Laser Processing Automation Solutions – 3D Spatial Drilling

Compared with 2D planar laser drilling, turbine blade and fuel injector nozzle machining requires five‑axis motion platforms to ensure hole position accuracy as well as directional and shape control relative to the part surface. Coretech offers customisable five‑axis systems, configurable either as five‑axis gantry systems or in 2+3 / 1+4 configurations mounted on granite bases or beams to achieve coordinated XYZ+AB, AC, or BC axis control.

• Direct‑drive motor high‑precision positioning stage

• Dual‑motor drive; continuous force 664 N, peak force 4480 N

• Flexible configuration options (various travels, table sizes, and feedback)

• Travel range: 300 mm to 800 mm

• Maximum speed up to 2000 mm/s; maximum acceleration up to 3 g

• Optional single‑side (dual‑axis) or dual‑side (three‑/four‑axis) cable management

• 360° continuous rotation direct‑drive rotary stage

• Brushless, slotless servo motor with excellent speed stability

• High‑precision circular grating position feedback

• Speed exceeding 1800 rpm

• Low lateral‑height design to minimise working point height

• Arc‑second‑level positioning accuracy

• Optional tabletop diameters: 75 mm, 100 mm, 150 mm, and 200 mm

• Tilt/Yaw dual‑axis direct‑drive rotary stage

• A‑axis (Tilt): limited travel 110° or continuous rotation; B‑axis (Yaw): 360° continuous rotation

• Brushless, slotless servo motor with excellent speed stability

• High‑precision circular grating position feedback

• B‑axis (Yaw) speed exceeding 1000 rpm

• ±3 arc sec positioning accuracy; ±1 arc sec repeatability

• Integrated high‑rigidity A/B‑axis design

• Customisable electrical slip rings and pneumatic rotary unions

• Tilt/Yaw dual‑axis direct‑drive rotary table

• A‑axis (Tilt): travel 110°; C‑axis (Yaw): 360° continuous rotation

• Brushless, slotless servo motor with excellent speed stability

• High‑precision circular grating position feedback

• A‑axis cradle with dual‑side support; load capacity >50 kg

• Integrated high‑rigidity C‑axis design

• C‑axis (Yaw) speed exceeding 600 rpm

• ±3 arc sec positioning accuracy; ±1 arc sec repeatability