I offer EDM electrode and injection mold design services
About this service
Complete Injection Mold EDM Electrode Design | SolidWorks
This project showcases a complete EDM electrode design solution developed for an injection mold using SolidWorks. The work covers the design and preparation of multiple EDM electrodes required to machine complex mold features that cannot be efficiently produced through conventional milling processes.
The electrode design was developed with practical mold manufacturing and EDM machining requirements in mind. Each electrode was carefully modeled according to the required machining geometry, accessibility, clearance, positioning, and spark-gap considerations.
Project Scope
* Complete EDM electrode design for an injection mold
* Design of multiple electrodes for different mold features
* Detailed 3D electrode modeling in SolidWorks
* Electrode positioning and machining accessibility considerations
* Spark-gap consideration for EDM machining
* Clearance checking between electrode and mold components
* Electrode geometry optimized for practical machining
* Electrode identification and organization
* Manufacturing-oriented design approach
* Preparation of a clear and structured electrode design package
The main objective of this project was to create a practical and manufacturing-ready EDM electrode solution for the complete mold. The electrode designs were developed to provide accurate access to the required machining areas while maintaining proper clearances and EDM machining considerations.
This project demonstrates... read more
This project showcases a complete EDM electrode design solution developed for an injection mold using SolidWorks. The work covers the design and preparation of multiple EDM electrodes required to machine complex mold features that cannot be efficiently produced through conventional milling processes.
The electrode design was developed with practical mold manufacturing and EDM machining requirements in mind. Each electrode was carefully modeled according to the required machining geometry, accessibility, clearance, positioning, and spark-gap considerations.
Project Scope
* Complete EDM electrode design for an injection mold
* Design of multiple electrodes for different mold features
* Detailed 3D electrode modeling in SolidWorks
* Electrode positioning and machining accessibility considerations
* Spark-gap consideration for EDM machining
* Clearance checking between electrode and mold components
* Electrode geometry optimized for practical machining
* Electrode identification and organization
* Manufacturing-oriented design approach
* Preparation of a clear and structured electrode design package
The main objective of this project was to create a practical and manufacturing-ready EDM electrode solution for the complete mold. The electrode designs were developed to provide accurate access to the required machining areas while maintaining proper clearances and EDM machining considerations.
This project demonstrates... read more
Complete Injection Mold EDM Electrode Design | SolidWorks
This project showcases a complete EDM electrode design solution developed for an injection mold using SolidWorks. The work covers the design and preparation of multiple EDM electrodes required to machine complex mold features that cannot be efficiently produced through conventional milling processes.
The electrode design was developed with practical mold manufacturing and EDM machining requirements in mind. Each electrode was carefully modeled according to the required machining geometry, accessibility, clearance, positioning, and spark-gap considerations.
Project Scope
* Complete EDM electrode design for an injection mold
* Design of multiple electrodes for different mold features
* Detailed 3D electrode modeling in SolidWorks
* Electrode positioning and machining accessibility considerations
* Spark-gap consideration for EDM machining
* Clearance checking between electrode and mold components
* Electrode geometry optimized for practical machining
* Electrode identification and organization
* Manufacturing-oriented design approach
* Preparation of a clear and structured electrode design package
The main objective of this project was to create a practical and manufacturing-ready EDM electrode solution for the complete mold. The electrode designs were developed to provide accurate access to the required machining areas while maintaining proper clearances and EDM machining considerations.
This project demonstrates my experience in **full-mold EDM electrode design**, rather than designing only individual electrodes. I focus on understanding the mold geometry, identifying the areas that require EDM machining, and developing suitable electrodes that can be practically used during the mold manufacturing process.
Software & Expertise
Software: SolidWorks
Specialization: EDM Electrode Design, Injection Mold Design, 3D CAD Modeling
Application: Plastic Injection Mold Manufacturing / EDM Machining
This project represents my approach to professional EDM electrode design with a strong focus on accuracy, manufacturability, accessibility, and practical mold-making requirements. read less
This project showcases a complete EDM electrode design solution developed for an injection mold using SolidWorks. The work covers the design and preparation of multiple EDM electrodes required to machine complex mold features that cannot be efficiently produced through conventional milling processes.
The electrode design was developed with practical mold manufacturing and EDM machining requirements in mind. Each electrode was carefully modeled according to the required machining geometry, accessibility, clearance, positioning, and spark-gap considerations.
Project Scope
* Complete EDM electrode design for an injection mold
* Design of multiple electrodes for different mold features
* Detailed 3D electrode modeling in SolidWorks
* Electrode positioning and machining accessibility considerations
* Spark-gap consideration for EDM machining
* Clearance checking between electrode and mold components
* Electrode geometry optimized for practical machining
* Electrode identification and organization
* Manufacturing-oriented design approach
* Preparation of a clear and structured electrode design package
The main objective of this project was to create a practical and manufacturing-ready EDM electrode solution for the complete mold. The electrode designs were developed to provide accurate access to the required machining areas while maintaining proper clearances and EDM machining considerations.
This project demonstrates my experience in **full-mold EDM electrode design**, rather than designing only individual electrodes. I focus on understanding the mold geometry, identifying the areas that require EDM machining, and developing suitable electrodes that can be practically used during the mold manufacturing process.
Software & Expertise
Software: SolidWorks
Specialization: EDM Electrode Design, Injection Mold Design, 3D CAD Modeling
Application: Plastic Injection Mold Manufacturing / EDM Machining
This project represents my approach to professional EDM electrode design with a strong focus on accuracy, manufacturability, accessibility, and practical mold-making requirements. read less
Complete Injection Mold EDM Electrode Design | SolidWorks
This project showcases a complete EDM electrode design solution developed for an injection mold using SolidWorks. The work covers the design and preparation of multiple EDM electrodes required to machine complex mold features that cannot be efficiently produced through conventional milling processes.
