Muhammad B.

Engineering expert

I reverse engineer parts to parametric CAD with design-for-tooling approach for molds or fabrication image 1

I reverse engineer parts to parametric CAD with design-for-tooling approach for molds or fabrication image 2

I reverse engineer parts to parametric CAD with design-for-tooling approach for molds or fabrication image 3

I reverse engineer parts to parametric CAD with design-for-tooling approach for molds or fabrication image 4

I reverse engineer parts to parametric CAD with design-for-tooling approach for molds or fabrication image 5

I reverse engineer parts to parametric CAD with design-for-tooling approach for molds or fabrication image 6

I reverse engineer parts to parametric CAD with design-for-tooling approach for molds or fabrication image 7

I reverse engineer parts to parametric CAD with design-for-tooling approach for molds or fabrication image 8

I reverse engineer parts to parametric CAD with design-for-tooling approach for molds or fabrication image 9

I reverse engineer parts to parametric CAD with design-for-tooling approach for molds or fabrication image 10

I reverse engineer parts to parametric CAD with design-for-tooling approach for molds or fabrication image 11

I reverse engineer parts to parametric CAD with design-for-tooling approach for molds or fabrication image 12

I reverse engineer parts to parametric CAD with design-for-tooling approach for molds or fabrication slider nav image 1

I reverse engineer parts to parametric CAD with design-for-tooling approach for molds or fabrication slider nav image 2

I reverse engineer parts to parametric CAD with design-for-tooling approach for molds or fabrication slider nav image 3

I reverse engineer parts to parametric CAD with design-for-tooling approach for molds or fabrication slider nav image 4

I reverse engineer parts to parametric CAD with design-for-tooling approach for molds or fabrication slider nav image 5

I reverse engineer parts to parametric CAD with design-for-tooling approach for molds or fabrication slider nav image 6

I reverse engineer parts to parametric CAD with design-for-tooling approach for molds or fabrication slider nav image 7

I reverse engineer parts to parametric CAD with design-for-tooling approach for molds or fabrication slider nav image 8

I reverse engineer parts to parametric CAD with design-for-tooling approach for molds or fabrication slider nav image 9

I reverse engineer parts to parametric CAD with design-for-tooling approach for molds or fabrication slider nav image 10

I reverse engineer parts to parametric CAD with design-for-tooling approach for molds or fabrication slider nav image 11

I reverse engineer parts to parametric CAD with design-for-tooling approach for molds or fabrication slider nav image 12

Request a service

Simple $55

Standard $110

Advanced $330

Basic Reverse Engineering CAD
For clients who need a clean, editable 3D CAD model reconstructed from reference photos, sketches, or scan data. No engineering validation — ideal for visualization, 3D printing, or documentation. Includes: -Reverse engineering from sketch, photo, STL, or measurement data -Accurate parametric 3D modeling -Up to 3 components / 1 assembly -Delivery formats: STEP, IGES, STL, native CAD (SLDPRT/F3D/NX) -1 revision

1 delivery

1 revisions

DED Reverse Engineering CAD
For clients who need functional, manufacturable designs that follow Detailed Engineering Design (DED) standards — with complete geometry control, tolerances, and fitment. Includes: -All features from Basic Package -Engineering intent & constraints -Basic 2D technical drawing (dimensions, sections, BOM) -File formats: STEP, DWG, PDF -Up to 5 components / 1 sub-assembly -2 revisions

3 delivery

2 revisions

DFM Reverse Engineering CAD
For clients aiming at mass production or tooling. I integrate Design for Manufacturing (DFM) principles — ideal for injection molding, die casting, sheet metal, or extrusion processes. Includes: -All features from DED Package -DFM-ready CAD (draft angles, ribs, parting lines, radii, etc.) -Material & thickness optimization -Manufacturing recommendations (mold split, assembly fit, etc.) -3D exploded view or section animation (optional) -Up to 10 components / 2 sub-assemblies -3 revisions

5 delivery

3 revisions

Add-ons:

Additional revisions (each)

$7

Report this service

About this service

provide professional reverse engineering services to convert physical or legacy mechanical parts into accurate parametric 3D CAD models ready for manufacturing.

