Measurement and Checking Systems

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

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

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

• High measurement accuracy
• Measurement of whole angle geometry (pitch, gab, diameter)
• Additional measurement of grinding and coil end
• Various depetictions and recording
• Interface with coiler
• Please check: Topical Product – Measurement and Test of Compression 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

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

Colour control at the front of valve springs

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

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

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)

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

Measurement of wave hight at wave spring

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