1:64 Scale Blue Workbench – 3D Printed Garage Diorama Accessory

Add realistic garage and workshop detail to your 1:64 scale diorama with these Blue Work Benches from Scale Parts Depot.

Designed to recreate the sturdy workbenches commonly found in real automotive garages, mechanic shops, race shops, service bays, custom car shops, restoration shops, and home workshops, these accessories are an easy way to make your 1:64 scale layout feel more complete and realistic.

Each work bench features a raised back panel, spacious work surface, sturdy legs, and a lower storage shelf. This detailed design is ideal for displaying miniature tools, boxes, equipment, parts, and other workshop accessories.

These work benches work especially well along garage walls, inside service bays, in repair areas, near toolboxes, beside vehicle lifts, or anywhere a realistic workspace would add extra detail to your scene.

Designed specifically for 1:64 scale layouts, these work benches pair well with Hot Wheels, Matchbox, GreenLight, Auto World, Johnny Lightning, M2 Machines, and other similarly scaled diecast vehicles and displays.

Each work bench is 3D printed in blue plastic and can be used as supplied or customized with paint, washes, weathering, grime, decals, tools, or other finishing techniques to match your particular garage or workshop scene.

Available Pack Sizes
1 Pack - 1 Work Bench
3 Pack - 3 Work Benches
5 Pack - 5 Work Benches
10 Pack - 10 Work Benches

Product Details
Scale: 1:64
Product: Work Bench
Color: Blue
Material: 3D printed plastic
Brand: Scale Parts Depot
Condition: New

Great for garages, workshops, mechanic shops, race shops, service bays, restoration scenes, custom builds, and diecast displays.

Choose 1, 3, 5, or 10 blue workbenches using the pack-size option. The selected option determines the quantity supplied.

Vehicles, buildings, figures, toolboxes, lifts, tools, boxes, equipment, and other accessories are not included.

Small variations, visible layer lines, and minor surface imperfections may be present as a normal result of the 3D printing process.