Lane Dividers

Customer Problem

A single high-speed infeed lane can outpace what a single downstream packing station can handle, creating jams or forcing a speed cap on the whole line.

Business Impact

Without proper lane division, plants either run below true line capacity or suffer frequent product jams and downtime.

Machine Operation

Incoming single-lane product flow is divided into multiple coordinated lanes feeding downstream packing stations without jamming or gapping.

Product-Handling Method

Divider guides and speed coordination are matched to your product's shape and container stability.

Key Benefits

Matches upstream and downstream speeds

Reduces jams and downtime

Unlocks true line capacity

Smooth multi-lane coordination

Applications & Suitable Industries

Liquor & Beverage

Food & FMCG

Personal & Home Care

Customisation Options

Lane count, division pattern, container guide geometry and diverter mechanism are engineered around your product and the downstream stations being fed. Footprint, entry and exit heights are matched to the conveying either side. Where SKU changes are frequent, recipe-driven positioning can replace manual guide setting. Controls and safety architecture follow your plant's conventions.

01

Integration Requirements

Upstream grouping and downstream palletizing/conveying interfaces engineered to fit your line.

02

Safety Features

Guarding and fixed covers are specified at the diverter, nip points and drive assemblies, with emergency stops accessible along the unit. The divider is interlocked with upstream and downstream stations so a stop anywhere safely halts product flow into the section.

03

Changeover Information

Guide and diverter settings are adjusted for a new container size and lane count, with positions recorded so repeat changeovers are repeatable. Where changeovers are frequent, recipe-driven positioning is specified at design stage to remove manual setting. .

Factory-Testing Visuals

Image Placeholder: MAS SYSTECH Shrink Wrapping Machine — Landscape, Full-Width, Gallery Use

ROI Logic

Reduced film wastage and faster changeovers support material-cost and throughput outcomes — use the ROI Calculator for a directional business case specific to your line.

FAQs

The Lane Divider System is engineered to divide a single product flow into multiple coordinated lanes, based on your line requirements. The lane count, guide spacing, and speed synchronisation are customised according to the product, container stability, upstream filler speed, and downstream packing capacity.

Yes. The Lane Divider System is engineered to coordinate with your existing filler speed. The system matches the lane division and product flow to the upstream filler speed and downstream packing capacity, helping maintain smooth product movement without unnecessary jams or gaps.

The exact speed synchronisation is determined based on your specific line requirements and machine speeds.

Yes. The Lane Divider System can be integrated into an existing production line. It is engineered to coordinate with your existing equipment by matching the upstream and downstream speeds and adapting the lane configuration to your line requirements.

The final retrofit design is based on your existing line layout, product specifications, machine speeds, and required lane configuration.