Consulting Engineering
Lifting Equipment Testing & Design Certification
Re-Generate has proven and extensive experience of design, testing and design certification for a range of lifting equipment including cranes, lifting beams and spreader bars. With the increasing focus on Health and Safety in the Workplace, Re-Generate can assist with ensuring your lifting equipment is designed and certified to ensure the safety of staff and equipment. Re-Generate has CPEng engineers available for Design Certification.
Re-Generate have a highly accurate and portable measurement arm and scanner for a range of tasks; Quality Control including as-built dimensioning and parts inspection, reverse engineering, creation of 3D models including scan to CAD, rapid prototyping, wear and trend analysis and surface inspections.
We offer a range of specialist mechanical engineering services including; 3D CAD and Modelling (SolidWorks Professional), Advanced Finite Element (FEA) Models and Analysis, Fatigue Studies, Simulations, Computational Fluid Dynamics (CFD) Analysis, Non-Destructive Testing (NDT) expertise etc.
Re-Generate has extensive experience in a variety of Mechanical Design field and has successfully designed a range of hydro generation turbines, runners, large diameter valves (spherical, butterfly, etc.), intake gates, cranes, screen cleaners, and even a pipe repair robot - which was used to hydraulically jack and repair a damaged pipe under a dam.
One of the key strengths of Re-Generate staff is our extensive field experience which includes installation, commissioning, and operations. Exposure to these activities makes our engineers much better design engineers and capable of resolving issues.
We offer services that include detailed engineering modelling and drafting, production of "for manufacture" drawings, and rendering and animation of solid models.
Turbine Runner Inspection & Repairs
We offer specialist inspection and Non-Destructive Testing (NDT) using Magnetic Particle, Ultra Sonic, and Dye Penetrant of runners in-situ or out of service. Employing tailored repair and welding methodologies, FEA and stress analysis, and 3D Scanning to quantify wear over time from erosion or cavitation and establish Return to Service strategies.