TTB Next

The innovative turret enables both ultra-fast wheel changes in just 2 seconds and wheel positioning repeatability of less than 0,3 µm!

Integrated 3-axis CNC loader equipped with a double gripper, performing synchronized loading and unloading operations in only 13 seconds. Thanks to the prismatic collet support, the loader handles tools from 1 to 16 mm without the need for retooling.

Wheel wear monitoring using a cylindrical probe, with automatic calibration to ensure maximum measurement accuracy. Calibration can also be programmed during the machining cycle.

Workpiece probing using a fork-type probe. Allows definition of the tool position, both radially and axially, before grinding. It is also possible to probe the internal coolant holes of tools with diameters starting from just 0.2 mm. Repeatable within 1 µm.

Steady rest for supporting the workpiece, ideal for grinding long parts at high feed rates. Recommended for tools with a length ≥ 10 times the diameter. Available with prismatic or semi-spherical inserts. Simple and quick installation and setup, fully compatible with automatic loading.

Optimizes tool concentricity by guiding the shank on a prism. Fast and intuitive installation and setup, fully compatible with automatic loading.

Hydraulic chuck, option for applications where very tight concentricity is required. Guaranteed concentricity below 1 µm.

High-frequency spindle, up to 150'000 RPM for internal grinding or narrow flutes. Quick and easy mounting and setup of the HF spindle. Possibility to mount up to 5 HF spindles simultaneously.

Wheel dressing in-process to compensate for wear and ensure machine autonomy, even for very large batches. Dressing wheel mounted behind the tool, with dressing frequency programmable according to grinding requirements.

Camera for orienting coolant holes with diameters from 0.05 to 2.00 mm. The measurement is carried out in the loading area, using the loader axes, and thus takes place in masked time.

Option to increase the number of grinding wheels available in the machine by 25%.

Counting the working hours of individual wear components (such as spindles or filters) and notifying for preventive replacement.

Exporting production data (batch, number of parts produced, cycle time, etc.) to external servers, with an interface compliant with Industry 4.0 standards. An intuitive TTB dashboard, also accessible from smartphones, provides real-time monitoring.

The Eco function significantly reduces the machine’s power consumption while still ensuring maximum performance during machining, thanks to cycle optimization and intelligent resource management.