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You have web Wrinkle Removal . . . we've got answers!

CAC product line

Air shafts and chucks

Air Shafts & Chucks


WrinkleSTOP Anti-Wrinkle spreader roll

WrinkleSTOP® Anti-Wrinkle

FOX Trim Removal Systems

Pneumatic Trim Removal

Aluminum Core Cones

Aluminum Core Cones

Adjusta-Pull Anti-Wrinkle

Adjusta-Pull® Anti-Wrinkle

Pneumatic Matrix Removal

Pneumatic Matrix Removal

Mechanical chucks and shafts

Mechanical Chucks & Shafts

Bowed Roll

Bowed Roll

Trim-AX Chopper

Trim-AX™ Chopper

Safety Chucks

ShaftLok™ Safety Chucks

Scroll Roll

Scroll Roll

Shaft Holders

Shaft Holders

Idler Rolls

Idler Rolls

Rollers and Roller assemblies

Roller Assemblies

Roller Mounting Blocks

Roller Mounting Blocks

Air loaded dancer roll assemblies

Dancer Roll Assemblies

Nip Roll

Nip Roll Assemblies

Unwind/rewind stand

Unwind / Rewind stand



Idler Rolls


Vettical Accumulators


Roll Lifting

Roll Lifting

Electrically Heated Rolls

Heated Rolls


Featured Tech tip: Causes of Web Wrinkles - Part 2 of 2


Tech tip: Causes of Web Wrinkles - Part 2 of 2

In part 1 of this tech tip we discussed some web characteristics that can be the cause of wrinkles in our webs. The causes discussed were gauge and band variations, tight sides/loose sides, and baggy centers, tight edges. In part 2 we will be covering:

  • Baggy edges, tight centers. The web being longer on the edges than the center, in the machine direction, causes this condition. If you were to lay material with this characteristic, flat, then you would see ripples or bubbles develop on the edges while the center was straight and flat. In a converting process, webs with this material characteristic will wrinkle because most of the tension that is typically evenly distributed across the full width is mostly distributed on the shorter (machine direction) center than longer (machine direction) edges. Tensile stress in the center will create lateral compression on the edges of the web causing wrinkles.

Poorly wound roll stock( parent roll) will cause wrinkles for the following reasons:

  • Tension too high especially at the outer layers of the roll can cause inner layers to buckle. This is evident by viewing the end of the roll and observing a starring effect. In extreme cases, the core may even be collapsed. This roll characteristic will cause the web to be wrinkled before it enters a converting process.

  • Tension too low will cause the roll stock to be wound loose. Layers will slip on each other, making tension control ineffective or intermittent. This will cause the material to neck down (under tension) and expand (when tension is low or nonexistent). These compression and decompression forces will create web wrinkles.

One or a combination of any or all of the five circumstances discussed will cause wrinkles.

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Converter Accessory Corporation
201 Alpha Road
P.O. Box 188
Wind Gap PA 18091-0188

Phone (800) 433-2413 or (610) 863-6008
Fax (800) 709-1007 or (610) 863-7818



What is Web Handling?
Web Handling is the science, engineering and equipment necessary to successfully transport a continuous flexible material through various processes without defect. Enhancing Web Handling with proper equipment will ensure materials are processed at their maximum efficiency, allowing the process to generate maximum profits.

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