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3D Modelling 3D Rendering CAD/CAM Product Design Solidworks
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Ahmed

@ahmedaseliman

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5.0
58

6.8

6.8

100%

✅ Mechanical Eng. | Product Design | 3D-CAD | R&D

$25 USD / Hour

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Flag of EGYPT

Egypt (7:58 PM)

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Joined on February 8, 2023

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4 Recommendations

$25 USD / Hour

・

Greetings! I'm Ahmed, a highly skilled Product Designer and 3D Modeling Expert, specializing in CAD-driven design, reverse engineering, injection mold development, and additive manufacturing. With a strong foundation in CNC machining, 3D printing, and product development, I transform innovative concepts into high-precision, manufacturable designs that meet industry standards and exceed expectations. Core Expertise: ✅ CAD/CAM Proficiency (SolidWorks, AutoCAD, and Fusion 360) for: - 3D Modeling & Assembly (complex geometries, surfacing, sheet metal) - Technical Drafting & GD&T Compliance - Injection Mold Design & Optimization - CNC Programming & Machining ✅ 3D Printing & Prototyping - High-detail 3D models optimized for printability - Problem-solving for print failures & material selection - I have a workshop specializing in all 3D printing work, for rapid prototyping ✅ End-to-End Product Development - From concept to production-ready designs -Reverse engineering & DFM (Design for Manufacturing) Why Work With Me? ✔ Manufacturing-Focused Designs – Ensuring seamless transition from digital models to physical products. ✔ Problem-Solving Approach – Tackling design challenges with innovative, cost-effective solutions. ✔ Fast & Reliable Execution – Delivering high-quality results on time, every time. Let’s bring your vision to life with cutting-edge design and engineering precision! ?

Verifications

On time

93%

On budget

100%

Accept rate

100%

Repeat hire rate

14%

Freelancer 3D Modellers Egypt
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Portfolio

Portfolio

14003157
Comprehensive product design and 3D CAD modeling covered everything from detailed internal component packaging, shown through exploded assembly views, to structural design. The enclosures and frames were created with a strong emphasis on design for manufacturing, using sheet metal fabrication for metal parts and both 3D printing and injection molding for plastic components.

3D Modeling/ Product design

Comprehensive product design and 3D CAD modeling covered everything from detailed internal component packaging, shown through exploded assembly views, to structural design. The enclosures and frames were created with a strong emphasis on design for manufacturing, using sheet metal fabrication for metal parts and both 3D printing and injection molding for plastic components.

3D Modeling/ Product design

Comprehensive product design and 3D CAD modeling covered everything from detailed internal component packaging, shown through exploded assembly views, to structural design. The enclosures and frames were created with a strong emphasis on design for manufacturing, using sheet metal fabrication for metal parts and both 3D printing and injection molding for plastic components.

3D Modeling/ Product design

Comprehensive product design and 3D CAD modeling covered everything from detailed internal component packaging, shown through exploded assembly views, to structural design. The enclosures and frames were created with a strong emphasis on design for manufacturing, using sheet metal fabrication for metal parts and both 3D printing and injection molding for plastic components.

3D Modeling/ Product design

Comprehensive product design and 3D CAD modeling covered everything from detailed internal component packaging, shown through exploded assembly views, to structural design. The enclosures and frames were created with a strong emphasis on design for manufacturing, using sheet metal fabrication for metal parts and both 3D printing and injection molding for plastic components.

3D Modeling/ Product design

Comprehensive product design and 3D CAD modeling covered everything from detailed internal component packaging, shown through exploded assembly views, to structural design. The enclosures and frames were created with a strong emphasis on design for manufacturing, using sheet metal fabrication for metal parts and both 3D printing and injection molding for plastic components.

3D Modeling/ Product design

Comprehensive product design and 3D CAD modeling covered everything from detailed internal component packaging, shown through exploded assembly views, to structural design. The enclosures and frames were created with a strong emphasis on design for manufacturing, using sheet metal fabrication for metal parts and both 3D printing and injection molding for plastic components.

3D Modeling/ Product design

Comprehensive product design and 3D CAD modeling covered everything from detailed internal component packaging, shown through exploded assembly views, to structural design. The enclosures and frames were created with a strong emphasis on design for manufacturing, using sheet metal fabrication for metal parts and both 3D printing and injection molding for plastic components.

3D Modeling/ Product design

Comprehensive product design and 3D CAD modeling covered everything from detailed internal component packaging, shown through exploded assembly views, to structural design. The enclosures and frames were created with a strong emphasis on design for manufacturing, using sheet metal fabrication for metal parts and both 3D printing and injection molding for plastic components.

3D Modeling/ Product design

Comprehensive product design and 3D CAD modeling covered everything from detailed internal component packaging, shown through exploded assembly views, to structural design. The enclosures and frames were created with a strong emphasis on design for manufacturing, using sheet metal fabrication for metal parts and both 3D printing and injection molding for plastic components.

3D Modeling/ Product design

12005372
Welcome to my 3D Printing Portfolio, the intersection of innovation and precision. This collection features a range of components, each carefully created with 3D printing technology. Every model is monitored from the initial design to the final print, guaranteeing quality and overcoming any challenges encountered during printing.

3D Printing | Prototyping | CAD

Welcome to my 3D Printing Portfolio, the intersection of innovation and precision. This collection features a range of components, each carefully created with 3D printing technology. Every model is monitored from the initial design to the final print, guaranteeing quality and overcoming any challenges encountered during printing.

