Inkjet
Continuous or thermal inkjet printing on bottles, cartons and films.
Inkjet, laser and thermal transfer coding, vision, checkweighing and metal detection.
Coding equipment prints batch, date and traceability codes. Inspection equipment checks that each pack is correct, such as weight, code presence, label position or contamination, and rejects the ones that are not.
Common approaches in this category. The right one depends on your product, pack and output.
Continuous or thermal inkjet printing on bottles, cartons and films.
Marks without ink on suitable surfaces. Fume extraction is usually needed.
High-resolution printing on flexible film, common on form fill seal machines.
Cameras check codes, labels, caps and fill levels.
Weighs every pack and rejects under or overweight packs.
Detects metal contamination in food and pharma products.
| Selection factor | Why it matters |
|---|---|
| Code legibility | Surface, speed and code content decide the coding technology. |
| Reject handling | A reliable reject system with confirmation is as important as the detection. |
| Inspection validation | Agree test pieces and how often the system is verified. |
A typical sequence. Your actual line depends on product and pack.
Technical specifications such as output, accuracy and dimensions are configuration dependent. They are confirmed against the supplier datasheet for each enquiry.
Thermal transfer overprinters are the common choice on film because they give sharp text and barcodes. Inkjet is also used where speed or substrate demand it.
If you sell by declared weight or want to control give-away, a checkweigher gives each-pack evidence and feedback to the filler.
Many systems can log results and rejects. Data needs should be defined early so controls can be planned.
Send a sample description, your container and your target output.
Planning new packaging machinery?