You will get Sheet Metal Design Production-Ready: Laser Cutting & Bending (DXF/STEP)
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Project details
🚀 Production-Ready Sheet Metal Design & Engineering
Looking for a Sheet Metal Expert? I specialize in creating manufacturing-ready designs for laser cutting, bending, and welding. My background in the automotive industry ensures your parts are robust, precise, and cost-effective.
✅ WHY HIRE ME?
• Manufacturing Knowledge: I account for bend radii, material thickness, and tolerance stack-ups.
• Optimization: I reduce waste through smart nesting and part splitting.
• Automotive Specialist: Expert in Roof Racks, Carrier Bars, Baskets, and Body Protection Kits.
• Problem Solver: I fix interference issues and optimize designs for easier assembly.
🛠️ SERVICES & DELIVERABLES
• 2D DXF/DWG files ready for Laser/Plasma Cutting
• 3D STEP/IGES models for assembly checks
• 2D Technical Drawings (PDF) with bending dimensions
• Press Brake Tooling optimization (Gussets, Flanges)
• Sheet Metal Enclosures & Brackets
• Weldment Structures & Jig Design
• Flat Pattern Unfolding (K-Factor based)
📂 SOFTWARE EXPERTISE:
• Siemens NX (3D Modeling & Sheet Metal)
• Autodesk AutoCAD
• Adobe Illustrator
Place your order today to get professional engineering support!
Looking for a Sheet Metal Expert? I specialize in creating manufacturing-ready designs for laser cutting, bending, and welding. My background in the automotive industry ensures your parts are robust, precise, and cost-effective.
✅ WHY HIRE ME?
• Manufacturing Knowledge: I account for bend radii, material thickness, and tolerance stack-ups.
• Optimization: I reduce waste through smart nesting and part splitting.
• Automotive Specialist: Expert in Roof Racks, Carrier Bars, Baskets, and Body Protection Kits.
• Problem Solver: I fix interference issues and optimize designs for easier assembly.
🛠️ SERVICES & DELIVERABLES
• 2D DXF/DWG files ready for Laser/Plasma Cutting
• 3D STEP/IGES models for assembly checks
• 2D Technical Drawings (PDF) with bending dimensions
• Press Brake Tooling optimization (Gussets, Flanges)
• Sheet Metal Enclosures & Brackets
• Weldment Structures & Jig Design
• Flat Pattern Unfolding (K-Factor based)
📂 SOFTWARE EXPERTISE:
• Siemens NX (3D Modeling & Sheet Metal)
• Autodesk AutoCAD
• Adobe Illustrator
Place your order today to get professional engineering support!
Materials
MetalDesign Software
AutoCAD, Fusion 360, Inventor, SolidWorks, OtherFile Format
DWG, PDF, STEP, STL, OtherWhat's included
| Service Tiers |
Starter
$25
|
Standard
$100
|
Advanced
$250
|
|---|---|---|---|
| Delivery Time | 1 day | 2 days | 5 days |
Number of Revisions | 1 | Unlimited | Unlimited |
Number of 3D Renders | 0 | 2 | 6 |
Number of Technical Drawings | 1 | 8 | 20 |
Concept Development | - | - | |
3D Model | - | - | |
Source Files |
Optional add-ons
You can add these on the next page.
Nesting Optimization
(+ 1 Day)
+$50Frequently asked questions
13 reviews
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This project doesn't have any reviews.
sp
sripathi p.
Jul 9, 2026
DFM Review for 7-inch Display Enclosure — Injection Moulding + Certification Readiness
Highly professional and dependable. Delivered great work on time and communicated clearly throughout the project. Highly recommended!
sp
sripathi p.
Jun 12, 2026
Need to make dwg files from a step file
professional work, would ove to work again together
PL
Patrick L.
Apr 11, 2026
Mustang Fender Covers
Another fast and accurate project completed. Fantastic work as always.
JJ
Jesse J.
Mar 30, 2026
Expert Metal Stamping Mold Designer Needed
Absolutely great - especailly with a difficult project - he didnt shrink to the challenghe and stayed on budget - I cant recommend him more highly
PL
Patrick L.
Mar 27, 2026
Custom Car Parts Designed From Scans
About Celalettin
3D Design, Product Design, DFM, Mold Design, 3D Printing, Siemens NX
100%
Job Success
Serdivan, Turkey - 9:39 pm local time
I design real products that get manufactured - not just 3D models.
Manufacturing-ready CAD, prototyping, and Design for Manufacturing (DFM)-driven product development for industrial and consumer products.
I’m an Engineer and Industrial Product Designer focused on manufacturing-driven product development.
My background spans automotive, industrial, and consumer products, where I’ve worked as a Product Developer, Designer, and Technical Lead in production-oriented environments.
I don’t approach projects as isolated design tasks.
I approach them as systems that must survive prototyping, manufacturing, assembly, cost pressure, and real-world use.
📐 What You Can Expect Working With Me:
- Clear, structured CAD suitable for iteration and production
- Design decisions informed by manufacturing reality
- Practical communication with engineers, suppliers, and manufacturers
- Honest feasibility feedback (go / no-go when needed)
- Designs meant to be tested, not just rendered
📐 Core Capabilities:
- 3D CAD modeling (Siemens NX)
- 2D technical drawings (AutoCAD Professional)
- CNC, laser cutting, and sheet metal preparation
- Injection molding–ready part design
- Fixture, bracket, and assembly design
- BOM creation and production planning support
- Reverse engineering and scan-based modeling
📐 Injection Mold & Manufacturing Experience
I have hands-on experience designing plastic injection molds and mold-ready parts, including projects for automotive and food-related products.
⚙️ I’m familiar with:
- Injection molding–ready design, Core / cavity logic
- Draft angles & wall thickness optimization
- Parting lines and shut-off surfaces
- Shrinkage and material behavior
- Gate concepts (hot runner, valve gate)
- Collaboration with mold makers and CNC shops
- Design for Assembly (DFA), production validation
- Engineering-driven product development
- Long-term product roadmap support
My focus is always on tool longevity, cycle time, surface quality, and cost efficiency.
📏 Typical Projects I Work On:
- Automotive accessories and aftermarket products
- Mechanically complex plastic or metal parts
- Prototyping-heavy product development
- Production validation before tooling
- Redesigns for cost reduction or manufacturability
- CAD clean-up and production conversion
📌 Primary CAD Tool: Siemens NX, AutoCAD and Geomagic Design X
I work primarily in Siemens NX, which is widely used in high-end automotive and industrial manufacturing.
I can deliver clean, fully editable STEP / STL / Parasolid files, and I regularly convert and work with SolidWorks, Fusion 360, Rhino, SketchUp, and scan-based data.
If you use SolidWorks or another CAD system, this is not a limitation — deliverables are always production-ready and compatible.
📌 If you need more than a modeler—someone who understands how products are actually built and scaled—I can support your project from concept to production readiness.
Steps for completing your project
After purchasing the project, send requirements so Celalettin can start the project.
Delivery time starts when Celalettin receives requirements from you.
Celalettin works on your project following the steps below.
Revisions may occur after the delivery date.
Requirement Analysis
You send sketches, photos, or dimensions. We discuss material type (Steel, Aluminum) and thickness.
Engineering & Modeling
I create the 3D model, applying correct bend radii and K-factors for your specific tooling.