CCI Eurolam


Coating Measurement Print E-mail
At each step of your process, Oxford Instruments brings solutions to control and increase security of your processes and products.Image 
CM95: Identifying copper thickness
Micro resistance method: Unlike other test methods, it is not affected by copper coating on the opposing side of the printed circuit board.
Only available handheld gauge that measures the entire range of copper foil thicknesses from 5 to 140 µmExclusive soft touch probe to prevent the copper surface from being marred or scratchedProven durability and simple to useFactory calibrated and requires no standard
DatasheetDownload PDF-Datasheet

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CMI563: Measuring copper thickness
Micro resistance method: allows accurate measurement without being affected by copper coating on the opposing side of the PC
Enable to measure copper thickness on plain surface and even on PCB tracks                                                        Image 
DatasheetDownload PDF-Datasheet
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CMI511: Measuring plated thru-hole copper
prior to and after etching
  • Portable gauge capable of measuring plated thru-hole copper prior to and after etch.
  • Automatic temperature compensation allows for accurate measurement of plated thru-hole copper immediately after pulling from the tank
  • Works equally well on double-sided and multi-layer boards, even through tin and tin/lead resist
  • High and low limits can be set and up to 2000 readings can be stored in memory


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    CMI700: Controlling the final product

    The CMI700 provides high tech solutions for non-destructive
    coating/plating thickness measurement


  • Measures copper thickness (by resistivity method)
  • Measures plated thru-hole copper after etch from 0,25 mm – with TRP probe
  • Measures copper thickness on the surface (tracks) – with SRP probe
  • Measures thickness of Nickel (even through gold coating) – with NIP probe
  • Measures thickness of soldermask - wit ECP probe
  • Detects micro cracks


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    TRP probe
      
      
      
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