CNC Turning
Turning is the machining operation that produces cylindrical parts. In its basic form, it can be defined as the machining of an external surface, with the workpiece rotating, with a single-point cutting tool, and with the cutting tool feeding parallel to the axis of the workpiece and at a distance that will remove the outer surface of the work.
Live cross drilling & milling tools sequentially engage to produce complex shapes and forms automatically.
Oddie® Manufacturing have a variety of CNC (computer numerical controlled) lathes, to include platten type lathes, Swiss type sliding head lathes, with fixed tools, live tools, front and back working tools to allow for precision rapid production of mill turn / turned parts. Handling capabilities of round and hexagonal bar from 3mm diameter to 42mm diameter and in a variety of material to include aluminium, steel, tool steels, uddeholm tool steel, stainless steel, brass, copper, phosphor bronze, titanium, elkonite and specialised alloys as well as plastics such as nylon, peek plastics and tuffnol. Applications include components for automotive and aerospace industries and precision general engineering.
A selection of our CNC Turning lathes are as follows:
Miyano 63S - CNC Turing Centre
- 3 - 45mm diameter bar stock capacity
- Turret tool post
- 10 fixed cutting tools
- 1 live tool
- driven main and sub spindle
6 - Quick Tech TT42 - CNC Turning Centre
- 3 - 42mm diameter bar stock capacity
- Turret tool post
- 15 fixed cutting tools
- 9 live tools
- driven main and sub spindle
- complete mill turn automation
Puma 85 Lathe
- 3 - 51mm diameter bar stock capacity
- Turret tool post
- 8 fixed cutting tools
- Driven main spindle
With bar feeders on all lathes handling round and hexagonal bar stock up to 3mtr long and from 3mm diameter to 42mm diameter (or across flats) in a variety of material to include aluminium, steel, tool steels, uddeholm tool steel, stainless steel, brass, copper, phosphor bronze, titanium, elkonite and specialised alloys as well as plastics such as nylon, peek plastics and tuffnol. Applications include components for automotive and aerospace industries and precision general engineering.
