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Torque control

Screw Cap Torque Control

Torque control is central to screw capping quality. The goal is to apply enough tightening force for a secure closure while avoiding damage, distortion or difficult opening.

Selection notes

How this route helps you choose the right screw capper

Torque control is central to screw capping quality. The goal is to apply enough tightening force for a secure closure while avoiding damage, distortion or difficult opening.

  • Torque planning for screw caps
  • Cap tightening and removal considerations
  • Sample-led capping machine selection
  • Useful for quality and production teams
Screw Cap Torque Control

Buying detail

Important points before you shortlist a machine

01

Why torque varies

Torque can vary because of cap material, liner compression, thread moulding, bottle grip, fill weight and operator setup. The machine must be adjusted around real production variation.

02

Testing and samples

Torque should be checked with the actual cap and bottle combination. Sample trials help identify whether the chosen machine can achieve the required consistency.

03

Operator settings

Clear settings and changeover notes help operators return to a known setup when pack formats change or materials vary between batches.

Send your bottle, cap and output details to Lancing UK.

Include cap diameter, closure type, bottle size, target output, available space and whether the capper needs to connect to filling or labelling equipment.

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FAQs

Questions about screw cap torque control

What is application torque?

Application torque is the force used to tighten the cap onto the bottle.

What is removal torque?

Removal torque is the force needed to open the cap after application and storage.

Can torque be guaranteed?

The achievable range depends on cap, bottle and process variation, so testing is important.

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