In the field of new energy motor manufacturing, the processing of the motor housing is a key link that affects the performance of the entire motor.
However, traditional processing methods usually use carbide tools, which have problems such as low processing efficiency, difficulty in chip breaking, poor chip breaking effect, and serious chip entanglement.
In order to deal with this processing problem, we recommend PCD non-standard chip-breaking and boring inserts to our customers.
The tool adopts a special structural design to effectively reduce cutting resistance, prevent the occurrence of built-up edges, and successfully achieve efficient chip-breaking processing, helping customers improve quality, and efficiency and reduce costs.
In the following working conditions, for the machining of the motor housing, after tool optimization, the chips during processing are chips and curled chips, and no longer wrap around the tool holder, and the chip-breaking effect is good.
The surface roughness of the processed motor housing is significantly improved, and the tool life is also greatly improved, helping customers reduce production costs.
PCD non-standard boring inserts with chip breaking for processing new energy motor casings Case:
|
Workpiece |
Motor housing |
|
Workpiece material |
Aluminum |
|
Processing part |
Inner hole |
|
Processing size |
Φ180mm |
|
Cooling method |
Water cooling |
|
Processing method |
continuous processing |
|
Tool model |
CCGT09T308-1L |
|
Processing parameters |
n：1000/500r/min |
|
F：0.36/0.16mm/r |
|
ap：7mm |
---EDITOR: Miya Ma/Cynthia Lee
---POST: Cynthia Lee
