uxcell Micro PCB Drill Bit Set, 1/8" Shank 1.4mm Solid Tungsten Carbide CNC Engraving Print Circuit Board Drill Bits Rotary Tool 10pcs
- PCB Drill Bit: Cutting edge diameter: 1.4mm / 0.055"; shank diameter: 3.175mm / 1/8"; overall length: 38mm / 1-1/2". High hardness, good toughness, wear resistance, high strength, resistance to bending.
- Wide Applications: Suitable for drilling PCB, acrylic, plastics, fiberglass, wood, aluminium, soft metals. Used on PCB drilling machines, engraving machine, CNC lathes, machining center. Use vertically and take good control of your CNC speed.
- Sharp Cutting Edge: Sharp cutting edge provides smooth cutting, reduces cutting force, prevents drill broken, and improves the drilling accuracy. Spiral chip space design for fast and clean chip removal. The tool set can work quickly and cleanly, no glitches or scrap left.
- Tungsten Carbide Tool: Long-lasting bits are made from tungsten carbide for precise and easy experience. Carbide can run at higher speed than high-speed steel. Carbide material with good milling and cutting performance, can ensure high work efficiency.
- Tips: The longer the length of the tool clamped by the chuck, the better. If the clamping length is shorter, you need to lower the feed rate and cutting speed to reduce vibration and extend the tool life. Combined with the material to be processed, select an appropriate feed rate and cutting speed.
-
Save 10% when you buy two or more items.
-
Get 5% off your next purchase.
-
Enjoy free delivery on orders above $200.
-
Orders are processed and shipped from Canberra
3-6 days (Domestic)
Confidence-backed purchases with 30-day return support.
AUD |
BRSW2BT2PN7QKGY2 |
Category |
Power & Hand Tools , Power Tool Parts & Accessories , Power Drill Parts & Accessories , Drill Bits , Boring Drill Bits |
Tags |
Estimated shipping
Select a product to estimate shipping.Tungsten Carbide Material
Made from tungsten carbide for precise and easy experience. Features high hardness, good toughness, wear resistance, high strength, resistance to bending and heat resistance.
Sharp Cutting Edge
Sharp cutting edge provides smooth cutting, reduces cutting force, prevents drill broken, and improves the drilling accuracy.
Spiral Flutes
Spiral chip space design for fast and clean chip removal. Can work quickly and cleanly, no glitches or scrap left. The positioning rings reduce machine adjustment time and increase efficiency.
Wide Applications
Suitable for drilling and engraving PCB, acrylic, plastics, fiberglass, wood, aluminium, soft metals.
Used on PCB drilling machines, engraving machine, CNC lathes, machining center.
The mini drill bits is easily twisted off. Use vertically and take good control of your CNC speed.
Tips
The longer the length of the tool clamped by the chuck, the better. If the clamping length is shorter, you need to lower the feed rate and cutting speed to reduce vibration and extend the tool life.
Combined with the material to be processed, select an appropriate feed rate and cutting speed to improve the tool life and obtain better processing accuracy and performance.
Product details




| Main Specification | |
|---|---|
| Surface Recommendation | Wood or Fiberglass or acrylic or Metals |
| Manufacturer | Uxcell |
| Cutting Diameter | 1.4 millimeters |
| Shank Type | Round Shank |
| Tool Flute Type | Spiral |
| Brand | Uxcell |
| Material | Tungsten Carbide |
| Technical Details | |
| Part Number | a21122300ux0762 |
| Model | a21122300ux0762 |
| Material Type | Tungsten Carbide |
| Number of Flutes | 3 |
| Others | |
| Product Type | Boring Drill Bits |
| Minimum Bore Diameter | 0.75 inches |
Shipping & Delivery
At GofinchKart Australia, we aim to deliver your order quickly and safely.
Domestic Shipping (Australia):
Orders are typically delivered within 3–7 business days.
International Shipping:
Estimated delivery time is 12–26 business days, depending on the destination and customs processing.
Once your order has been dispatched, you will receive a tracking number. Delivery times may vary during public holidays or due to unforeseen delays.
















