
01
Combine drilling and tapping operations
Drilling and tapping in one machine eliminates part handling between multiple machines, reducing positioning errors from repeated setups.

SERIES 01
Drilling and tapping completed in a single setup
An integrated drilling and tapping machine for small-to-medium batch multi-hole workpieces. The CNC system coordinates both processes to reduce part transfers and repositioning.
| Parameter Item | Parameter Value |
|---|---|
| Processing Type | Drill and Tap Combo |
| Suitable Materials | Steel, aluminum, copper, cast iron, and die-cast parts |
| Drilling Diameter Range | Pending customer confirmation |
| Tap Size Range | Pending customer confirmation |
| Parameter Item | Parameter Value |
|---|---|
| Spindle Type | Single Spindle |
| X / Y / Z Itinerary | Pending customer confirmation |
| Workbench dimensions | Pending customer confirmation |
| Spindle speed range | Pending customer confirmation |
| Parameter Item | Parameter Value |
|---|---|
| Control System | CNC System (Brand and Model TBD) |
| Hole Position Accuracy | Stable and controllable; subject to actual test data. |
| Total Power | Pending customer confirmation |
| Air Supply Requirements | Pending customer confirmation |
| Dimensions and Weight | Pending customer confirmation |
The above parameters are based on actual test data provided by the enterprise and can be adjusted according to workpiece and production capacity requirements.

01
Drilling and tapping in one machine eliminates part handling between multiple machines, reducing positioning errors from repeated setups.

02
Program and parameter settings are centralized. Trained operators can independently perform changeovers and daily operations, reducing reliance on skilled workers.

03
Design clamping based on the workpiece profile to ensure stability during machining, maintaining hole alignment and surface quality.

04
The spindle and fixture use a quick-change design to reduce setup time when switching product models, supporting high-mix, low-volume production.
Design dedicated fixtures based on workpiece geometry and clamping methods.
Adjust spindle count and layout based on the hole pattern drawing.
Configure stroke and table size based on workpiece dimensions and machining range.
Integrate automated loading/unloading mechanisms with production line signals

SERIES 02
Multi-axis synchronous machining for reduced cycle times

SERIES 03
Deep-hole peck drilling with stable chip evacuation

SERIES 04
Custom jigs and hole patterns per drawing