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M35 HSS-CO Cobalt Two Stage Step Drill Bit Screw Twist Countersink Drill for Stainless Drilling and Chamfering

M35 HSS-CO Cobalt Two Stage Step Drill Bit Screw Twist Countersink Drill for Stainless Drilling and Chamfering

ข้อมูลรายละเอียด
ใบสมัคร:
โลหะที่ไม่ใช่เหล็ก, เหล็ก
การตกแต่งพื้นผิว:
ซุปเปอร์ไลฟ์ เทียน
พิมพ์บิต:
2 ฟลุต
มุมจุด:
90°, 180°
ชื่อสินค้า:
เครื่องเจาะ countersink
พิมพ์:
ดอกสว่านแกน
เน้น:

M35 HSS-CO Cobalt Countersink Drill Bit

,

2Flute Countersink Drill Bit

,

90° Countersink Drill Bit

คําอธิบายสินค้า
Applications
AMG aluminum rotary files are widely used for surface treatment of aluminum structures including automotive parts, mold finishing, and motor housings.
Working Principle
This product installs on electric or pneumatic tools, utilizing the high-speed rotation and sharp edges of the filing head to cut aluminum alloy workpieces. The external cooling method effectively removes heat, prevents high-temperature chip sticking, improves processing stability, and enables long-term continuous operation.
M35 HSS-CO Cobalt Two Stage Step Drill Bit Screw Twist Countersink Drill for Stainless Drilling and Chamfering 0
M35 HSS-CO Cobalt Two Stage Step Drill Bit Screw Twist Countersink Drill for Stainless Drilling and Chamfering 1
Product Advantages
  • Specially designed for aluminum alloys: Optimized blade angle prevents aluminum chips from sticking
  • External cooling support: High cooling efficiency prevents thermal deformation and tool wear
  • Superior chip removal: Large tooth pitch and deep chip removal grooves enable smoother cutting
  • High wear resistance: AMG hard alloy forging balances sharpness with extended service life
Frequently Asked Questions
Q: What should I do if aluminum alloy easily sticks to the tool?
A: The AMG aluminum file features a specially designed tooth profile combined with external cooling to effectively prevent chip sticking.
Q: Can it be used continuously for extended periods?
A: With its external cooling structure, the tool supports sustainable, stable operation in high-frequency processing environments.