F210d | Wire Profile up to 7,5 mm - Spring Wire

Wire Profile Control up to 7,5 mm

  • Accuracy +-0,002 mm
  • 360° Measurement
  • All convex profiles possible (z.B. multiarc, oval, hexagon, rectangel)
  • Zoom-Depiction
  • QS-interface / print record
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F210L | Wire Profile up to 60 mm - Spring Wire

Wire Profile Control up to 60 mm

  • Accuracy +-0,002 mm
  • 360° Measurement
  • All convex profiles possible (z.B. multiarc, oval, hexagon, rectangel)
  • Zoom-Depiction
  • QS-interface / print record
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F300 | Geometry - Stabilizer Bar

Measurement System of different stabilisator characteristics

  • E.g. thickness of plate
  • Opening width and length of clamps
  • Hole form and position
  • Value presentation in trend graphic
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F435 | 3D Geometry: e1, e2, lo, nt - Valve Springs

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F465 Duo | 2D Geometry: e2, lo, nt - Valve Springs

Measurement of 2D spring geometry

  • Test characteristics:
    • Gap, Coiling, diameter
  • Measurement with line scan and matrix camera
  • Speed: ca. 5 sec.
  • Software surface for result display

F510 | Colour Marks - Suspension Springs

Identification of colour marking on suspension springs

  • Clear identification of test items
  • 100% in line control
  • Test characteristics:
    • colour, saturation, geometry, position, position of barcodes and letter marking
  • Flexible through test plan operation
  • High speed and accuracy
  • Save, comprehensive documentation
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F520 | Colour Marks - Valve Springs

Colour control at the front of valve springs

  • Test characteristics:
    • Colour dot distance
    • Colour dot position
  • High accuracy
  • Fast security
  • Individual documentation

F600 | Geometry - Arc Spring

Measurement of geometry of bow/arc springs via backlight

  • Determining of Radius: Ri, Ra, spring center
  • Determining of Angle: alpha, alpha radius spring center
  • Over and undercut
  • Pitch gap in and outside
  • Fitting of spring inside a tolerance field
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F610 | Geometry - Arc Spring with Sorting

Integrated measurement of geometry of bow/arc springs

  • 100% Monitoring via backlight
  • Determining of Radius: Ri, Ra, spring center
  • Determining of Angle: alpha, alpha radius spring center
  • Over and undercut
  • Pitch gap in and outside
  • Fitting of spring inside a tolerance field
  • Telecentricity enables a high accuracy
  • High measurement rate (min. 30 springs / minute)
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F880 | 3D Geometry - Suspension Spring

Measurement of attributes from 3 dimensions

  • Especially suitable for banana and c-shaped springs
  • Following the coils with laser technique
  • Comparison with master spring or CAD data
  • Springs up to L0 600 mm and Da 300 mm
  • Various graphics and protocols
  • Interface with coiler
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F920 | 3D Geometry - Wave Spring

Measurement of wave hight at wave spring

  • Fast userfriendly handling
  • Easy and fast centering
  • 360° scan of waves

Overview

Take a look at our general spring brochure.

Ask us for details

Our measurement and testing systems are standards which are individualised for your special purpose. Please contact us, we are happy to learn about your questions of detail.

Via phone +49 2302. 96 888 0, e-Mail info@imess.com or use our contact form:

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