Parametric Bench Vector Template for Laser Cutting
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Digital parametric bench vector template for laser cutting and CNC fabrication. This downloadable file contains a scalable, ribbed bench design made from interlocking slats—ideal for makers, furniture designers, laser hobbyists and small workshops. The pack includes clean, production-ready vector files (SVG, DXF, AI, PDF, EPS, DWG) with cut paths grouped and labeled for easy nesting and cutting on laser cutters, CNC routers, and CNC plasma/foam cutters.
Key features:
- Modern parametric bench with flowing ribbed profile, designed for strength and visual impact.
- Vector-ready files optimized for plywood, MDF, birch, or hardwood veneers.
- Default layout sized for easy assembly; fully scalable to custom dimensions without loss of geometry.
- Assembly guide and parts list included, with suggested material thicknesses and finishing tips.
- Kerf-aware slot design; nominal slot width set for 3.0 mm kerf (adjustable to your machine).
Recommended materials and settings:
- Suggested material: 9–12 mm Baltic birch or plywood for full-scale bench; 6 mm for scaled models.
- Typical finished dimensions (default layout): Length 1700 mm, Height 430 mm, Depth 400 mm (fully scalable).
- Laser/CNC settings vary by machine and material; test cuts recommended. Files prepared with common CAD/CAM workflows in mind.
What you get:
- Instant digital download: SVG, DXF, AI, PDF, EPS, DWG
- Cutting-ready layers and labeled parts
- PDF assembly instructions and parts list
- Notes on kerf compensation and finishing (sanding, glue, edge treatment, clear coat)
Use cases:
- Functional furniture for public spaces or home interiors
- Exhibition pieces, retail displays, or bespoke commissions
- Scaled prototypes for design testing or presentation models
This is a digital product. No physical bench will be shipped. After purchase you will receive the vector files to cut and assemble this parametric bench on your laser cutter, CNC router or other fabrication equipment.






























