Tree Garden Bench DXF SVG Files – Laser Cut Metal Bench Plans

Create a compact decorative outdoor bench with these Tree Garden Bench DXF and SVG files. The design combines a detailed oak tree backrest, matching laser-cut steel side panels, and mounting tabs for two wooden seat boards.

This digital garden bench plan is suitable for CNC laser cutting, plasma cutting, waterjet cutting, and professional metal fabrication. The compact 1000 mm format is ideal for gardens, patios, porches, terraces, and small outdoor spaces.

WHAT IS INCLUDED

• SVG cutting file
• DXF cutting file
• PNG preview
• PDF drawing with dimensions
• Metric and imperial measurements

DESIGN DIMENSIONS

• Overall bench width: 1000 mm / 39.37 in
• Backrest height: 390 mm / 15.35 in
• Backrest inner width: 961 mm / 37.83 in
• Side panel height: 758 mm / 29.84 in
• Side panel depth: 477 mm / 18.78 in
• Number of side panels: 2
• Number of wooden seat boards: 2
• Suggested board size: 1000 × 100 × 32 mm / 39.37 × 3.94 × 1.26 in
• Suggested space between boards: 30 mm / 1.18 in

RECOMMENDED MATERIAL

The metal components are designed for 3–4 mm steel plate.

• Recommended thickness: 4 mm
• Imperial equivalent: approximately 5/32 in
• Alternative thickness: 3 mm / approximately 1/8 in

ASSEMBLY

The rectangular mounting tabs on both side panels are designed to be bent inward to 90 degrees. The wooden seat boards can then be fastened through the prepared mounting holes.

Actual wood and sheet-metal dimensions may vary. Measure your materials and adjust the design for cutting kerf, bend allowance, bend radius, hardware, and manufacturing tolerances before production.

DIGITAL PRODUCT

This listing contains downloadable digital files only. No finished garden bench, steel panels, wooden boards, fasteners, tools, or other physical products will be shipped.

Commercial use of the finished physical products is allowed. Reselling, sharing, distributing, or uploading the original digital files is prohibited.

IMPORTANT SAFETY NOTE

The completed bench must be professionally fabricated and physically tested for stability and load capacity before use. The buyer or fabricator is responsible for selecting suitable materials, hardware, coatings, and assembly methods.