm, and 500mm. Rotary table axes A and C provide rotational motion of +30° to -120° on the A-axis and a full 360° on the C-axis. The D500 is capable of feedrates of 50mpm.
Makino utilizes three direct drive motors for the D500's C-axis rotary table and the A-axis trunnion. One direct drive motor controls the C-axis motion. Two direct drive motors control motion in the A-axis – one at each end of the trunnion. The dual motor design provides greater torque and rigidity. Most importantly twist and torsion in the trunnion is eliminated to achieve superior dynamic accuracy.
The machine features roller linear guides across all linear axes for extra rigidity. Y and Z axes are located above the work zone, the X axis is located in the bed side of the machine. Greater accuracy is achieved with independent axes, in which movement remains uninfluenced by the characteristics of combined axes.
In addition to the D500, Makino offers 5-axis machining centers based on both a vertical machining center and horizontal machining platform, including specialty 5-axis machining centers designed to machine large aerospace structural components.
IMTS BOOTH A-8301 and D-4101
Makino
Mason, OH
makino.com
Explore the August 2008 Issue
Check out more from this issue and find your next story to read.
Latest from Today's Medical Developments
- Best of 2024: #9 Article – Strategy Milling combines old and new for precision dental restorations
- Best of 2024: #9 News – Global robotics race
- Best of 2024: #10 Article – Designing medical devices for every user
- Best of 2024: #10 News – 4 predictions for 2024: AI set to supercharge robotic automation
- Children’s National, FDA collaborate to advance pediatric device regulatory tools
- LK Metrology’s eco-friendliness CMMs
- Two patents for microfluidic valves
- AMADA WELD TECH’s blue diode laser technology