CNC cutting tools for precision machining applications.
CNC tooling product

Small-Diameter SP Indexable U Drill 6-12 mm

Compact indexable U drill for CNC holemaking in steel and stainless steel, with through-tool coolant and replaceable carbide inserts.

US$11Indicative unit price10 piecesMinimum orderAsk for a quote

This compact SP indexable U drill is designed for stable CNC holemaking in steel and stainless steel. The through-tool coolant path supports chip evacuation and helps control cutting temperature during production drilling.

Application overview

Use the tool for small-diameter holes where repeatable positioning, manageable chip flow and replaceable carbide inserts are required. It is suitable for machining centres, CNC turning centres with live tooling and other rigid production platforms.

  • Recommended for steel and stainless-steel components.
  • Indexable insert design reduces tool-change downtime.
  • Through-tool coolant helps clear chips from the hole.
  • 6?12 mm diameter range for compact holemaking applications.

OEM and private-label support

Wujinniu can review the workpiece material, hole depth, machine interface and coolant conditions before production. OEM branding, packaging and geometry adjustments can be discussed for qualified programs.

Technical specifications

Use the parameters below to match the tool to your operation, machine interface, workpiece material and tolerance target.

Small-Diameter SP Indexable U Drill 6-12 mm technical specifications
Tool categorySmall-diameter indexable U drill
OperationCNC drilling and holemaking
Recommended materialsSteel and stainless steel
Diameter range6?12 mm
Insert systemReplaceable carbide inserts
Coolant deliveryThrough-tool coolant
Machine compatibilityCNC machining centres and live-tool turning centres
CustomizationOEM, private label and packaging customization available
Minimum order quantity10 pieces

Standards and compatibility

Product data is presented using common ISO tooling terminology so purchasing and process engineers can compare tool geometry, insert designation, machine connection, cutting data and workpiece material requirements.

  • Confirm the machine interface, maximum spindle speed and available coolant pressure.
  • Select insert geometry and grade by ISO material group and the required cutting speed.
  • Verify bore diameter, tool overhang, tolerance and runout before ordering.

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