3D Printing | Prototyping | CAD

Welcome to my 3D Printing Portfolio, the intersection of innovation and precision. This collection features a range of components, each carefully created with 3D printing technology. Every model is monitored from the initial design to the final print, guaranteeing quality and overcoming any challenges encountered during printing.

3D Printing | Prototyping | CAD

Welcome to my 3D Printing Portfolio, the intersection of innovation and precision. This collection features a range of components, each carefully created with 3D printing technology. Every model is monitored from the initial design to the final print, guaranteeing quality and overcoming any challenges encountered during printing.

3D Printing | Prototyping | CAD

Welcome to my 3D Printing Portfolio, the intersection of innovation and precision. This collection features a range of components, each carefully created with 3D printing technology. Every model is monitored from the initial design to the final print, guaranteeing quality and overcoming any challenges encountered during printing.

3D Printing | Prototyping | CAD

Welcome to my 3D Printing Portfolio, the intersection of innovation and precision. This collection features a range of components, each carefully created with 3D printing technology. Every model is monitored from the initial design to the final print, guaranteeing quality and overcoming any challenges encountered during printing.

3D Printing | Prototyping | CAD

Welcome to my 3D Printing Portfolio, the intersection of innovation and precision. This collection features a range of components, each carefully created with 3D printing technology. Every model is monitored from the initial design to the final print, guaranteeing quality and overcoming any challenges encountered during printing.

3D Printing | Prototyping | CAD

Welcome to my 3D Printing Portfolio, the intersection of innovation and precision. This collection features a range of components, each carefully created with 3D printing technology. Every model is monitored from the initial design to the final print, guaranteeing quality and overcoming any challenges encountered during printing.

3D Printing | Prototyping | CAD

Welcome to my 3D Printing Portfolio, the intersection of innovation and precision. This collection features a range of components, each carefully created with 3D printing technology. Every model is monitored from the initial design to the final print, guaranteeing quality and overcoming any challenges encountered during printing.

3D Printing | Prototyping | CAD

13111874
A sample of some of my work for clients involves electronic component Enclosure that can be customized based on components. They can be either 3D printed or manufactured using injection molds.

Electronics Enclosure Design

A sample of some of my work for clients involves electronic component Enclosure that can be customized based on components. They can be either 3D printed or manufactured using injection molds.

Electronics Enclosure Design

A sample of some of my work for clients involves electronic component Enclosure that can be customized based on components. They can be either 3D printed or manufactured using injection molds.

Electronics Enclosure Design

A sample of some of my work for clients involves electronic component Enclosure that can be customized based on components. They can be either 3D printed or manufactured using injection molds.

Electronics Enclosure Design

A sample of some of my work for clients involves electronic component Enclosure that can be customized based on components. They can be either 3D printed or manufactured using injection molds.

Electronics Enclosure Design

A sample of some of my work for clients involves electronic component Enclosure that can be customized based on components. They can be either 3D printed or manufactured using injection molds.

Electronics Enclosure Design

A sample of some of my work for clients involves electronic component Enclosure that can be customized based on components. They can be either 3D printed or manufactured using injection molds.

Electronics Enclosure Design

A sample of some of my work for clients involves electronic component Enclosure that can be customized based on components. They can be either 3D printed or manufactured using injection molds.

Electronics Enclosure Design

A sample of some of my work for clients involves electronic component Enclosure that can be customized based on components. They can be either 3D printed or manufactured using injection molds.

Electronics Enclosure Design

A sample of some of my work for clients involves electronic component Enclosure that can be customized based on components. They can be either 3D printed or manufactured using injection molds.

Electronics Enclosure Design

A sample of some of my work for clients involves electronic component Enclosure that can be customized based on components. They can be either 3D printed or manufactured using injection molds.

Electronics Enclosure Design

A sample of some of my work for clients involves electronic component Enclosure that can be customized based on components. They can be either 3D printed or manufactured using injection molds.

Electronics Enclosure Design

13816541
I provide end-to-end sheet metal design and fabrication support, ensuring accuracy, efficiency, and production readiness. My expertise includes: -Shop Drawings: Creating detailed 2D and 3D drawings with clearly marked bends, folds, and tolerances. -DXF Conversion: Preparing precise DXF files optimized for CNC machining, punching, and laser cutting. -Laser Cutting Preparation (Nesting): Generating production-ready files that minimize material waste and ensure clean cuts. -Assembly Drawings & BOMs: Delivering clear documentation for multi-part assemblies, including bills of materials. -CAD/CAM Integration: Using industry-standard software to streamline the transition from design to manufacturing. With a strong focus on precision and manufacturability, I help clients move seamlessly from concept to finished product.

Sheet Metal (Advanced)

I provide end-to-end sheet metal design and fabrication support, ensuring accuracy, efficiency, and production readiness. My expertise includes: -Shop Drawings: Creating detailed 2D and 3D drawings with clearly marked bends, folds, and tolerances. -DXF Conversion: Preparing precise DXF files optimized for CNC machining, punching, and laser cutting. -Laser Cutting Preparation (Nesting): Generating production-ready files that minimize material waste and ensure clean cuts. -Assembly Drawings & BOMs: Delivering clear documentation for multi-part assemblies, including bills of materials. -CAD/CAM Integration: Using industry-standard software to streamline the transition from design to manufacturing. With a strong focus on precision and manufacturability, I help clients move seamlessly from concept to finished product.

