You will get Reverse Engineering STL Data to CAD STEP
Top Rated
Top Rated
Project details
Transform your raw 3D scan data into clean, parametric, and fully manufacturable CAD models. With a strong foundation in mechanical engineering and advanced CAD tools like SolidWorks and Siemens NX, I don't just "trace" your scans; I re-engineer them. I convert messy, noisy STL or point cloud meshes into precise, solid geometry (STEP, IGES, or native files) optimized for CNC machining, injection molding, or 3D printing. Whether you need an exact 1:1 replica of a legacy part or want to reverse-engineer and improve an existing design, I ensure strict adherence to tolerances, proper datum structures, and flawless surface finishes. You will receive professional-grade, manufacturing-ready files that bring your project to life.
Materials
PlasticField of Expertise
Consumer ElectronicsDesign Software
SolidWorksFile Format
DWG, STEP, STLWhat's included
| Service Tiers |
Starter
$100
|
Standard
$200
|
Advanced
$500
|
|---|---|---|---|
| Delivery Time | 1 day | 3 days | 10 days |
Number of Revisions | 2 | 2 | 2 |
Number of 3D Renders | 1 | 1 | 1 |
3D Modeling | |||
Texturing & Lighting | - | - | - |
Animation | - | - | - |
Source Files |
Optional add-ons
You can add these on the next page.
Fast Delivery
+$50 - $100
Additional Revision
+$30Frequently asked questions
56 reviews
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Muhammed was exceptional to work with. We often reviewed design intent via Zoom to streamline communication. Final results were exactly what was needed.
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Muhammed was working on to create a production ready solution for our application. He is precise and fast in the work and creating the solutions with precision.
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About Muhammed Ikbal
Product Designer | Mechanical CAD CAE | Consumer Electronics Hardware
100%
Job Success
Istanbul, Turkey - 11:41 am local time
Welcome! 👋 I am a Top-Rated Electromechanical & Product Design Engineer (100% Job Success). I specialize in taking consumer electronics and complex hardware products from a rough idea on paper ✍️ to a fully functioning, manufacturable reality 🏭.
🗣️ What Clients Worldwide Are Saying:
⭐ "Muhammad delivered an outstanding electronics enclosure design... The design quality is on par with work I've seen from agencies charging five times as much. I will absolutely hire him again." — Oula Fuel (Kuwait) 🇰🇼
⭐ "Outstanding 3D artist: delivered far beyond expectations. Muhammed did an absolutely incredible job for us. He delivered high-quality 3D work in a timeframe that was honestly much shorter than we thought possible, and the final result completely exceeded our expectations. It was not a simple design but a high end car mounted system." — PLDR (Netherlands) 🇳🇱
⭐ "Outstanding mechanical design support. Muhammed iterates rapidly and has a sharp eye for detail, he actually found and corrected flaws in our original base design." — Zigzag Networks (Zurich, Switzerland) 🇨🇭
⭐ "Muhammed is very professional and experienced. He will dive into the details of your project, as if it's his own, to get done what is required." — Tempvault (USA) 🇺🇸
⭐ "Muhammed's work was exceptional. So much so, I immediately commenced another project with him. He is responsive, knowledgeable and curious to find solutions." — Imni (Nigeria) 🇳🇬
Whether you need a custom PCB for a smart wearable ⌚, a complex IP-sealed enclosure for an NFC sensor 📡, or thermal simulations for a food appliance 🌡️, I provide an end-to-end, full-stack hardware solution.
🔧 Core Capabilities & Services:
⚡ Electronics & PCB Design: Schematic capture and custom PCB layout using KiCAD and EasyEDA. I deliver production-ready Gerber files, BOMs, and component sourcing for rapid electronics prototyping.
🏗️ Mechanical & Industrial Design: Advanced CAD modeling, complex organic surface design, and physics-driven engineering to ensure robust, highly functional enclosures.
🔄 Prototyping & Reverse Engineering: 3D scanning of intricate mechanisms, additive manufacturing (3D printing), and iterative testing to validate electromechanical assemblies.
⚙️ Design for Manufacturing (DFM): Developing injection-molding ready parts, snap-fits, CNC fixtures, casting molds, and complete assemblies optimized for mass production.
🌊 CFD & FEA Simulations: Fluid dynamics, thermal distribution, and structural analysis to mathematically validate designs before physical prototyping.
🌟 Why Choose Me?
Unlike generalist designers, I combine a PhD-level understanding of physics 🔬 with practical, factory-floor manufacturing knowledge 👷♂️.
✔️ Full-Stack Product Developer: I bridge the gap between custom electronics and physical enclosures. I ensure your PCB perfectly integrates with its housing, accounting for component access, battery fitment, and mechanical sealing.
✔️ Manufacturing Expert: I don't just draw pretty pictures; I engineer parts that can actually be made. I understand real-world tolerances, draft angles, and material properties perfectly.
✔️ Simulation-Led Design: As a PhD candidate specializing in Computational Fluid Dynamics (CFD), I use deep analysis to optimize airflow, fluid forces, and thermal integrity, saving you money on early-stage tooling.
💻 Industry-Standard Software:
Electronics: KiCAD ⚡, EasyEDA 🔌
Mechanical CAD: Siemens NX (expert in high-end surfacing) 📐, Autodesk Fusion 360 🔄, SolidWorks 🛠️, SpaceClaim 🧊
Simulation: Ansys Fluent 🌪️
🤝 Let’s build something incredible together!
Whether you need precision mechanical engineering, rapid electromechanical prototyping, or ready-to-manufacture files, I am committed to delivering excellence. Send me a message, and let's bring your vision to life! 💡🚀
Steps for completing your project
After purchasing the project, send requirements so Muhammed Ikbal can start the project.
Delivery time starts when Muhammed Ikbal receives requirements from you.
Muhammed Ikbal works on your project following the steps below.
Revisions may occur after the delivery date.
Data Import & Alignment
I import your raw STL/OBJ scan data, clean up any surface noise, and align the mesh to the correct origin and coordinate system.
Parametric Modeling & Surfacing
Using advanced CAD techniques, I build clean, parametric solid bodies and continuous surfaces over the scanned mesh, capturing the true design intent rather than just the scanned flaws.