I will do sheet metal design and flat pattern dxf for laser cutting


About this gig
Are you looking for production-ready sheet metal designs and precise flat pattern DXF files that won't fail on the shop floor?
I am a Mechanical Engineer specializing in Sheet Metal Design for Manufacturing (DFM) using SolidWorks. I transform your rough sketches, concepts, or 3D models into accurate, fabrication-ready sheet metal parts and flat patterns optimized for CNC laser cutting and press brake bending.
WHAT I DELIVER:
1:1 Scale Flat Pattern DXF files ready for CNC Laser, Plasma & Waterjet cutting
Precise K-Factor and Bend Deduction calculations to ensure zero assembly errors
Manufacturing 2D Drawings (PDF) with Bending Tables, bend angles & radii
Custom Forming Tools: louvers, embosses, countersinks, and corner gussets
Enclosures, brackets, electrical cabinets, and chassis design
Native SolidWorks (SLDPRT, SLDASM) & neutral 3D STEP files
WHY AN ENGINEERING APPROACH MATTERS:
General 3D modelers ignore bending physics, causing torn corners and deformed holes. I engineer every part with proper bend reliefs, hole-to-bend spacing, and tooling clearancessaving you costly scrapped metal.
Please message me with your project details before placing an order!
Delivery style preference
Please inform the freelancer of any preferences or concerns regarding the use of AI tools in the completion and/or delivery of your order.
Get to know Fahmi Islami
Mechanical Design Engineer, 3D CAD, SolidWorks, FEA and 2D Drafting
- FromIndonesia
- Member sinceJan 2024
- Avg. response time1 hour
Languages
Indonesian, English
My Portfolio
Other Industrial & Product Design Services I Offer
FAQ
What file formats will I receive for laser cutting and manufacturing?
You will receive 1:1 scale DXF files (for CNC laser, plasma, or waterjet cutting), 2D manufacturing drawings in PDF with bend tables, and 3D CAD models in STEP and native SolidWorks formats.
How do you ensure the flat pattern dimensions are accurate after bending?
I calculate bend allowances using industry-standard K-factors (e.g., 0.44 for mild steel air bending) matched to your material type and thickness, ensuring your parts fit perfectly during assembly.
What information do you need to get started?
Please share a hand sketch with dimensions, reference photos, existing 2D/3D files, and specify your material type (mild steel, aluminum, stainless) and sheet thickness.

