Internal coolant solid carbide drills 3xD - CDAC
HGT’s internal coolant carbide drill excels in tasks that involve deep-hole processing or machining difficult materials. It provides reliable performance and contributes to an efficient and streamlined machining process. The double helix coolant hole design lowers machining temperatures and facilitates quick and efficient chip removal. This feature is crucial for maintaining optimal working conditions. This internal coolant feature facilitates effective chip evacuation from the work face, ensuring a clean working environment and preventing chip accumulation that might otherwise hinder the drilling process. It is also crucial in preventing heat buildup during drilling. This consistent cooling ensures the tool's longevity and contributes to stable and reliable performance.
Tungsten steel internally cooled drill bits exhibit superior cutting performance compared to ordinary carbide drill bits. This makes them particularly suitable for challenging materials and deep-hole processing. The design of the drill, including a special flute shape, ensures stable chip formation. This prevents disruptions during drilling and mitigates the risk of cutting edge cracking.
The tool applies to hardened steel, high/low alloy steel, cast steel, tool steel, and cast iron. Check out the specifications, and feel free to contact us for further details.
Features
- Allow stable chip formation to prevent cutting edge cracking.
- A special flute shape design can make chips into small pieces and remove chips quickly.
- Double helix coolant hole to bring down machining temperature and help chip removal.
Applications
Applicable for semi-finishing, and finishing processes
- Deep-Hole Drilling
- Aerospace
- Medical device manufacturing
- Automated Machining
- Consumer electronics
- Semiconductor
- Automotive
