Beverage Pushers

Pack formats

Organize bottles and cans by lane

Diameter, height, weight and pack surface determine the lane width, divider height and force required for consistent movement.

Package applications

Design the lane around the container

Bottle diameter, base shape, surface friction and center of gravity determine whether the best route is a spring pusher, roller or guided lane.

Glass bottles

Use stable guidance and controlled contact for heavier breakable packs.

Plastic bottles

Adjust lane width around flexible bottles and varied bases.

Cans

Use repeated narrow lanes for compact high-turnover packs.

Mixed beverage formats

Test the actual assortment before defining a common module.

Cold cabinet bottles

Check door clearance, condensation and front-stop height.

Food cans and cartons

Confirm weight, base friction and lane stability.

Installation logic

Fastening rail, pusher module and front lock

The original system uses an aluminum fastening rail for alignment. Individual pusher modules slide into position and lock from the front for easier adjustment.

Attach or clip the rail
Insert the pusher module
Set the lane width
Lock the front position
Test bottle movement

Choose the movement

Pusher, roller or guided lane

Different beverage packs need different ways to move forward and stay upright.

Spring pusher

Direct forward force for controlled lanes.

Roller pusher

Low-friction movement for heavier bottles.

Lane organizer

Simple separation for bottles and cans.

Adjustable design

One system for different bottle and can formats

The design logic is driven by pack width, wire dividers, housing angle and refrigerator access.

Three-stage width

Adjust the lane around common bottle and can sizes.

70° or 90° housing

Choose the viewing and contact angle around shelf height.

Easy-release front lock

Reposition the module without removing the complete rail.

Production evidence

From components to store-ready packs

Rails, moulded parts, springs, front locks and packing are controlled together so the approved cooler-bay configuration can be repeated across the rollout.