Reduce Waste, Increase Speed

Warp Wacker

Benefits and Features

  • Provides full time, closed loop corrections
  • Reduce waste due to warped board
  • Reduce operator time correcting warped conditions
  • Increase production speed since flat board is maintained
  • Increase finishing department output with fewer jam ups on high speed equipment
  • Real time board monitoring is displayed for troubleshooting
  • 100% Solid State, No Moving Parts or Motors
  • No onsite calibration needed, ever….
Precision Laser Measurement

The Warp Wacker is an optional feature that integrates with the Copar Quality Master system. Warp Wacker continually monitors corrugated sheets on the stacker conveyor for warped conditions, and adjusts the machine automatically until flat board is produced.

With only two lasers, 1200 individual measurements can be made across machines up to 110 inches (2,9 m) wide. This ensures accurate measurements, while utilizing simple integration into existing Copar Wet End Corrugator Control system. The Warp Wacker is the #1 tool in corrugator warp control on the market.

Warp Correction

Warp Wacker uses a temperature correction process to automatically resolve warped product in real-time. Corrections are made quickest by adjusting machines closest to the end of the line first, but the sequence may be changed depending on plant requirements.  The typical adjustment sequence is as follows:

     1. Heating Section
     2. Doublebacker Wrap Arms
     3. Singlefacer Wrap Arms (optional)
     4. Variable Bridge Loading with Sync Master (optional)
     5. Segmented Water Spray (optional)

The Warp Wacker Lasers are mounted 80" (2 Meters) Above the Stacker Conveyor
Warped Board Profile Before Correction
Warp Profile with Score Lines

Plant Customizable

Mechanical
Warp Wacker can be installed on all knife levels.
Process
The plant may choose a custom warp correction strategy. Changing a procedure typically takes less than 3 minutes, and can be done remotely.
Software
Customizations can be made to display expected score blade locations.