Product handling
Shape, friction, fragility and spacing determine whether manual loading, lugged infeed or automatic feeding is appropriate.
A versatile pillow-pack platform with PLC control, print registration and configurable feeding for discrete products and controlled groups.

Products travel horizontally through the film former while the machine creates the longitudinal seal and separates each pack with transverse sealing jaws.
The LUZB350X is listed for a wide range of regular products—from biscuits and snack bars to soap, cosmetic kits, sponges, filters and small components. Its PLC and touchscreen interface coordinate film feed, product registration, heat control and cut timing.

Use these published values for early-stage screening. The formal machine proposal should confirm all limits against your product and film.
| Power supply | 110 / 220 / 380 V, 50 / 60 Hz |
|---|---|
| Installed power | 2.4 kW |
| Reference speed | 30–120 bags per minute |
| Maximum film width | 350 mm |
| Maximum film-roll diameter | 320 mm |
| Bag length | 90–6000 mm |
| Bag width | 30–160 mm |
| Maximum product height | ≤55 mm |
| Seal arrangement | Middle longitudinal seal with transverse end seals |
| Listed materials | OPP, OPP/CPP, KOP/CPP, aluminium film and bubble wrap |
| Approximate dimensions | 3836 × 890 × 1079 mm |
| Approximate machine weight | 350 kg |
Reference figures are a starting point. Final speed, electrical supply, guarding and film suitability will be confirmed against your product, film and production-line requirements.
The wrapper is only one part of a stable packaging process.
Shape, friction, fragility and spacing determine whether manual loading, lugged infeed or automatic feeding is appropriate.
Film thickness, sealant layer, stiffness, coefficient of friction and print repeat influence forming and jaw settings.
Upstream availability, queue management, reject signals and downstream capacity determine sustained output.
Change parts and product-handling design are selected around the intended format range.

The published reference range is 30–160 mm bag width using film up to 350 mm wide. Product depth, film structure and the required seal geometry must also be checked.
The listed controls include photoelectric registration for printed-film mark tracking. The actual print repeat and eye-mark specification should be supplied for engineering review.
Coding or printing can be integrated subject to print area, film travel, code type and line-control requirements. Define whether the code is applied before or after the fin seal is formed.
No. It is the upper end of the published reference range. Sustainable output varies with pack length, product stability, feeding, film and sealing dwell time.
Send product dimensions, pack format, film details and required packs per minute.