I apply Detailed Engineering Design (DED) and Design for Manufacturing (DFM) principles across various production methods:

a. Sheet Metal Forming — 3D reconstruction with correct bend allowances, flat patterns, and weld assemblies for stamping or laser cutting.
b. Die Casting & Injection Molding — CAD redesign with proper draft angles, ribs, parting lines, and fillets for tooling preparation.
c. Machining & CNC Fabrication — Parametric modeling with precise tolerances, hole features, and GD&T ready for milling or turning.
d. Extrusion & Structural Components — Recreate or optimize extruded profiles and assemblies for aluminum or polymer fabrication.
e. Any Metal Fabrication.

Deliverables include STEP, IGES, STL, or native CAD formats (SolidWorks, NX, Fusion 360, etc.), along with 2D technical drawings if required.

provide professional reverse engineering services to convert physical or legacy mechanical parts into accurate parametric 3D CAD models ready for manufacturing.

I apply Detailed Engineering Design (DED) and Design for Manufacturing (DFM) principles across various production methods:

a. Sheet Metal Forming — 3D reconstruction with correct bend allowances, flat patterns, and weld assemblies for st... read more

Service offer categories

Reverse Engineering Mechanical CAD Design Design for Manufacturability (DFM Services)

Software & skills

2D & 3D by Solidworks 2D AutoCAD 3D Autodesk Inventor 3d blender Adobe Fusion 360 Autodesk Alias CATIA Rinoceros 3d ZW3D +6 more

This service includes

Service tiers	Simple $55	Standard $110	Advanced $330
Summary	Basic Reverse Engineering CAD	DED Reverse Engineering CAD	DFM Reverse Engineering CAD
Details	For clients who need a clean, editable 3D CAD model reconstructed from reference photos, sketches, or scan data. No engineering validation — ideal for visualization, 3D printing, or documentation. Includes: -Reverse engineering from sketch, photo, STL, or measurement data -Accurate parametric 3D modeling -Up to 3 components / 1 assembly -Delivery formats: STEP, IGES, STL, native CAD (SLDPRT/F3D/NX) -1 revision	For clients who need functional, manufacturable designs that follow Detailed Engineering Design (DED) standards — with complete geometry control, tolerances, and fitment. Includes: -All features from Basic Package -Engineering intent & constraints -Basic 2D technical drawing (dimensions, sections, BOM) -File formats: STEP, DWG, PDF -Up to 5 components / 1 sub-assembly -2 revisions	For clients aiming at mass production or tooling. I integrate Design for Manufacturing (DFM) principles — ideal for injection molding, die casting, sheet metal, or extrusion processes. Includes: -All features from DED Package -DFM-ready CAD (draft angles, ribs, parting lines, radii, etc.) -Material & thickness optimization -Manufacturing recommendations (mold split, assembly fit, etc.) -3D exploded view or section animation (optional) -Up to 10 components / 2 sub-assemblies -3 revisions
Delivery time	1 day	3 days	5 days
Number of revisions	1	2	3

Optional add-ons

2D Drawing ( +1 day)

$20.00

Exploded View Animation ( +2 days)

$40.00

Fast Delivery (24–48 jam) ( +1 day)

$25.00

Class A surfacing ( +1 day)

$52.00

Questions and answers

You can provide clear photos, dimensions, 3D scans, or reference files (STL, OBJ, STEP). The more complete the data, the more accurate the model.

Yes. I apply DFM (Design for Manufacturing) and DED (Detailed Engineering Design) standards — including draft angles, ribs, tolerances, and mold release considerations — so the model can go straight to fabrication or tooling.

Absolutely. I specialize in surfacing for automotive body panels, casings, and aesthetic enclosures following Class A quality standards.

Simple parts: 1–2 days.
Medium assemblies: 3–5 days.
Complex Class-A or multi-body: 7+ days.