- Metal Improvement Company adopts PDJ vibratory finishing machines to streamline superfinishing process
- PDJ vibratory machine helps 3D printer to enhance range of finishing services
- ‘Edge-breaking’ using PDJ vibratory finishing helps to optimise plating and paint adhesion on marine wind turbines for maximum corrosion protection
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Metal Finishing: Deburring, Polishing and Surface Finishing
Metal finishing, vibratory, barrel and high energy centrifugal deburring, polishing and surface finishing machines offer established processes that have been employed successfully throughout the UK deburring, polishing and surface finishing industry for over 50 years.
With no quibble cash back guarantees and our 100% trade in policy you can expect the very best equipment, consumables and subcontract finishing.
What ever your deburring, polishing or surface finishing demands our talent, technology and team are ready to exceed your expectations.
| Process analysis is free of charge at PDJ Vibro. |
Once a deburring and surface finishing process is established the results will be consistent making it ideal for both prototype and batch work. Naturally should you require more than one process the media and compounds can be easily changed or alternatively two or more machines can be linked. |
| Metal Improvement Company adopts PDJ vibratory finishing machines to streamline superfinishing process |
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Build quality
Complete with robust and stress relieved fabrications, thick abrasive resistant linings and powerful vibratory specification motors. PDJ Vibratory finishing systems are built to withstand continuous processing year after year.
David Hurley
MD, PDJ Vibro Ltd





Three new vibratory finishing machines from PDJ Vibro Ltd are helping the Metal Improvement Company (MIC) at its Derby facility to streamline the ‘C.A.S.E™’ isotropic superfinishing process, which uses a combination of controlled shot peening, surface treatment by oxalic acids and non-abrasive vibratory finishing to enhance the fatigue strength and surface properties of components operating under stress and enable them to resist high stress loadings. The process is said to be more effective than shot peening alone and is used widely for improving the fatigue resistance of critical motorsport/automotive, aerospace and power generation parts as well as some orthopaedic implants and medical instruments.