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Job description
As an Offline CNC Programmer, you will be at the core of iCOMAT’s advanced manufacturing capability. You will transform CAD models and customer drawings into robust, repeatable CNC programs, toolpaths and tooling strategies that deliver precision, efficiency, and first-time-right quality.
Analyse and interpret CAD models and drawings to develop offline machining strategies in CAM software. Build toolpaths and post-processed CNC programs offline using CAM software, including 3 to 5-axis machining, and design the associated fixtures and tooling.
Proven experience as an offline CNC programmer, proficiency in CAD/CAM software, strong understanding of machining processes, tooling, fixturing and materials, high attention to detail, strong problem-solving skills, clear communication and teamwork.
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Manufacturing
iCOMAT has pioneered the revolutionary Rapid Tow Shearing (RTS) technology, the first ever defect-free fibre-steering process for composites. This game-changing solution has helped customers unlock new levels of performance from composites, enabling them to manufacture lighter, more cost-effective products that perform better than ever before. Originally a spin-out company from the University of Bristol, iCOMAT has developed a patented manufacturing process for advanced carbon fibre composites which are lighter, stronger & more cost-effective than the state-of-the-art processes for the aerospace, automotive & marine sectors. iCOMAT’s innovative technology, Rapid Tow Shearing (RTS), is the world’s first automated composites manufacturing process that can place carbon fibre tapes along curved paths without generating defects. Its defect-free fibre steering capability realises ultra lightweight composite structures beyond the limit of the conventional straight fibre designs & complex geometry which is not manufacturable using current automated manufacturing technologies. Unique in the world of automated composite manufacturing, iCOMAT's technology is set to revolutionise transport, driving performance & cost-benefits across multiple markets such as aerospace & automotive. Beyond state-of-the-art lightweighting solutions - Composite materials are anisotropic, they are only strong in the direction of their fibres. iCOMAT’s specialist technology steers the path of fibres, enabling optimisation of mechanical properties at any point of the structure & ultimately improve all aspects of structural performance. This produces lighter, more efficient components & uses material only where needed in the most efficient way so use of raw materials & overall production costs are drastically reduced. World-Class Composite Manufacturing Systems – iCOMAT is proud to be a market-leading solutions provider, working with customers to elevate product performance to the next-level