Sheet Metal (Advanced)

I provide end-to-end sheet metal design and fabrication support, ensuring accuracy, efficiency, and production readiness. My expertise includes: -Shop Drawings: Creating detailed 2D and 3D drawings with clearly marked bends, folds, and tolerances. -DXF Conversion: Preparing precise DXF files optimized for CNC machining, punching, and laser cutting. -Laser Cutting Preparation (Nesting): Generating production-ready files that minimize material waste and ensure clean cuts. -Assembly Drawings & BOMs: Delivering clear documentation for multi-part assemblies, including bills of materials. -CAD/CAM Integration: Using industry-standard software to streamline the transition from design to manufacturing. With a strong focus on precision and manufacturability, I help clients move seamlessly from concept to finished product.

Sheet Metal (Advanced)

I provide end-to-end sheet metal design and fabrication support, ensuring accuracy, efficiency, and production readiness. My expertise includes: -Shop Drawings: Creating detailed 2D and 3D drawings with clearly marked bends, folds, and tolerances. -DXF Conversion: Preparing precise DXF files optimized for CNC machining, punching, and laser cutting. -Laser Cutting Preparation (Nesting): Generating production-ready files that minimize material waste and ensure clean cuts. -Assembly Drawings & BOMs: Delivering clear documentation for multi-part assemblies, including bills of materials. -CAD/CAM Integration: Using industry-standard software to streamline the transition from design to manufacturing. With a strong focus on precision and manufacturability, I help clients move seamlessly from concept to finished product.

Sheet Metal (Advanced)

I provide end-to-end sheet metal design and fabrication support, ensuring accuracy, efficiency, and production readiness. My expertise includes: -Shop Drawings: Creating detailed 2D and 3D drawings with clearly marked bends, folds, and tolerances. -DXF Conversion: Preparing precise DXF files optimized for CNC machining, punching, and laser cutting. -Laser Cutting Preparation (Nesting): Generating production-ready files that minimize material waste and ensure clean cuts. -Assembly Drawings & BOMs: Delivering clear documentation for multi-part assemblies, including bills of materials. -CAD/CAM Integration: Using industry-standard software to streamline the transition from design to manufacturing. With a strong focus on precision and manufacturability, I help clients move seamlessly from concept to finished product.

Sheet Metal (Advanced)

I provide end-to-end sheet metal design and fabrication support, ensuring accuracy, efficiency, and production readiness. My expertise includes: -Shop Drawings: Creating detailed 2D and 3D drawings with clearly marked bends, folds, and tolerances. -DXF Conversion: Preparing precise DXF files optimized for CNC machining, punching, and laser cutting. -Laser Cutting Preparation (Nesting): Generating production-ready files that minimize material waste and ensure clean cuts. -Assembly Drawings & BOMs: Delivering clear documentation for multi-part assemblies, including bills of materials. -CAD/CAM Integration: Using industry-standard software to streamline the transition from design to manufacturing. With a strong focus on precision and manufacturability, I help clients move seamlessly from concept to finished product.

Sheet Metal (Advanced)

I provide end-to-end sheet metal design and fabrication support, ensuring accuracy, efficiency, and production readiness. My expertise includes: -Shop Drawings: Creating detailed 2D and 3D drawings with clearly marked bends, folds, and tolerances. -DXF Conversion: Preparing precise DXF files optimized for CNC machining, punching, and laser cutting. -Laser Cutting Preparation (Nesting): Generating production-ready files that minimize material waste and ensure clean cuts. -Assembly Drawings & BOMs: Delivering clear documentation for multi-part assemblies, including bills of materials. -CAD/CAM Integration: Using industry-standard software to streamline the transition from design to manufacturing. With a strong focus on precision and manufacturability, I help clients move seamlessly from concept to finished product.

Sheet Metal (Advanced)

I provide end-to-end sheet metal design and fabrication support, ensuring accuracy, efficiency, and production readiness. My expertise includes: -Shop Drawings: Creating detailed 2D and 3D drawings with clearly marked bends, folds, and tolerances. -DXF Conversion: Preparing precise DXF files optimized for CNC machining, punching, and laser cutting. -Laser Cutting Preparation (Nesting): Generating production-ready files that minimize material waste and ensure clean cuts. -Assembly Drawings & BOMs: Delivering clear documentation for multi-part assemblies, including bills of materials. -CAD/CAM Integration: Using industry-standard software to streamline the transition from design to manufacturing. With a strong focus on precision and manufacturability, I help clients move seamlessly from concept to finished product.

Sheet Metal (Advanced)

I provide end-to-end sheet metal design and fabrication support, ensuring accuracy, efficiency, and production readiness. My expertise includes: -Shop Drawings: Creating detailed 2D and 3D drawings with clearly marked bends, folds, and tolerances. -DXF Conversion: Preparing precise DXF files optimized for CNC machining, punching, and laser cutting. -Laser Cutting Preparation (Nesting): Generating production-ready files that minimize material waste and ensure clean cuts. -Assembly Drawings & BOMs: Delivering clear documentation for multi-part assemblies, including bills of materials. -CAD/CAM Integration: Using industry-standard software to streamline the transition from design to manufacturing. With a strong focus on precision and manufacturability, I help clients move seamlessly from concept to finished product.

Sheet Metal (Advanced)

I provide end-to-end sheet metal design and fabrication support, ensuring accuracy, efficiency, and production readiness. My expertise includes: -Shop Drawings: Creating detailed 2D and 3D drawings with clearly marked bends, folds, and tolerances. -DXF Conversion: Preparing precise DXF files optimized for CNC machining, punching, and laser cutting. -Laser Cutting Preparation (Nesting): Generating production-ready files that minimize material waste and ensure clean cuts. -Assembly Drawings & BOMs: Delivering clear documentation for multi-part assemblies, including bills of materials. -CAD/CAM Integration: Using industry-standard software to streamline the transition from design to manufacturing. With a strong focus on precision and manufacturability, I help clients move seamlessly from concept to finished product.

