INDEX R200

Two motorised milling spindles machine in two independent subsystems, even in 5-axis machining. Heavy roughing or high-precision fine turning operations can be carried out simultaneously on the main and counter spindles.

Parallel use significantly increases productivity compared to conventional concepts. New design solutions for optimum rigidity, thermal and dynamic stability and vibration damping also offer the highest machining quality.

With the R series, INDEX is setting the standard for a new generation of turning/milling centres.

Complete machining

• Separate subsystems for upper and lower motorised milling spindles; therefore fully-fledged backworking or parallel machining
• Simultaneous 5-axis machining possible on both spindles
• Generous tool storage for high flexibility
• Tool bars with a total of 12 fixed tools permanently in the work area

Speed

• Parallel machining with 2 milling spindles
• High acceleration and high rapid traverse rates
• Chip-to-chip time for automatic tool change in just 4 seconds
• Short travel distances in a very easily accessible and clearly organised work area
• Powerful motorised milling spindles for high cutting performance

Tool magazine

• 80/120 tool positions (HSK-T40 holder)

• Shortest change cycles; chip-to-chip time only 4s

• Simultaneous and independent changing possible on both milling spindles

• High functional reliability due to standard tool magazine in chain design

Motorised milling spindle

18,000 rpm - benchmark in its class
The hydrostatic round guidance of the two motorised milling spindles ensures the best damping properties and therefore longer tool life.

The benefit for you: Better workpiece quality and lower costs over the entire life cycle of the machine.

Control system

With the latest Siemens 840D sl control generation, you get the best software on your machine. In addition to numerous user cycles for fast programming of complex,
5-axis components, the control system offers numerous innovations as part of iXpanel - iX4.0.

Energy efficiency

Recuperation using regenerative drives, energy shutdown and standby, reduction of moving masses, cooling based on the principle of a heat exchanger - just a few examples that help to significantly reduce energy consumption and sustainably conserve resources by increasing efficiency.