Equipment using multi-axis heads requires fewer moving axes than machining equipment and has a simpler structure, making it easier to maintain.
In addition, once machining accuracy is achieved with a multi-axis head that has a fixed pitch interval, it is less susceptible to the effects of repetitive positioning accuracy by NC.
Machining centers perform multiple drilling and tapping operations while changing tools on a single spindle.
- Various cutting processes can be performed, but tools need to be changed each time.
- In order to drill holes in various positions, the positioning of each axis (X, Y, and Z axes) is performed each time, so basically the positioning accuracy of the machine directly affects the machining accuracy.
- Since the positioning accuracy of each axis affects machining, it becomes difficult to manage maintenance parts.
- Multiple drilling and tapping can be performed with a single Z-axis feed.
- A single multi-axis head can simultaneously perform drilling of various diameters and types.
- The pitch accuracy between holes on the workpiece is determined by the pitch of each spindle on the multi-axis head, allowing stable and repeatable hole drilling.
- Since there are no X-axis and Y-axis movement axes, there is less space for storing spare maintenance parts.
The product images shown are only examples. When considering upgrading existing equipment, there are no restrictions on the manufacturer or specifications of the robot used.
All of our products are proposed based on the customer’s requests after hearing the details of the customer’s production line layout, capacity, product outline, and personnel allocation.
