Our services

Precision machined components, turned and milled to customer drawings or samples. CNC milling and turning coupled with conventional machine capacity allows us to produce to customer's needs.

We can deisgn special purpose machinery to customer specifications. Fully fabricated components are machined when necessary to ensure drawing dimension accuracy.

Specialised rubber covering and coatings applied to rollers using various compounds. Fife Engineering has established a broad knowledge of roll covering in most industries from specialist high temperature roller covering to super finished embossed rollers.

Polyurethane component rollers are cast in house and finish machined to customers specification. Polyurethane hardness ranges from 30-95 shore and can be supplied in a variety og colours. We mould from customers' existing tooling, or alternatively our own fully equipped mahine shop, to produce a mould to customers specifications. Rapid turnaround and low-cost tooling enables us to produce competitively priced components.

Fife Engineering manufacture new and recover existing laminating rollers. From customers drawings or a sample roller, we supply complete new rollers in Stainless Steel, Carbon Steel, Aluminium etc. Rollers can be rubber covered in a variety of compounds e.g. Silicone, Hypalon, E.P.D.M, Nitrile PVC etc, witha  hardness range of 25-97 shore. Precision grinding of all rollers ensures a uniform surface finish. Typical applications are glue applicators, film/foil embossing, fusing, printed circuit board and shrink wrapping.

Fully equipped tool room and machine shop to produce for the O.E.M market. Full C.N.C. cylindrical grinders up to 3 meters overall length capacity for the production of spindles, shafts and rollers. Conventional turning up to 6 metres overall length capacity. Our repair and refurbishment facilities enable us to refurbish customers worn/damaged components so reducing their downtime. Full metal spraying facilities for the application of both thermal and plasma coatings can be applied to components as required.