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9600 Series Digital Drill Point Web Thickness Gage

Self-Drilling Screw Web Thickness Inspection System

The Universal Punch 9600 Digital Drill Point Web Thickness Gage provides a fast, accurate, and repeatable method for measuring the drill point web thickness of self-drilling screws. Proper web thickness is critical for center cutting and preventing drill failure caused by excessive feed pressure or weakened drill points. Designed for use with mechanical or digital indicators, this portable system provides precise measurement throughout the entire range of travel.

FOR MEASURING SELF-DRILLING / TAPPING SCREWS (ISO, DIN, IFI, & JIS STANDARDS)

Engineered for At-Machine Drill Geometry Inspection

Universal Punch drill point inspection systems are engineered for use directly in production environments to verify drill point geometry and ensure optimal cutting performance.

  • Drill Point Web Thickness
  • Center Cutting Verification
  • SPC Compatible Digital Output
  • Repeatable Spring Force
  • Precision Stroke Bearings
  • N.I.S.T. Traceable Masters

Inspection Capabilities

  • Drill Point Web Thickness
  • Center Cutting Capability
  • Drill Point Strength
  • Tip Geometry Verification
  • Functional Drill Performance
  • Process Monitoring

Typical Applications

  • Self-Drilling Screw Manufacturing
  • Tool Room Inspection
  • Drill Point Sharpening Verification
  • Production Monitoring
  • Incoming QC Inspection
  • SPC Process Control
  • Fastener Manufacturing

Accessories & Components

9600-00 — Drill Point Web Thickness Gage Frame

543-683 — Digital Indicator w/SPC Output

905-338 — SPC Connecting Cable

264-503 — Digital Miniprocessor Recorder

Quality & Certification Compatibility

Universal Punch drill point inspection systems are designed to support aerospace, medical, and automotive quality assurance environments. All measurement equipment and gaging masters are directly traceable to N.I.S.T. and may be supplied with certification documentation. Calibration procedures conform to ISO/IEC 17025 where applicable.

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