Filters
Protect clean components from handling while preserving a compact pack format.
Consumer and industrial applications
Flow wrapping for soap, kits, sponges, filters and components
Flexible packaging for non-food products can improve presentation, containment and handling when the product can be fed consistently through a horizontal wrapper.
Machine selection support
Consumer products
Neat packs for regularly presented items
The LUZB350X application list includes soap, cosmetic kits and sponges alongside food products.
For consumer goods, the project may prioritise appearance, printed-film registration, tamper evidence, code placement and protection from handling. Abrasive or sharp product features should be assessed against film puncture resistance.
- Soap bars and personal-care items
- Cosmetic or promotional kits
- Sponges and household products
- Grouped sachets or primary packs
Industrial applications
Contain, count and protect components
Industrial products often need more upstream handling than a regular food item.
Small tools
Use guides or carriers where weight distribution, edges or irregular geometry could disturb the film.
Counted components
Integrate bowl feeding, counting or collating ahead of the wrapper with incomplete-count prevention.
Engineering questions
Define the risks before selecting film
Product-to-film interaction
- Sharp corners or burrs
- Abrasive surfaces
- Oil, dust or residue
- Static-sensitive parts
- Heavy or dense product groups
Presentation and verification
- Required count or kit completeness
- Barcode or batch-code visibility
- Clear or printed-film areas
- Inspection and reject strategy
- Downstream boxing or case packing
Automation network
Connect feeding, counting and packaging
Specialist equipment can be integrated around the wrapper when the interfaces are defined as one control system.
Feeding
Explore component handling and feeder resources within the Lancing machinery network.
Bowl feedersConveying
Plan transfer, buffering and discharge around product stability and line control.
Packaging conveyorsAutomation
Review wider packaging automation and line-integration capabilities.
Machinery AutomateFrequently asked
Non-food flow-wrapping questions
Can irregular non-food products be flow wrapped?
Possibly, but the feeding and film-forming method must control the product. Carriers, flights, guides or a bespoke infeed may be required for unstable shapes.
Can bubble wrap be used?
Bubble wrap appears in the published LUZB350X material list. Its thickness and compressibility can change forming and sealing requirements, so the exact material should be trialled or formally reviewed.
Can the machine count small components?
Counting normally sits upstream of the wrapper. A feeder, counter or collating station can present the correct group, while controls prevent an incomplete group entering the pack.
Can labels or codes be applied?
Yes, subject to the selected device, available web or pack area, line speed and control interface. Coding is typically easier to engineer when defined at the start of the project.
Product qualification
Control geometry, surfaces and loose components before wrapping
Non-food products can vary widely even when they share a sector name. The practical questions are whether the item can be oriented, spaced and moved through the former without puncturing film, changing position or entering the seal area.
Soap, sponges and personal-care items
Check surface friction, moisture, fragrance or residue, dimensional variation and whether products mark the film. Guides and contact materials should suit the product and cleaning method.
Filters, tools and rigid components
Review sharp corners, protrusions, centre of gravity and the risk of film puncture. Product orientation and a suitable film structure may be more important than nominal pack speed.
Kits and counted groups
Define every component, count and accepted arrangement. Counting, collating, presence detection and a stable carrier or card may be needed before the group reaches the wrapper.
Trial matrix
Test the difficult product variants and handling risks
Use the smallest, largest and least stable production examples. A successful trial should show that the packaging process protects the product and produces a repeatable pack at the required good output.
| Risk | What to provide | What to verify |
|---|---|---|
| Irregular geometry | Drawings, dimensional limits and representative extreme samples. | Guide clearance, former fit, orientation and no contact with the jaws. |
| Sharp or abrasive features | Worst-case product orientation and intended film. | No punctures or unacceptable scuffing through forming, sealing and discharge. |
| Loose or multiple parts | Required count, arrangement and missing-part rule. | Stable collating, presence detection and defined reject behaviour. |
| Printed film and coding | Artwork repeat, registration mark and code location. | Consistent cut, artwork alignment, legible code and verified reject where required. |
| Product protection | Handling, transit and presentation criteria. | Pack contains and protects the product without excessive film tension or movement. |
| Format change | Complete range and planned batch pattern. | Change parts, recorded settings, safe access and repeatable first-off approval. |
Feeding and inspection
Make counting and product presence part of the line control
When a pack contains several components, the upstream feeding and verification system determines pack completeness. Define the signal exchange and reject logic before the line is built.
Count and collate
Specify how each component is counted, grouped and transferred, including the response to a shortage or double feed.
Verify before sealing
Presence sensors or vision can be considered where the product and pack allow reliable inspection before the film is closed.
Confirm the reject
Agree where an incomplete or incorrectly coded pack is rejected and how successful rejection is confirmed to the control system.
More application questions
Irregular products and custom feeding
What makes a non-food product difficult to flow wrap?
Common difficulties include unstable geometry, rolling, sharp edges, high friction, sticky or oily surfaces, loose parts and a wide size range. These factors affect feeding, film selection, guide design, seal clearance and achievable output.
When should a carrier or custom infeed be considered?
A carrier, pocket, flight or custom infeed may be useful when the product cannot hold its orientation or spacing by itself, when several parts must remain grouped, or when the item needs protection from direct conveyor or guide contact.
Select around the hardest product condition
Irregular, sharp, sticky or counted items need controlled presentation
Non-food applications often fail at the interfaces rather than the film-forming section. Define how items are counted, oriented, separated and verified before selecting the wrapper architecture.
Count and collate
Choose a feeding method that verifies complete groups and controls incomplete or damaged sets.
Product feeding systemsSupport difficult products
Assess whether an inverted film path helps products that are difficult to push or mark easily.
Top-reel vs invertedProve the edge case
Use sharpest, least stable, highest-friction and largest variants in a documented application trial.
Trial and acceptance guideProtect the film and end seals
Confirm that corners, protrusions, loose parts or trapped components cannot damage the film or enter the crimp-jaw zone during normal variation and stop/restart conditions.