Bewerkingsmachine

Extension made of carbon fibre, Ø25 mm, length 450 mm. Used to extend the length of measuring units on machine tools.

Taper shank CAT50 for use with Hexagon touch probes with D28 connection. For probe activation in machine tools with programmable through-spindle coolant or switchable air blast > 3.5 bar.

Versatile radio receiver with integrated WLAN access point for seamless connectivity. Cable outlet radial. Cable length: 2 m / 6.56'

Compact infrared touch probe for high-precision measurement tasks within machine tool with limited size.

Robust radio touch probe TP-R-400 with measuring unit PP41.00 for accurate measurements in demanding machine tool environments.

Robust core-version radio receiver designed for reliable communication with radio-wave measurement systems in the 2.4 GHz frequency range. Cable outlet radial. Cable length: 2 m / 6.6'

Sturdy, compact infrared receiver made of stainless steel, for reliable communication. Cable outlet axial. Cable length: 10 m / 32.8′

Compact infrared receiver for reliable communication with m&h infrared probes and infrared tool setters.

Modular radio-wave probe RWP20.50-G with measuring unit TP44.10 for measuring the workpiece temperature before or during the machining process.

Modular radio-wave touch probe RWP20.50-G with measuring unit MY21.00 for flexible measurement tasks.

Sturdy, tactile cable tool setter made of stainless steel with measuring insert Ø 13 mm. Designed for quick tool length and tool radius measurements and reliable tool breakage control. Equipped with base plate for fast and easy vertically mounting and alignment on the machine table. Cable length: 10 m / 32.8' (incl. protection tube 3 m / 9.8')

Modular infrared touch probe IRP25.50 with measuring unit MY21.00 for flexible measuring tasks as well as for determining and automatically compensating the angular position of workpieces. In addition, it is used for setting zero points in the machine tool. It reliably detects both standard and complex 3D workpiece geometries, even over long distances.