Sheet Metal (Advanced)

I provide end-to-end sheet metal design and fabrication support, ensuring accuracy, efficiency, and production readiness. My expertise includes: -Shop Drawings: Creating detailed 2D and 3D drawings with clearly marked bends, folds, and tolerances. -DXF Conversion: Preparing precise DXF files optimized for CNC machining, punching, and laser cutting. -Laser Cutting Preparation (Nesting): Generating production-ready files that minimize material waste and ensure clean cuts. -Assembly Drawings & BOMs: Delivering clear documentation for multi-part assemblies, including bills of materials. -CAD/CAM Integration: Using industry-standard software to streamline the transition from design to manufacturing. With a strong focus on precision and manufacturability, I help clients move seamlessly from concept to finished product.

Sheet Metal (Advanced)

I provide end-to-end sheet metal design and fabrication support, ensuring accuracy, efficiency, and production readiness. My expertise includes: -Shop Drawings: Creating detailed 2D and 3D drawings with clearly marked bends, folds, and tolerances. -DXF Conversion: Preparing precise DXF files optimized for CNC machining, punching, and laser cutting. -Laser Cutting Preparation (Nesting): Generating production-ready files that minimize material waste and ensure clean cuts. -Assembly Drawings & BOMs: Delivering clear documentation for multi-part assemblies, including bills of materials. -CAD/CAM Integration: Using industry-standard software to streamline the transition from design to manufacturing. With a strong focus on precision and manufacturability, I help clients move seamlessly from concept to finished product.

Sheet Metal (Advanced)

11772647
Sheet metal work includes designing shop drawings for marked bends, converting them into DXF files, and getting them ready for laser cutting.

Sheet metal work

Sheet metal work includes designing shop drawings for marked bends, converting them into DXF files, and getting them ready for laser cutting.

Sheet metal work

Sheet metal work includes designing shop drawings for marked bends, converting them into DXF files, and getting them ready for laser cutting.

Sheet metal work

Sheet metal work includes designing shop drawings for marked bends, converting them into DXF files, and getting them ready for laser cutting.

Sheet metal work

Sheet metal work includes designing shop drawings for marked bends, converting them into DXF files, and getting them ready for laser cutting.

Sheet metal work

Sheet metal work includes designing shop drawings for marked bends, converting them into DXF files, and getting them ready for laser cutting.

Sheet metal work

Sheet metal work includes designing shop drawings for marked bends, converting them into DXF files, and getting them ready for laser cutting.

Sheet metal work

Sheet metal work includes designing shop drawings for marked bends, converting them into DXF files, and getting them ready for laser cutting.

Sheet metal work

Sheet metal work includes designing shop drawings for marked bends, converting them into DXF files, and getting them ready for laser cutting.

Sheet metal work

Sheet metal work includes designing shop drawings for marked bends, converting them into DXF files, and getting them ready for laser cutting.

Sheet metal work

Sheet metal work includes designing shop drawings for marked bends, converting them into DXF files, and getting them ready for laser cutting.

Sheet metal work

Sheet metal work includes designing shop drawings for marked bends, converting them into DXF files, and getting them ready for laser cutting.

Sheet metal work

13282533
Some of my work in the field of structural steel involves completing the CAD design process, followed by creating shop drawings for fabrication, generating the BOM, conducting load and stress analysis, and preparing disassembly and assembly plans.

Steel Structure

Some of my work in the field of structural steel involves completing the CAD design process, followed by creating shop drawings for fabrication, generating the BOM, conducting load and stress analysis, and preparing disassembly and assembly plans.

Steel Structure

Some of my work in the field of structural steel involves completing the CAD design process, followed by creating shop drawings for fabrication, generating the BOM, conducting load and stress analysis, and preparing disassembly and assembly plans.

Steel Structure

Some of my work in the field of structural steel involves completing the CAD design process, followed by creating shop drawings for fabrication, generating the BOM, conducting load and stress analysis, and preparing disassembly and assembly plans.

Steel Structure

Some of my work in the field of structural steel involves completing the CAD design process, followed by creating shop drawings for fabrication, generating the BOM, conducting load and stress analysis, and preparing disassembly and assembly plans.

Steel Structure

Some of my work in the field of structural steel involves completing the CAD design process, followed by creating shop drawings for fabrication, generating the BOM, conducting load and stress analysis, and preparing disassembly and assembly plans.

Steel Structure

Some of my work in the field of structural steel involves completing the CAD design process, followed by creating shop drawings for fabrication, generating the BOM, conducting load and stress analysis, and preparing disassembly and assembly plans.

Steel Structure

Some of my work in the field of structural steel involves completing the CAD design process, followed by creating shop drawings for fabrication, generating the BOM, conducting load and stress analysis, and preparing disassembly and assembly plans.

Steel Structure

Some of my work in the field of structural steel involves completing the CAD design process, followed by creating shop drawings for fabrication, generating the BOM, conducting load and stress analysis, and preparing disassembly and assembly plans.

Steel Structure

Some of my work in the field of structural steel involves completing the CAD design process, followed by creating shop drawings for fabrication, generating the BOM, conducting load and stress analysis, and preparing disassembly and assembly plans.

Steel Structure

Some of my work in the field of structural steel involves completing the CAD design process, followed by creating shop drawings for fabrication, generating the BOM, conducting load and stress analysis, and preparing disassembly and assembly plans.

Steel Structure

Some of my work in the field of structural steel involves completing the CAD design process, followed by creating shop drawings for fabrication, generating the BOM, conducting load and stress analysis, and preparing disassembly and assembly plans.