The electrode design was developed wit... read more
This project showcases a complete EDM electrode design solution developed for an injection mold using SolidWorks. The work covers the design and preparation of multiple EDM electrodes required to machine complex mold features that cannot be efficiently produced through conventional milling processes.
The electrode design was developed wit... read more
Complete Injection Mold EDM Electrode Design | SolidWorks
This project showcases a complete EDM electrode design solution developed for an injection mold using SolidWorks. The work covers the design and preparation of multiple EDM electrodes required to machine complex mold features that cannot be efficiently produced through conventional milling processes.
The electrode design was developed with practical mold manufacturing and EDM machining requirements in mind. Each electrode was carefully modeled according to the required machining geometry, accessibility, clearance, positioning, and spark-gap considerations.
Project Scope
* Complete EDM electrode design for an injection mold
* Design of multiple electrodes for different mold features
* Detailed 3D electrode modeling in SolidWorks
* Electrode positioning and machining accessibility considerations
* Spark-gap consideration for EDM machining
* Clearance checking between electrode and mold components
* Electrode geometry optimized for practical machining
* Electrode identification and organization
* Manufacturing-oriented design approach
* Preparation of a clear and structured electrode design package
The main objective of this project was to create a practical and manufacturing-ready EDM electrode solution for the complete mold. The electrode designs were developed to provide accurate access to the required machining areas while maintaining proper clearances and EDM machining considerations.
This project demonstrates my experience in **full-mold EDM electrode design**, rather than designing only individual electrodes. I focus on understanding the mold geometry, identifying the areas that require EDM machining, and developing suitable electrodes that can be practically used during the mold manufacturing process.
Software & Expertise
Software: SolidWorks
Specialization: EDM Electrode Design, Injection Mold Design, 3D CAD Modeling
Application: Plastic Injection Mold Manufacturing / EDM Machining
This project represents my approach to professional EDM electrode design with a strong focus on accuracy, manufacturability, accessibility, and practical mold-making requirements. read less
This project showcases a complete EDM electrode design solution developed for an injection mold using SolidWorks. The work covers the design and preparation of multiple EDM electrodes required to machine complex mold features that cannot be efficiently produced through conventional milling processes.
The electrode design was developed with practical mold manufacturing and EDM machining requirements in mind. Each electrode was carefully modeled according to the required machining geometry, accessibility, clearance, positioning, and spark-gap considerations.
Project Scope
* Complete EDM electrode design for an injection mold
* Design of multiple electrodes for different mold features
* Detailed 3D electrode modeling in SolidWorks
* Electrode positioning and machining accessibility considerations
* Spark-gap consideration for EDM machining
* Clearance checking between electrode and mold components
* Electrode geometry optimized for practical machining
* Electrode identification and organization
* Manufacturing-oriented design approach
* Preparation of a clear and structured electrode design package
The main objective of this project was to create a practical and manufacturing-ready EDM electrode solution for the complete mold. The electrode designs were developed to provide accurate access to the required machining areas while maintaining proper clearances and EDM machining considerations.
This project demonstrates my experience in **full-mold EDM electrode design**, rather than designing only individual electrodes. I focus on understanding the mold geometry, identifying the areas that require EDM machining, and developing suitable electrodes that can be practically used during the mold manufacturing process.
Software & Expertise
Software: SolidWorks
Specialization: EDM Electrode Design, Injection Mold Design, 3D CAD Modeling
Application: Plastic Injection Mold Manufacturing / EDM Machining
This project represents my approach to professional EDM electrode design with a strong focus on accuracy, manufacturability, accessibility, and practical mold-making requirements. read less
Service offer categories
Mold and Die Design Services
Injection Molding Design
3D Design Services
Software & skills
3D Design
DESIG
Design 3D
Solidworks
design
+2 more
This service includes
| Service tiers | Simple $20 | Standard $40 | Advanced $80 |
|---|---|---|---|
| Summary | EDM Electode Design | EDM Electode Design | EDM Electode Design |
| Details | 2PC EDM Electrode Design for Injection Mold Design, Blow Mold Design | 5PC EDM Electrode Design for Injection Mold Design, Blow Mold Design | 10PC or More EDM Electrode Design for Injection Mold Design, Blow Mold Design |
| Delivery time | 1 day | 2 days | 3 days |
| Number of revisions | 2 | 3 | Unlimited |
Member since
July 2026
Languages
English
Avg. response time
1 hour
EDM Electrode & Mold Design, Mechanical Part Design Specialist | SolidWorks
PH Precision Design
Precision in Every Design
SolidWorks-Based Industrial CAD Design
Core Specialties
EDM Electrode Design
Injection Mold Design
Blow Mold Design — EBM & SBM
Supporting Services
Mechanical & Industrial Part Design
Product Design
Sheet Metal Design
Design Focus
Precision • Functionality • Manufacturability
Software: SolidWorks
Precision in Every Design
SolidWorks-Based Industrial CAD Design
Core Specialties
EDM Electrode Design
Injection Mold Design
Blow Mold Design — EBM & SBM
Supporting Services
Mechanical & Industrial Part Design
Product Design
Sheet Metal Design
Design Focus
Precision • Functionality • Manufacturability
Software: SolidWorks
Cad Crowd Billing Security policy
Service quality is protected by Cad Crowd Billing Security policy.
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