Custom Vending Enclosures
A vending enclosure holds the trays, dispensing modules, and payment devices and opens wide enough to refill them. K-Display fabricates the welded cabinet shells, doors, and tray rails for vending OEMs, in carbon steel, stainless steel, or aluminum.
Vending enclosures we build
K-Display builds the cabinet around the stock and the machinery: the welded shell, front and service doors, device panels with the window, payment, and collection openings, and the tray rails inside. We form and weld it in carbon steel, stainless steel, or aluminum, hang the doors on their hinges and latches, and ship it bare or powder coated.
The tray rails carry the stock, the device panels carry the payment and dispensing modules, and the shell carries both at the depth the modules need. Cabinets built around a screen and its devices are kiosk enclosures.
Each tray rests on a rail on each side wall, so a pair of rails at different heights tilts the tray. Product on a tilted tray slides toward the low rail.
Vending enclosure parts we make
- Cabinet bodies and panels
- Formed and welded shells, backs, and side panels.
- Doors and device panels
- Front and service doors with the window, payment, control, and collection openings laser cut.
- Tray rails and module mounts
- Rails, brackets, and plates that locate the trays and dispensing modules, with self-clinching hardware for their fasteners.
- Attachment holes and closure mounts
- Base and wall attachment holes cut into the shell, and the hinge, latch, and handle mounting points on each door.
Payment device, trays, and collection opening
- Payment device mounting
- A coin or bill device mounts on holes at the rear, swings out for service, and has a lever that needs room to move. A panel that covers the swing path blocks the device from coming out for service.
- Collection opening
- A shopper's hand goes into the collection opening for the product. The depth of the opening decides how close the hand gets to the trays behind it.
- Module weight on the rails
- A loaded tray or spiral module rests on its rails and passes the weight into the side walls. A rail that bows under a full module leaves the tray out of level.
- Fastener access
- A nut behind a formed flange is out of reach once a module sits on its rail. That module cannot be tightened down or removed for service without taking the rail apart.
Plates and rails welded in while the shell is open
The module plates take their hardware while they are flat and are welded into the shell before it closes, so every nut is pressed with the plate open and every joint is within the torch's reach.
Cut, press, and form
We laser cut the panels, door openings, and rail slots, press self-clinching hardware into the module plates and rail blanks, then form the shell, doors, and device panels.
Weld the shell closed last
We weld the plates and rails into the shell while the torch can reach every joint, then weld the shell closed.
Coat, hang the doors, and pack
We powder coat the cabinet with the hardware threads masked, or leave it bare, then hang the doors, fit the handles, and pack it with the tray rails in place.
Check the loaded tray at full extension
A tray can fit inside the cabinet yet catch the open door during replenishment. Its moving envelope includes the products, dividers, and projecting tray hardware. The hinge-side door return shown here sits beside that path, so checking an empty tray alone can miss an obstruction.
Review the stocked tray through its travel to the refill position, with the door and its hardware installed. Use the opening angle available at the intended site; a door that clears the tray when swung wider may not clear it beside a wall.
The stocked tray passes beside the door's inward return on its way to the refill position. Products and tray hardware enlarge that moving outline, so clearance must be checked with the actual load and door position.
What to send for a vending enclosure quote
- Cabinet drawings
- Body, doors, and tray rails, with the module and payment device mounting holes.
- Machine and modules
- Machine type, tray or spiral module part numbers and loaded weights, and the payment device model.
- Access layout
- Refill path, tray travel, collection opening, and service doors.
- Material and finish
- Carbon steel, stainless steel, or aluminum, and powder color and texture or bare metal.
- Door hardware
- Hinge, latch, and handle part numbers.
- Quantity and schedule
- Machines per order, variants by module configuration, and ship dates.