ML iCompact

The ModuLine component rings in a new age of production planning. Due to the high configurability of this innovative concept, it is now possible to define the optimum solution for every production process, a concept which is variable and configurable to the maximum degree, and therefore absolutely reliable and viable for the future. Due to the generous multi-technology platform, up to 4 technology modules can be integrated at the same time for efficient simultaneous and complete machining. A wide selection of high-performance pick-up spindles are also available, depending on the intended machining process. The ModuLine automation cell can be adapted to every aspect of production. Feed,linking, transport, parallel post-process activities and parts storage can be combined in the smallest possible area, depending on workpieces and the installed logistics. This represents an alternative to bulky, rigid belt linkages and inaccessible gantries.

The PITTLER PV315 is the latest addition to the PV³ machine series for complete machining. Workpieces up to 315 mm are turned, drilled, milled and – uniquely in the field of complete machining – geared inside and out using the Power Skiving method in highly efficient processes.

A novel Skivingzentrum with automation cell for the complete machining of large components is the PITTLER SkiveLine up to a diameter of 1250 mm. Based on the proven PITTLER-vertical series the new platform on the gear technology developed by PITTLER directed power skiving, the components can be interleaved inside as well as outside. Components, such as the ring gear of the planetary gearing, increasingly installed in future drives can thus either be completely machined in one Setup or in addition to the gear with upstream or downstream turning, milling or be edited deburring processes. The PITTLER Skivingzentrum is also optimized for the fully automated production: via an innovative automation cell the workrooms are compared automatically supplies, what by up to two interlocking centres workpieces to a robot loading minimizes the space and investment needs. So can be dealt in contrast to sequential processing on multiple machines economically varying lot sizes.