To shops used to conventional turning, the CNC Swiss-type is a strange sort of lathe. But for the right jobs, the machine is worth both the price and the learning curve.
Faster, lighter cuts can let one solid part replace an assembly of hundreds of components. Better manufacturing and a better airplane both result. But before Boeing could realize these benefits, a more finely tuned process was needed.
Does a highly automated process have to be highly customized? Here is a snapshot of one low-manpower process machining thousands of parts per week on standard CNC machines.
This shop assembled standard machine tools and components into a process for flexible production of a series of complex hydraulic cylinder components - all machined from solid, all accurate in some dimensions to +/-0.025 mm - in quantities that can exceed 3,000 per day, using only two operators per shift to shepherd this production from bar stock to shipping container.
Truly 'adaptive' motion control is now a retrofit option for a wide range of CNCs. This job shop uses the technology to reduce tooling costs and cycle times
Retaining fluid can be good! Coolant recycling saves the shop both purchase and disposal costs. Here is a look at the service provided by one recycling contractor.
Controls have evolved considerably in just a few years. PC technology is one reason why, but what is the right way for PC hardware to interface with your existing machine tool?