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デジタルトランスフォーメーション
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DEEP JET INDUSTRY CO., LTD.
製品の説明 :
1. Use in high speed machining and hard workpiece machining. It improves the quality and machining speed which is the best choice for precision processing.
◆Carbide Asymmetric Corner Radius End Mill (Steel)-Asymmetric helix angle 40º/42º and unequal flute design to effectively reduce the vibration rate and increase the tool's stability.
◆Carbide Asymmetric End Mill (Aluminum)- Reinforced asymmetric 50/50.5/51 and unequal flute design to effectively reduce the vibration rate and increase the tool's stability. This makes the surface smoother.
◆Carbide Asymmetric End Mill (Steel)-Reinforced asymmetric 36º/38 º design with special grinding technique to reach better surface roughness. Avoid vibration problem during machining and increase tool's stability.
◆Carbide Asymmetric End Mill (Aluminum)- Reinforced asymmetric 44.5º/45º/45.5º design with special grinding technique to reach better surface roughness. Avoid vibration problem during machining and increase tool's stability.
DEEP JET INDUSTRY CO., LTD.
製品の説明 :
1. The drill reamer is designed with a positioning function.
2. Improve processing stability and provide excellent performance in support and roundness.
◆Carbide drills with coolant holes - designed with central coolant holes. It has both rigidity and lubrication effects.
JIN LI CHENG CUTTING TOOL CO., LTD.
製品の説明 :
※ We design and manufacture "speci c industry" tools
with fast delivery and great quality.
※ It can be designed according to the highest standard
and speci cation from customers. Flexible manufacturing
and accept customized tolerance.
※ From concept to nal completion. JLC customized
tools will reduce the cutter exchange labor time and
improve the e ciency of mass production.
DEEP JET INDUSTRY CO., LTD.
製品の説明 :
1. With excellent features of coating to increase the tool's wear resistance and thermal conductivity to reduce the chip residue problem.
2. Use special flute design to decrease the chip-off problem during machining.
3. Increase machining accuracy and surface roughness.
