Lower cycle times, increase accuracy and minimise operating costs by utilising Adaptive Machining for manufacturing new parts and for the repair of complex components
We develop software solutions with an emphasis on solving manufacturing challenges for global organisations in the Aerospace, Industrial Power Generation, Marine and Medical sectors. Our industry leading Adaptive Manufacturing technology helps our customers integrate and automate their business and manufacturing processes, maximising returns on project investments. Innovation is at the core of everything we do, delivering highly efficient advanced software-based machining solutions and first-class customer care.
Manufacturing software specialist TTL has achieved Fit For Nuclear (F4N) status and is now recognised by the Nuclear AMRC as a business capable of supplying to the Nuclear Sector. Developed by the Nuclear AMRC with the support of its partners, an approved F4N business meets the stringent criteria and highest standards required to support the nuclear industry.
Find Out MoreWhen it comes to component manufacturing, repair or assembly, do you have the time to use manually intensive processes to manufacture high accuracy products? With professional experience throughout aerospace sector, we provide software solutions for component repair by using our adaptive 5 Axis machining technology
Find Out MoreIndustrial gas turbine power generation components can be expensive to manufacture or repair, and due to their size and weight often fall foul of health and safety regulations when handling and processing
Find Out MoreWhen it comes to reverse engineering and machining of prostheses (prosthetics) and other medical devices, you can no longer rely on manual processes. You need a faster, more accurate way of producing components. TTL provide a range of solutions for implant manufacturers to help speed up producing components designed specifically for the medical, pharmaceutical and orthopaedic industries
Find Out MoreHigh-performance motorsport depends on reliable, precision-engineered components such as engines, gearboxes, suspension, and aerodynamic components.
Find Out MoreThe manufacture of marine gas turbines offers no room for inconsistency. With individual components all having different geometries from original CAD models, it might seem appropriate to adopt manual processes, but these present a number of additional challenges common across other gas and steam-turbine industries.
Find Out MoreRobert Pope
Managing Director
Simon Rogers
Business Development
Dominic Vicos
Technical Manager
Shaun Sumner
Projects Manager
Dave Spalding
Senior CAD/CAM Applications Engineer
Julian Crawley
CAD/CAM Applications Engineer
Fran Wood
CAD/CAM Applications Engineer
Richard Whittaker
Projects Engineer
Nandu Chandramohan
Projects Engineer
Cassian Barber
Projects Engineer
Paul Vaughan
Projects Engineer
Clive Mayo
Projects Engineer
Mary Fitzgibbon
Administrator
Chris Mason
CNC Machinist