Technical Breakthrough - Internal Hole Deburring: Application of TC206IV Manual B-Axis in Connector (Oil-Cooled Components) Machining
2026-01-09
Burr Elimination of Oil Cooling Connectors.
Oil cooling connectors tend to develop significant burrs inside the inner bore during machining due to the nature of the production process . This has become a persistent challenge for many enterprises looking to improve product quality and boost production efficiency . Most clients rely on an automatic B-axis to remove these burrs . However , we achieve the same level of efficiency while reducing production costs by utilizing a manual B-axis for burr elimination .
The adoption of the TC206IV manual B-axis process equipment has significantly improved both part consistency and deburring effectiveness , thereby increasing the product yield rate .
As shown in the part , the process begins with machining the inner bore , followed by the outer diameter to establish the external profile . Subsequently , an inclined circular groove is milled . After milling , burrs often adhere to the partIs surface . While performing a second bore and re-milling can remove most of these burrs , complete elimination is not guaranteed . For thorough deburring , an automatic B-axis must be used to mount a lollipop end mill and reposition it at the correct angle for chamfering .
Considering cost concerns for our clients , we have adjusted the deburring process to eliminate the need for automatic B-axis equipment . By utilizing a manual B-axis to fix the angle of the inclined circular groove and employing an extended-reach lollipop end mill for reverse diagonal deburring , we achieve effective burr removal .
This process is particularly suitable for precision mechanical components and parts with stringent appearance requirements .
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