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Meyer - MG-25 Plug Gage Sets - Class "X" - 25 Piece - .01mm Increments - (Metric)

Meyer - MG-25 Plug Gage Sets - Class "X" - 25 Piece - .01mm Increments - (Metric)

Starting at $320.00
  • Each set contains 25 pieces of Class X tolerance (.00004”) gage pins.
  • Traceable to NIST
  • Choice of two tolerances: Plus (+.00004”) or Minus (-.00004”)
  • Sets consist of a center nominal size, and 12 gages larger in .0001” steps and 12 gages smaller in .0001” steps. Metric sets available in 0.01mm increments.
  • Each gage is inspected and has a 2 microfinish or better.
  • Heat treated and through hardened to 60-62 Rockwell C
  • All pin gages over .060” or 1.51 mm are laser marked with size direction of tolerance and serial number for traceability.
  • Delivery is estimated at 20 weeks from the MFG.
Additional Information +
Click here for INCH sizes
Enter NOMINAL (center) Pin Size (4 digit number with decimal):
Tolerance Direction :
Item No. Size Range Tolerance Direction Our Price QTY
MG1-25PMETRIC 0.40mm - 3.18mm Plus $500.00
MG1-25MMETRIC 0.40mm - 3.18mm Minus $500.00
MG2-25PMETRIC 3.19mm - 6.35mm Plus $400.00
MG2-25MMETRIC 3.19mm - 6.35mm Minus $400.00
MG3-25PMETRIC 6.36mm - 9.53mm Plus $320.00
MG3-25MMETRIC 6.36mm - 9.53mm Minus $320.00
MG4-25PMETRIC 9.54mm - 12.70mm Plus $380.00
MG4-25MMETRIC 9.54mm - 12.70mm Minus $380.00
MG5-25PMETRIC 12.71mm - 15.88mm Plus $460.00
MG5-25MMETRIC 12.71mm - 15.88mm Minus $460.00
MG6-25PMETRIC 15.89mm - 22.23mm Plus $520.00
MG6-25MMETRIC 15.89mm - 22.23mm Minus $520.00

Features:

  • Used as masters to calibrate measuring equipment and check linearity of comparators, micrometers, and calipers.
  • These ‘Tenth Step” gage sets have unlimited applications, such as quality control inspection, prototype work and production layout.
  • Inspectors select from the range of pins to find the size of a hole or slot.
  • These round masters simulate a cylindrical part which, unlike flat blocks, can detect uneven wear on the tips of micrometers and calipers.
  • The thin “line” of contact detects uneven face wear better than flat gage blocks with large contact area.