3mm Shank Drills
- ADR-SUS-0045$72.80
- FCS coated regular length micro drills
- Thicker web improves tool stability
- High performance with hard-to-cut materials, including nickel alloys and hardened steels up to 50 HRC
ADR-SUS-0046$72.80- FCS coated regular length micro drills
- Thicker web improves tool stability
- High performance with hard-to-cut materials, including nickel alloys and hardened steels up to 50 HRC
ADR-SUS-0047$72.80- FCS coated regular length micro drills
- Thicker web improves tool stability
- High performance with hard-to-cut materials, including nickel alloys and hardened steels up to 50 HRC
ADR-SUS-0048$72.80- FCS coated regular length micro drills
- Thicker web improves tool stability
- High performance with hard-to-cut materials, including nickel alloys and hardened steels up to 50 HRC
ADR-SUS-0049$72.80- FCS coated regular length micro drills
- Thicker web improves tool stability
- High performance with hard-to-cut materials, including nickel alloys and hardened steels up to 50 HRC
ADRL-0017$73.80- Long length micro drills
- Provide tight tolerance of +0/-0.005 mm
- Wide chip pocket enhances chip evacuation
- High performance with non-ferrous materials, including aluminum and copper alloys and resin
ADRL-0018$73.80- Long length micro drills
- Provide tight tolerance of +0/-0.005 mm
- Wide chip pocket enhances chip evacuation
- High performance with non-ferrous materials, including aluminum and copper alloys and resin
ADRL-0019$73.80- Long length micro drills
- Provide tight tolerance of +0/-0.005 mm
- Wide chip pocket enhances chip evacuation
- High performance with non-ferrous materials, including aluminum and copper alloys and resin
ADRL-DLC-0017$112.10- DLC coated long length micro drills
- Provide tight tolerance of +0/-0.005 mm
- Wide chip pocket enhances chip evacuation
- Prevent welding or built-up edge, tool wear and ensure long tool life
- High performance with non-ferrous materials, including aluminum and copper alloys and die cast aluminum
ADRL-DLC-0018$104.50- DLC coated long length micro drills
- Provide tight tolerance of +0/-0.005 mm
- Wide chip pocket enhances chip evacuation
- Prevent welding or built-up edge, tool wear and ensure long tool life
- High performance with non-ferrous materials, including aluminum and copper alloys and die cast aluminum
ADRL-DLC-0019$104.50- DLC coated long length micro drills
- Provide tight tolerance of +0/-0.005 mm
- Wide chip pocket enhances chip evacuation
- Prevent welding or built-up edge, tool wear and ensure long tool life
- High performance with non-ferrous materials, including aluminum and copper alloys and die cast aluminum
ADRL-SUS-0030$83.40- FCS coated long length micro drills
- Thicker web improves tool stability
- High performance with hard-to-cut materials, including nickel alloys and hardened steels up to 50 HRC
ADRL-SUS-0031$86.40- FCS coated long length micro drills
- Thicker web improves tool stability
- High performance with hard-to-cut materials, including nickel alloys and hardened steels up to 50 HRC
ADRL-SUS-0032$86.40- FCS coated long length micro drills
- Thicker web improves tool stability
- High performance with hard-to-cut materials, including nickel alloys and hardened steels up to 50 HRC
ADRL-SV-0017$92.60- FCS coated long length micro drills
- Provide tight tolerance of +0/-0.005 mm
- Wide chip pocket enhances chip evacuation
- High performance with a variety of materials, including steels, stainless steels, titanium alloys, and hardened steels up to 50 HRC
ADRL-SV-0018$85.50- FCS coated long length micro drills
- Provide tight tolerance of +0/-0.005 mm
- Wide chip pocket enhances chip evacuation
- High performance with a variety of materials, including steels, stainless steels, titanium alloys, and hardened steels up to 50 HRC
ADRL-SV-0019$85.50- FCS coated long length micro drills
- Provide tight tolerance of +0/-0.005 mm
- Wide chip pocket enhances chip evacuation
- High performance with a variety of materials, including steels, stainless steels, titanium alloys, and hardened steels up to 50 HRC
