Steel Structure

14003157
Comprehensive product design and 3D CAD modeling covered everything from detailed internal component packaging, shown through exploded assembly views, to structural design. The enclosures and frames were created with a strong emphasis on design for manufacturing, using sheet metal fabrication for metal parts and both 3D printing and injection molding for plastic components.

3D Modeling/ Product design

Comprehensive product design and 3D CAD modeling covered everything from detailed internal component packaging, shown through exploded assembly views, to structural design. The enclosures and frames were created with a strong emphasis on design for manufacturing, using sheet metal fabrication for metal parts and both 3D printing and injection molding for plastic components.

3D Modeling/ Product design

Comprehensive product design and 3D CAD modeling covered everything from detailed internal component packaging, shown through exploded assembly views, to structural design. The enclosures and frames were created with a strong emphasis on design for manufacturing, using sheet metal fabrication for metal parts and both 3D printing and injection molding for plastic components.

3D Modeling/ Product design

Comprehensive product design and 3D CAD modeling covered everything from detailed internal component packaging, shown through exploded assembly views, to structural design. The enclosures and frames were created with a strong emphasis on design for manufacturing, using sheet metal fabrication for metal parts and both 3D printing and injection molding for plastic components.

3D Modeling/ Product design

Comprehensive product design and 3D CAD modeling covered everything from detailed internal component packaging, shown through exploded assembly views, to structural design. The enclosures and frames were created with a strong emphasis on design for manufacturing, using sheet metal fabrication for metal parts and both 3D printing and injection molding for plastic components.

3D Modeling/ Product design

Comprehensive product design and 3D CAD modeling covered everything from detailed internal component packaging, shown through exploded assembly views, to structural design. The enclosures and frames were created with a strong emphasis on design for manufacturing, using sheet metal fabrication for metal parts and both 3D printing and injection molding for plastic components.

3D Modeling/ Product design

Comprehensive product design and 3D CAD modeling covered everything from detailed internal component packaging, shown through exploded assembly views, to structural design. The enclosures and frames were created with a strong emphasis on design for manufacturing, using sheet metal fabrication for metal parts and both 3D printing and injection molding for plastic components.

3D Modeling/ Product design

Comprehensive product design and 3D CAD modeling covered everything from detailed internal component packaging, shown through exploded assembly views, to structural design. The enclosures and frames were created with a strong emphasis on design for manufacturing, using sheet metal fabrication for metal parts and both 3D printing and injection molding for plastic components.

3D Modeling/ Product design

Comprehensive product design and 3D CAD modeling covered everything from detailed internal component packaging, shown through exploded assembly views, to structural design. The enclosures and frames were created with a strong emphasis on design for manufacturing, using sheet metal fabrication for metal parts and both 3D printing and injection molding for plastic components.

3D Modeling/ Product design

Comprehensive product design and 3D CAD modeling covered everything from detailed internal component packaging, shown through exploded assembly views, to structural design. The enclosures and frames were created with a strong emphasis on design for manufacturing, using sheet metal fabrication for metal parts and both 3D printing and injection molding for plastic components.

3D Modeling/ Product design

12005372
Welcome to my 3D Printing Portfolio, the intersection of innovation and precision. This collection features a range of components, each carefully created with 3D printing technology. Every model is monitored from the initial design to the final print, guaranteeing quality and overcoming any challenges encountered during printing.

3D Printing | Prototyping | CAD

Welcome to my 3D Printing Portfolio, the intersection of innovation and precision. This collection features a range of components, each carefully created with 3D printing technology. Every model is monitored from the initial design to the final print, guaranteeing quality and overcoming any challenges encountered during printing.

3D Printing | Prototyping | CAD

Welcome to my 3D Printing Portfolio, the intersection of innovation and precision. This collection features a range of components, each carefully created with 3D printing technology. Every model is monitored from the initial design to the final print, guaranteeing quality and overcoming any challenges encountered during printing.

3D Printing | Prototyping | CAD

Welcome to my 3D Printing Portfolio, the intersection of innovation and precision. This collection features a range of components, each carefully created with 3D printing technology. Every model is monitored from the initial design to the final print, guaranteeing quality and overcoming any challenges encountered during printing.

3D Printing | Prototyping | CAD

Welcome to my 3D Printing Portfolio, the intersection of innovation and precision. This collection features a range of components, each carefully created with 3D printing technology. Every model is monitored from the initial design to the final print, guaranteeing quality and overcoming any challenges encountered during printing.

3D Printing | Prototyping | CAD

Welcome to my 3D Printing Portfolio, the intersection of innovation and precision. This collection features a range of components, each carefully created with 3D printing technology. Every model is monitored from the initial design to the final print, guaranteeing quality and overcoming any challenges encountered during printing.

3D Printing | Prototyping | CAD

Welcome to my 3D Printing Portfolio, the intersection of innovation and precision. This collection features a range of components, each carefully created with 3D printing technology. Every model is monitored from the initial design to the final print, guaranteeing quality and overcoming any challenges encountered during printing.

3D Printing | Prototyping | CAD

Welcome to my 3D Printing Portfolio, the intersection of innovation and precision. This collection features a range of components, each carefully created with 3D printing technology. Every model is monitored from the initial design to the final print, guaranteeing quality and overcoming any challenges encountered during printing.

3D Printing | Prototyping | CAD

Welcome to my 3D Printing Portfolio, the intersection of innovation and precision. This collection features a range of components, each carefully created with 3D printing technology. Every model is monitored from the initial design to the final print, guaranteeing quality and overcoming any challenges encountered during printing.

