Micro Drill 1/16 Carbide MPN:DR-062-2
Micro Drill 1/16 Carbide
Carbide micro drill bits provide excellent hardness, wear resistance, and heat resistance. They create precise holes with a smooth finish and often eliminate the need for reaming the hole after drilling. Carbide bits require a rigid setup such as a fixed-spindle machine. The bright finish on these drill bits is not affected when the bits' cutting edges are resharpened. Spiral-flute drill bits evacuate chips as the bits drill into a workpiece.
Technical Specifications
- Item Micro Drill Bit
- Drill Bit Size 1/16 in
- Decimal Equivalent 0.0625
- Measurement System Fractional Inch
- Material - Machining Carbide
- Finish - Machining Bright (Uncoated)
- Drill Bit Point Angle 118 Degrees
- Drill Bit Point Type Conventional Point
- Flute Type Spiral
- Number of Flutes 2
- Flute Length 3/4 in
- Maximum Drilling Depth 3/4 in
- Cutting Direction Right Hand
- Shank Type - Machining Straight
- Shank Dia. 1/16 in
- Shank Length 3/4 in
- Overall Length 1 1/2 in
- Depth:Dia. Ratio 12xD
- Circuit Board Drill No
- Drill Bit Grouping Individual
- Coolant Fed Non-Coolant Through
- Series DR
- Standards Not Rated
- Drill Diameter Tolerance +0.0000 in /-0.0005 in
- Material Grade - Machining C2
Manufacturer Details
- Manufacturer: Micro 100
- Condensed Mfg Number: DR0622
- MPN: DR-062-2
Label Details
- Hazardous Material: N
- Green Material Flag: N
- Country of Origin: US
- CA Prop 65 Wht Label: N
Classification Details
- Harmonization Code: 8207502055
- GDS Category Name: Micro Drill Bits
- GDS Family Name: Drilling and Holemaking
- GDS Segment Name: Machining
- UNSPSC: 27112801
- UNSPSC Class ID: 28
- UNSPSC Commodity Name: Tool attachments and accessories
- UNSPSC Commodity ID: 01
- UNSPSC Commodity Name: Drill bits
- UNSPSC Family ID: 11
- UNSPSC Family Name: Hand tools
- UNSPSC Segment ID: 27
- UNSPSC Segment Name: Tools and General Machinery
Shipping Details
- Not For Sale In: HI AK PR
Product info last updated on April 3, 2024 10:37pm UTC
Category: Drilling and Holemaking