Design Procedure

We design our products with our clients, from concept through to full volume production.

• After an initial consultation, a study of new or existing products is carried out.
• After further technical discussions, any modifications to the new or existing design are identified and implemented.
• A flow chart of the proposed design is produced together with estimated timings.
  
• Development work would then be carried out, with regular reports, and any modifications suggested. For magnetic devices, full FEM (Finite Element Method) design analysis would be carried out.
• 3D CAD data is used to produce rapid prototype models. The 3D data can also be used to machine parts directly from solid materials using CNC, laser or etching processes.
• Work would then continue with the manufacture of prototypes and then field testing of the product.
  
• We can provide our customers with turnkey solutions and supply them with products as and when they require it.

We have expertise in the following areas:

• In-house understanding of all the design aspects of products.
• In-house capability of Dynamic Innovation to stay ahead of competitors.
• In-house purchasing of all components to reduce costs.
• Supply of electrical and electronic control gear.
• Manufacture and supply of custom built products.

In House Facilities:

• FEM in magnetic analysis using OPERA, MAGNET and SPEED softwares.
• Thermal analysis of motor design using motor-CAD thermal software.
• CAD Solid Edge for designing in 3-D and 2-D.
• Conducted Immunity EMC testing using Schaffner Equipment.
• Proteus Pcb Design Facilities.
• ST microelectronic programming facilities.
  
• PAT testing equipment.

Access to Facilities:

• EMC testing chamber.
  
• Rapid Prototyping using stereolithography (SLA) and selective laser sintering (SLS).
• PCB manufacturing.
• CNC machining, laser cutting or photo etching of components.
• Injection moulding.
• Cable assembly.
• Complete product assembly.