Esspee Reverse Engineering

Reverse Engineering

For over 40 years, Esspee has been at the forefront of reverse engineering, specialising in projects for safety-critical applications across the rail, power generation, and electrical switchgear industries. Our expertise and dedication to quality have made us a trusted partner in these demanding fields.

Comprehensive 8-Step Process

We employ a thorough 8-step process to ensure that every engineered solution meets the highest standards of quality and reliability. This meticulous approach allows us to deliver precise and effective results for all our clients’ needs.

Expertise in Component Engineering

Our time-served manufacturing team excels in component engineering, developing and producing parts for large-scale asbestos replacement campaigns and arc chute and switchgear refurbishment programs worldwide. Their extensive experience ensures that each component is designed and manufactured to exact specifications, providing unparalleled performance and safety.

Reverse Engineering and Reverse Programming

Esspee’s reverse engineering capabilities are second to none. We utilise advanced reverse programming techniques to analyse and replicate components, ensuring that they meet or exceed the original specifications. This approach allows us to create high-quality replacements for obsolete or hard-to-find parts, extending the life of critical systems and equipment.

Global Reach and Impact

Our work has a global impact, with successful projects completed around the world. From large-scale asbestos replacement campaigns to the refurbishment of arc chutes and switchgear, Esspee’s engineered solutions help maintain the safety and efficiency of essential infrastructure across multiple industries.

At Esspee, quality and safety are at the heart of everything we do. Our comprehensive 8-step process, combined with our expertise in reverse engineering and component engineering, ensures that we deliver solutions that not only meet but exceed industry standards.

1. Consultation

Application

Material Selection

Design Criteria

2. Component Analysis

Collection

Deconstruction

Bill of Materials

Disposal

3. Design Approval

Drawings

Programming

Operating

Procedures

4. Prototype

1st Off Manufacture

1st Off Inspection

Client Approval

5. Manufacturing Process

Full Batch Manufacture

6. Assembly and Fabrication

Construction

Integration

Assembly

7. Quality Assurance

Final Inspection

Certification

8. Delivery

Packing

Dedicated Delivery to Site

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