3D Printing | Prototyping | CAD

13111874
A sample of some of my work for clients involves electronic component Enclosure that can be customized based on components. They can be either 3D printed or manufactured using injection molds.

Electronics Enclosure Design

A sample of some of my work for clients involves electronic component Enclosure that can be customized based on components. They can be either 3D printed or manufactured using injection molds.

Electronics Enclosure Design

A sample of some of my work for clients involves electronic component Enclosure that can be customized based on components. They can be either 3D printed or manufactured using injection molds.

Electronics Enclosure Design

A sample of some of my work for clients involves electronic component Enclosure that can be customized based on components. They can be either 3D printed or manufactured using injection molds.

Electronics Enclosure Design

A sample of some of my work for clients involves electronic component Enclosure that can be customized based on components. They can be either 3D printed or manufactured using injection molds.

Electronics Enclosure Design

A sample of some of my work for clients involves electronic component Enclosure that can be customized based on components. They can be either 3D printed or manufactured using injection molds.

Electronics Enclosure Design

A sample of some of my work for clients involves electronic component Enclosure that can be customized based on components. They can be either 3D printed or manufactured using injection molds.

Electronics Enclosure Design

A sample of some of my work for clients involves electronic component Enclosure that can be customized based on components. They can be either 3D printed or manufactured using injection molds.

Electronics Enclosure Design

A sample of some of my work for clients involves electronic component Enclosure that can be customized based on components. They can be either 3D printed or manufactured using injection molds.

Electronics Enclosure Design

A sample of some of my work for clients involves electronic component Enclosure that can be customized based on components. They can be either 3D printed or manufactured using injection molds.

Electronics Enclosure Design

A sample of some of my work for clients involves electronic component Enclosure that can be customized based on components. They can be either 3D printed or manufactured using injection molds.

Electronics Enclosure Design

A sample of some of my work for clients involves electronic component Enclosure that can be customized based on components. They can be either 3D printed or manufactured using injection molds.

Electronics Enclosure Design

13816541
I provide end-to-end sheet metal design and fabrication support, ensuring accuracy, efficiency, and production readiness. My expertise includes: -Shop Drawings: Creating detailed 2D and 3D drawings with clearly marked bends, folds, and tolerances. -DXF Conversion: Preparing precise DXF files optimized for CNC machining, punching, and laser cutting. -Laser Cutting Preparation (Nesting): Generating production-ready files that minimize material waste and ensure clean cuts. -Assembly Drawings & BOMs: Delivering clear documentation for multi-part assemblies, including bills of materials. -CAD/CAM Integration: Using industry-standard software to streamline the transition from design to manufacturing. With a strong focus on precision and manufacturability, I help clients move seamlessly from concept to finished product.

Sheet Metal (Advanced)

I provide end-to-end sheet metal design and fabrication support, ensuring accuracy, efficiency, and production readiness. My expertise includes: -Shop Drawings: Creating detailed 2D and 3D drawings with clearly marked bends, folds, and tolerances. -DXF Conversion: Preparing precise DXF files optimized for CNC machining, punching, and laser cutting. -Laser Cutting Preparation (Nesting): Generating production-ready files that minimize material waste and ensure clean cuts. -Assembly Drawings & BOMs: Delivering clear documentation for multi-part assemblies, including bills of materials. -CAD/CAM Integration: Using industry-standard software to streamline the transition from design to manufacturing. With a strong focus on precision and manufacturability, I help clients move seamlessly from concept to finished product.

Sheet Metal (Advanced)

I provide end-to-end sheet metal design and fabrication support, ensuring accuracy, efficiency, and production readiness. My expertise includes: -Shop Drawings: Creating detailed 2D and 3D drawings with clearly marked bends, folds, and tolerances. -DXF Conversion: Preparing precise DXF files optimized for CNC machining, punching, and laser cutting. -Laser Cutting Preparation (Nesting): Generating production-ready files that minimize material waste and ensure clean cuts. -Assembly Drawings & BOMs: Delivering clear documentation for multi-part assemblies, including bills of materials. -CAD/CAM Integration: Using industry-standard software to streamline the transition from design to manufacturing. With a strong focus on precision and manufacturability, I help clients move seamlessly from concept to finished product.

Sheet Metal (Advanced)

I provide end-to-end sheet metal design and fabrication support, ensuring accuracy, efficiency, and production readiness. My expertise includes: -Shop Drawings: Creating detailed 2D and 3D drawings with clearly marked bends, folds, and tolerances. -DXF Conversion: Preparing precise DXF files optimized for CNC machining, punching, and laser cutting. -Laser Cutting Preparation (Nesting): Generating production-ready files that minimize material waste and ensure clean cuts. -Assembly Drawings & BOMs: Delivering clear documentation for multi-part assemblies, including bills of materials. -CAD/CAM Integration: Using industry-standard software to streamline the transition from design to manufacturing. With a strong focus on precision and manufacturability, I help clients move seamlessly from concept to finished product.

Sheet Metal (Advanced)

I provide end-to-end sheet metal design and fabrication support, ensuring accuracy, efficiency, and production readiness. My expertise includes: -Shop Drawings: Creating detailed 2D and 3D drawings with clearly marked bends, folds, and tolerances. -DXF Conversion: Preparing precise DXF files optimized for CNC machining, punching, and laser cutting. -Laser Cutting Preparation (Nesting): Generating production-ready files that minimize material waste and ensure clean cuts. -Assembly Drawings & BOMs: Delivering clear documentation for multi-part assemblies, including bills of materials. -CAD/CAM Integration: Using industry-standard software to streamline the transition from design to manufacturing. With a strong focus on precision and manufacturability, I help clients move seamlessly from concept to finished product.

