Did you know that an incorrect screw fastening sequence can provide unreliable results? The wrong sequence could cause manufacturing failures and add additional rework expenses. Joint relaxation occurs to some extent in all fastened joints and is a problem in joints where gaskets, or parts such as spring washers and plastics, are utilized. It can take a long time before the joint settles, which reduces the clamping force until the joint condition stabilizes.

Sequencebased fastening is critical to proper process control and a quality fastening result for torque applications. The fastening sequence for tightening bolts or screws can significantly influence the preload. A good tightening sequence achieves even preload distribution. Selecting a sequence pattern should be evaluated and tested before implementing an assembly procedure.

Eliminate product rework and warranties by adding another layer of error proofing to the manufacturing line. Learn how to implement an assembly process that ensures all the fasteners are installed and tightened to the correct fastening sequence.

What You Will Learn:
• Ensures correct fastener sequencing
• Visual sequence guide displaying drawings or photos
• How to detect crossthreading, camouts, missing screws, unfinished rundowns
• Tactics to enable continuous monitoring of the fastening process
• Ability to monitor and control errorproofing and fastening sequence without the extra programming costs associated with PLCs

Learn more about how torque tools can improve your fastening process: https://www.mountztorque.com/Product...

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