INSPECTION & AUXILIARY EQUIPMENT

Inspection &
Auxiliary Equipment

Explore solutions to review finished-pack weight, inspect packaged products and apply required product information.

  • CHECKWEIGHING
  • METAL DETECTION
  • CODING & LABELLING

CHECKWEIGHING

Checkweighing for finished-pack weight review.

A checkweigher can be considered where finished packs need to pass through a defined weight-review point after filling, sealing or another confirmed packaging operation.

Packaging-line checkweigher with conveyor transfer

WHAT A CHECKWEIGHER DOES

Review the pack after its filling or closing step.

Each pack reaches the weighing point on a conveyor. Its measured weight is reviewed against the project requirement, then the pack moves into the agreed next handling stage.

  1. 01Packing or sealing

    Complete the confirmed packaging step.

  2. 02Checkweighing

    Review the finished pack by weight.

  3. 03Next handling stage

    Transfer toward labelling, cartoning or another confirmed process.

WHAT TO CONFIRM

  • Finished packWeight range, dimensions and transfer stability.
  • Line positionEquipment before and after the proposed point.
  • Pack handlingHow packs needing attention are managed.
Where should a checkweigher sit in the line?

It is commonly reviewed after the pack has been filled and closed, where it can travel through the weighing position in a stable and repeatable way.

What information is needed to review a checkweigher?

Share the finished-pack weight range, pack dimensions, material, presentation, line layout and the operations before and after the proposed position.

Can checkweighing be considered with metal detection?

Both functions can be considered in the finished-pack area when the product, package, available space and handling process support the line arrangement.

METAL DETECTION

Metal detection for packaged products.

Consider a metal detector machine where metal contamination is the inspection concern and finished packs need to pass through a defined control point before the next handling stage.

Metal detection machine for packaged products on a conveyor line

WHAT METAL DETECTION DOES

Inspect the pack where metal contamination is the concern.

Each product passes through the proposed inspection point as part of the packaging line. The equipment route is reviewed around the real product, package and the agreed handling process that follows.

APPLICATIONS TO REVIEW

Sealed Pouches & Bags · Cartons & Boxes · Bottles & Containers

  1. 01Finished pack

    Complete the confirmed filling, sealing or packing operation.

  2. 02Metal detection

    Pass the pack through the defined inspection position.

  3. 03Next handling stage

    Continue toward labelling, cartoning or another agreed process.

WHAT TO CONFIRM

  • Product & packProduct condition, package material, dimensions and presentation.
  • Inspection positionHow the pack enters, travels through and leaves the proposed point.
  • Line handlingWhat should happen after inspection within the agreed line arrangement.
Can metal detection be considered for foil or metallised packaging?

Packaging material should be reviewed first. Where foil or metallised film is involved, an X-ray inspection route may also need to be considered.

Why do you need the actual product and pack sample?

Product condition, pack material, size, shape, orientation and line presentation all affect the inspection discussion.

Can metal detection be considered with checkweighing?

Both functions can be considered in the finished-pack area when the product, package, available space and handling process support the line arrangement.

CODING & LABELLING

Present the required information on the finished pack.

Review how product, batch, date, traceability or logistics information should appear at the appropriate point on the packaging line.

Thermal transfer coding on a pouch, laser code on a glass bottle and applied label on a finished pouch
01 Thermal transfer coding 02 Laser coding 03 Applied pack label

01 Thermal Transfer Coding

02 Laser Coding

03 Applied Pack Label

THE ROLE ON THE LINE

Choose the route around the pack, information and application position.

Direct coding places variable information on the pack surface. Labelling applies a separate label. Print & apply can be considered where variable label information needs to be printed and applied in one handling step.

METHODS TO REVIEW

Ribbon Coding · Inkjet Coding · Thermal Transfer · Laser Coding · Labelling · Print & Apply

  1. 01Define the pack information

    Confirm the required text, date, batch, code or label content.

  2. 02Match the pack surface

    Review material, available marking area and label position.

  3. 03Place it on the line

    Set the application point around pack orientation and downstream handling.

WHAT TO CONFIRM

  • Pack & surfacePackaging material, finish, dimensions and the usable coding or labelling area.
  • Information layoutRequired content, code format, label size and the preferred presentation position.
  • Line presentationPack orientation, available space and the handling process before and after application.
When should direct coding or a label be considered?

It depends on the pack surface, required information, presentation area and how the finished pack will be handled. Review the real pack before choosing a route.

Can different pack formats use one coding or labelling point?

This should be reviewed around pack dimensions, orientation, surface position, changeover needs and available line space.

What should be shared before the project is reviewed?

Provide actual pack samples or packaging material, the required information layout, pack dimensions and the proposed position in the line.

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