Rotec Engineering specialises in complex 3, 4 and 5 Axis machining alongside the latest Sliding Head technology. Originally founded in 1996 it has changed a lot but still maintains the same ethos of quality and service.
Through continual investment and expertise Rotec is a leading manufacturer in precision machined parts. With the capability to machine in a variety of exotic and conventional materials and offering a wide range of services from small to large batch production, CAD/CAM design, Rapid Proto -typing, Welding, Brazing, Assembly, Fabrication and Stock Holding. Supplying various industries including Oil and Gas, Aerospace, Automotive including Formula 1 and Medical.
Growth and machining capabilities has seen Rotec move into its purpose-built Advanced Manufacturing Centre in 2017 with further expansion near completion. Becoming the home of state-of-the-art technology and robotics allowing Rotec to run 24/7 lights out.
Quality Assured
Accredited to BS EN ISO9001:2015 Quality Standard, also currently working towards gaining AS9100, approval anticipated early December 2020. Rotec strives continuously to exceed its customers’ exacting requirements for cost, quality, and delivery. Providing full quality inspection in a full equipped temperature-controlled inspection facility. Providing customers with full inspection reports, PPAP, First Off, I.S.A.R.S & F.A.I.R.S certs.
The Future of British Engineering
Rotec holds a firm belief in the future of British engineering. As a company we are committed to remain at the forefront of manufacturing technology and to investing in continued R&D ensuring we maintain our competitive edge over global competition.
We at Rotec are motivated by our passion for engineering, realising our vision for the future and by pushing the parameters of possibility. With the introduction of advanced technology, software, robotics and a skilled workforce all working in synergy makes Rotec advocates and pioneers of the future of standardised automated manufacturing systems and workstations. Simplifying our engineering processes, enabling our engineers to run machines lights out and focus on the production of complex parts, reduce man hours and eliminate inefficiencies
