Aerospace Component Manufacture with Mill-Turn Machining
Using the latest milling & turning (mill-turn machining) centres, Di-Spark supply the aerospace industry with sub-contract, precision aerospace component manufacture via small-footprint mill-turn machining centres. We make full use of innovative technologies such as the features residing within our Mazak J200 Integrex 5-axis mill-turn machines. Fully automated – 24 hour operation with robot tool change – multi-operation setup and full CNC control. Quality is ensured via integration into our state-of-the-art quality management system (QMS) and hi-tech inspection facilities. Certified to AS9100 revision C – mill-turn machining at Di-Spark is a world-class aerospace manufacturing option suitable for mission-critical aerospace component manufacture.
Aerospace Component Manufacture with 5 Axis Machining
Sometimes aerospace component manufacture requires an extra level of innovation, and in the case of extremely complex, prismatic geometry, 5 axis machining is the process of choice. Capable of machining even the most complicated geometric composition, 5 axis machining at Di-Spark is a multi-operation setup, using automatic tool changes and running 24 hours per day, 7 days per week. Components are manufactured from solid, via a single process and multi-op functionality.
Aerospace Component Manufacture with Large 5 Axis Machining
Going a step further with aerospace component manufacture, large machining fills the gap where 5 axis machining centres can’t quite cut it. Capable of machining larger work-pieces and heavy machining requirements, our AgieCharmilles HPM1350u large machining centres run around the clock with 24hr staff and remote monitoring – ensuring high quality production at all times.
Rapid Response Aerospace Component Manufacture
Using the tools above, aerospace component manufacture sometimes requires an immediate, rapid response in order to satisfy unforeseen circumstances or last-minute engineering challenges. Our rapid response machining cell is setup specifically to satisfy these demands.