TNC7: the new level in CNC control

• For milling machines, milling-turning machines and machining centers

• Up to 24 control loops

• 5-axis and HSC machining

• Grinding, hobbing and gear cutting

• Future-proof user interface

• Task-focused multi-touch operation

• Intuitive machine setup with smart probing functions

Customized user interface

The TNC7 supports users in every situation, including programming, machine setup and part measurement. The screen contents can be easily adapted to the given situation, thereby providing all information and functionality exactly where it is needed. And a special Dark mode feature simplifies operation under low ambient light.

Smart programming

The TNC7 supplements familiar Klartext programming with smart functions. The newly developed graphical programming feature allows the user to draw contours directly on the touchscreen. The TNC7 then converts the resulting drawing into a Klartext program. Older Klartext programs can also be easily modified.

Familiar surroundings

Operating elements such as the TNC keyboard are still used on the TNC7, offering excellent ergonomics even for prolonged work. Older NC programs can continue to be used. Working with the TNC7 is made simpler by a guided introduction to its new functions.

Task-focused support

The TNC7 provides intelligently designed solutions, including a vast package of cycles, smart probing functions and graphical guidance for 6D aligning your workholding and workpieces. Perfect visualization of the machined part and work envelope deliver great convenience to your workday, as do numerous new functions and work methods.

Reliable processes

The new Process Monitoring function built into the TNC7 reliably detects irregularities in the machining process and ensures high process quality. The user can adapt this monitoring capability through simple Klartext syntax and an intuitive user interface.

Predictive protection

The Component Monitoring feature of the TNC7 can protect the spindle bearing from overloading or detect increased component wear in the drive train, all while the machine is running. It also provides valuable data for predictive maintenance and evaluation of the process capability.