Sheet Metal (Advanced)

I provide end-to-end sheet metal design and fabrication support, ensuring accuracy, efficiency, and production readiness. My expertise includes: -Shop Drawings: Creating detailed 2D and 3D drawings with clearly marked bends, folds, and tolerances. -DXF Conversion: Preparing precise DXF files optimized for CNC machining, punching, and laser cutting. -Laser Cutting Preparation (Nesting): Generating production-ready files that minimize material waste and ensure clean cuts. -Assembly Drawings & BOMs: Delivering clear documentation for multi-part assemblies, including bills of materials. -CAD/CAM Integration: Using industry-standard software to streamline the transition from design to manufacturing. With a strong focus on precision and manufacturability, I help clients move seamlessly from concept to finished product.

Sheet Metal (Advanced)

I provide end-to-end sheet metal design and fabrication support, ensuring accuracy, efficiency, and production readiness. My expertise includes: -Shop Drawings: Creating detailed 2D and 3D drawings with clearly marked bends, folds, and tolerances. -DXF Conversion: Preparing precise DXF files optimized for CNC machining, punching, and laser cutting. -Laser Cutting Preparation (Nesting): Generating production-ready files that minimize material waste and ensure clean cuts. -Assembly Drawings & BOMs: Delivering clear documentation for multi-part assemblies, including bills of materials. -CAD/CAM Integration: Using industry-standard software to streamline the transition from design to manufacturing. With a strong focus on precision and manufacturability, I help clients move seamlessly from concept to finished product.

Sheet Metal (Advanced)

I provide end-to-end sheet metal design and fabrication support, ensuring accuracy, efficiency, and production readiness. My expertise includes: -Shop Drawings: Creating detailed 2D and 3D drawings with clearly marked bends, folds, and tolerances. -DXF Conversion: Preparing precise DXF files optimized for CNC machining, punching, and laser cutting. -Laser Cutting Preparation (Nesting): Generating production-ready files that minimize material waste and ensure clean cuts. -Assembly Drawings & BOMs: Delivering clear documentation for multi-part assemblies, including bills of materials. -CAD/CAM Integration: Using industry-standard software to streamline the transition from design to manufacturing. With a strong focus on precision and manufacturability, I help clients move seamlessly from concept to finished product.

Sheet Metal (Advanced)

I provide end-to-end sheet metal design and fabrication support, ensuring accuracy, efficiency, and production readiness. My expertise includes: -Shop Drawings: Creating detailed 2D and 3D drawings with clearly marked bends, folds, and tolerances. -DXF Conversion: Preparing precise DXF files optimized for CNC machining, punching, and laser cutting. -Laser Cutting Preparation (Nesting): Generating production-ready files that minimize material waste and ensure clean cuts. -Assembly Drawings & BOMs: Delivering clear documentation for multi-part assemblies, including bills of materials. -CAD/CAM Integration: Using industry-standard software to streamline the transition from design to manufacturing. With a strong focus on precision and manufacturability, I help clients move seamlessly from concept to finished product.

Sheet Metal (Advanced)

I provide end-to-end sheet metal design and fabrication support, ensuring accuracy, efficiency, and production readiness. My expertise includes: -Shop Drawings: Creating detailed 2D and 3D drawings with clearly marked bends, folds, and tolerances. -DXF Conversion: Preparing precise DXF files optimized for CNC machining, punching, and laser cutting. -Laser Cutting Preparation (Nesting): Generating production-ready files that minimize material waste and ensure clean cuts. -Assembly Drawings & BOMs: Delivering clear documentation for multi-part assemblies, including bills of materials. -CAD/CAM Integration: Using industry-standard software to streamline the transition from design to manufacturing. With a strong focus on precision and manufacturability, I help clients move seamlessly from concept to finished product.

Sheet Metal (Advanced)

I provide end-to-end sheet metal design and fabrication support, ensuring accuracy, efficiency, and production readiness. My expertise includes: -Shop Drawings: Creating detailed 2D and 3D drawings with clearly marked bends, folds, and tolerances. -DXF Conversion: Preparing precise DXF files optimized for CNC machining, punching, and laser cutting. -Laser Cutting Preparation (Nesting): Generating production-ready files that minimize material waste and ensure clean cuts. -Assembly Drawings & BOMs: Delivering clear documentation for multi-part assemblies, including bills of materials. -CAD/CAM Integration: Using industry-standard software to streamline the transition from design to manufacturing. With a strong focus on precision and manufacturability, I help clients move seamlessly from concept to finished product.

Sheet Metal (Advanced)

I provide end-to-end sheet metal design and fabrication support, ensuring accuracy, efficiency, and production readiness. My expertise includes: -Shop Drawings: Creating detailed 2D and 3D drawings with clearly marked bends, folds, and tolerances. -DXF Conversion: Preparing precise DXF files optimized for CNC machining, punching, and laser cutting. -Laser Cutting Preparation (Nesting): Generating production-ready files that minimize material waste and ensure clean cuts. -Assembly Drawings & BOMs: Delivering clear documentation for multi-part assemblies, including bills of materials. -CAD/CAM Integration: Using industry-standard software to streamline the transition from design to manufacturing. With a strong focus on precision and manufacturability, I help clients move seamlessly from concept to finished product.

Sheet Metal (Advanced)

11772647
Sheet metal work includes designing shop drawings for marked bends, converting them into DXF files, and getting them ready for laser cutting.

