Stork: Drawings for Laser Cutting and Welding Polygonal Low Poly Figure from Sheet Metal (crane)

Drawings for assembly of the Stork from metal.

The final size of the model: H115 x W145 x L83 cm.

Sheet size: 230 х 125 cm.

Cutting length: 65 m.

Files included:

• DXF file for laser cutting;
• PDF file showing bend angles;
• PDF welding instruction.

Features:

• Metal sheet 1.5 mm thick;
• Drawing on the front side of the assembled model;
• Small parts for easy operation using a sheet metal bending machine;
• Most of the welds are on the front side.

What to do:

• Cut pieces with laser;
• Engrave fold lines if you wish;
• Assign part numbers with a highlighter;
• Use a sheet bending machine;
• Weld parts;
• Grind welds;
• Design the surface as desired.

Designer: Dmitryi Glazkov. Use of our intellectual property for profit is prohibited. All rights reserved. Please feel free to contact us info@polygonalpaper.com

When we designing low poly sculptures for assembly from metal, we take into account the thickness of the sheet metal (1.5 mm) and k-factor (coefficient of displacement during bending). The inner bend radius is 1.5 mm. We try to do all the welding on the outside so that the assembled model is as accurate as possible. We recommend using laser cutting and bending machine. But some of our customers cut and bend parts by hand - it takes much longer. Drawings are suitable for any style of work. Snake is a perfect park sculpture.

The set of drawings for making the stork contains three types of DXF files to choose from:

1. DXF files with the file name "...-Nesting-..."
contain only cutting lines (without engraving). We made notches and cutouts in the contours of the parts. Notches are used to determine the location of fold lines. Cutouts are used to relieve stress in the corners of the bends.

2. DXF files with the signature "...-NestingLabel-..."
contain the same cutting lines (with notches and cutouts), and elements for engraving — fold lines and part numbers. DOWN fold lines are marked in red; UP fold lines are marked in yellow.

3. A folder with files where the parts are not arranged on a sheet, and each part is saved as a separate DXF file.