Sheet metal work

Sheet metal work includes designing shop drawings for marked bends, converting them into DXF files, and getting them ready for laser cutting.

Sheet metal work

Sheet metal work includes designing shop drawings for marked bends, converting them into DXF files, and getting them ready for laser cutting.

Sheet metal work

Sheet metal work includes designing shop drawings for marked bends, converting them into DXF files, and getting them ready for laser cutting.

Sheet metal work

Sheet metal work includes designing shop drawings for marked bends, converting them into DXF files, and getting them ready for laser cutting.

Sheet metal work

Sheet metal work includes designing shop drawings for marked bends, converting them into DXF files, and getting them ready for laser cutting.

Sheet metal work

Sheet metal work includes designing shop drawings for marked bends, converting them into DXF files, and getting them ready for laser cutting.

Sheet metal work

Sheet metal work includes designing shop drawings for marked bends, converting them into DXF files, and getting them ready for laser cutting.

Sheet metal work

Sheet metal work includes designing shop drawings for marked bends, converting them into DXF files, and getting them ready for laser cutting.

Sheet metal work

Sheet metal work includes designing shop drawings for marked bends, converting them into DXF files, and getting them ready for laser cutting.

Sheet metal work

Sheet metal work includes designing shop drawings for marked bends, converting them into DXF files, and getting them ready for laser cutting.

Sheet metal work

Sheet metal work includes designing shop drawings for marked bends, converting them into DXF files, and getting them ready for laser cutting.

Sheet metal work

13282533
Some of my work in the field of structural steel involves completing the CAD design process, followed by creating shop drawings for fabrication, generating the BOM, conducting load and stress analysis, and preparing disassembly and assembly plans.

Steel Structure

Some of my work in the field of structural steel involves completing the CAD design process, followed by creating shop drawings for fabrication, generating the BOM, conducting load and stress analysis, and preparing disassembly and assembly plans.

Steel Structure

Some of my work in the field of structural steel involves completing the CAD design process, followed by creating shop drawings for fabrication, generating the BOM, conducting load and stress analysis, and preparing disassembly and assembly plans.

Steel Structure

Some of my work in the field of structural steel involves completing the CAD design process, followed by creating shop drawings for fabrication, generating the BOM, conducting load and stress analysis, and preparing disassembly and assembly plans.

Steel Structure

Some of my work in the field of structural steel involves completing the CAD design process, followed by creating shop drawings for fabrication, generating the BOM, conducting load and stress analysis, and preparing disassembly and assembly plans.

Steel Structure

Some of my work in the field of structural steel involves completing the CAD design process, followed by creating shop drawings for fabrication, generating the BOM, conducting load and stress analysis, and preparing disassembly and assembly plans.

Steel Structure

Some of my work in the field of structural steel involves completing the CAD design process, followed by creating shop drawings for fabrication, generating the BOM, conducting load and stress analysis, and preparing disassembly and assembly plans.

Steel Structure

Some of my work in the field of structural steel involves completing the CAD design process, followed by creating shop drawings for fabrication, generating the BOM, conducting load and stress analysis, and preparing disassembly and assembly plans.

Steel Structure

Some of my work in the field of structural steel involves completing the CAD design process, followed by creating shop drawings for fabrication, generating the BOM, conducting load and stress analysis, and preparing disassembly and assembly plans.

Steel Structure

Some of my work in the field of structural steel involves completing the CAD design process, followed by creating shop drawings for fabrication, generating the BOM, conducting load and stress analysis, and preparing disassembly and assembly plans.

Steel Structure

Some of my work in the field of structural steel involves completing the CAD design process, followed by creating shop drawings for fabrication, generating the BOM, conducting load and stress analysis, and preparing disassembly and assembly plans.

Steel Structure

Some of my work in the field of structural steel involves completing the CAD design process, followed by creating shop drawings for fabrication, generating the BOM, conducting load and stress analysis, and preparing disassembly and assembly plans.

Steel Structure

5.0 · 58 Reviews
58 Reviews
V
Flag of UNITED STATES

Alex

5.0

$$

4 minutes ago

Simple Eyeglass Frame CAD Model

Attentive, knowledgeable, and reliably provided a 3d cad model of eyeglasses fast!

CAD/CAM
3D Rendering
Solidworks
AutoCAD
3D Modelling

+3 more

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Flag of AUSTRALIA

Layla

5.0

$$

24 days ago

Create Basic 3D STL from Sketch

Ahmed went above and beyond to deliver my project! Exceeded my expectations and would definitely be using him in the future. He was very easy to deal with and communication was constant and prompt.

3D Rendering
AutoCAD
3D Modelling
3D Animation
3D Design

+5 more

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Flag of GERMANY

Andres

4.6

$$

2 months ago

Diseño Industrial de Chasis Terrestre

I am happy with Ahmed he is a professional person and we are still working together. I will keep thinking on him for all nexts projects

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Flag of TÜRKIYE

Zlender Studio

5.0

$200 USD

2 months ago

Consumer Product Design

amazing work done by him! as always

CAD/CAM
3D Rendering
Solidworks
Product Design
3D Modelling

+1 more

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Flag of AUSTRALIA

Justin

5.0

$$

3 months ago

Aluminium Structural Support Design

Very easy to communicate with and understand what I was asking for and was able to create the plans as requested within the timeframe.

Structural Engineering
Manufacturing Design
3D Design
Design

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Education

Zagazig University

2016 - 2021

•

5 years

Bachelor of Mechanical Engineering

Flag of EGYPT

Egypt

2016 - 2021

•

5 years

Certifications

P

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