HEIDENHAIN machine tool touch probes

Measuring range: 5 m

The OMP40-2 is an ultra-compact 3D touch-trigger probe with optical signal transmission. It is used for workpiece set-up inspection on small to medium machining centres, and on the growing ...

Measuring range: 5 m

Ultra-compact 3D touch-trigger probe with optical signal transmission, specifically designed for workpiece set-up inspection on lathes and grinding machines. Compatibility with all ...

Measuring range: 6 m

The OMP60 is a compact 3D touch-trigger probe with optical signal transmission that is used for workpiece set-up inspection on a wide range of medium and large machining centres. It offers ...

The Infrared Tool Setter IRT35.70 for milling machines and machining centers enables variable positioning of the tool setter, to fit the task at hand. Through use of ...

m&h RWP20.50 radio-wave touch probes are available in two different frequency ranges. As a technology pioneer, m&h long ago introduced the first reliably functioning probe with radio-wave ...

The ultrasmall infrared probe IRP40.50, with a diameter of only 25 millimeters and a length of 42.4 millimeters, can find a place in any small machining center and leaves sufficient space so that measurement ...

... chrome plated cylindrical stylus for extended life. (Not for use with horizontal machine tools) Accu Center For all material. Not for use with horizontal machine tools.

Resolution: 0.005 mm

Precise metrology for milling and eroding machines Mahr 3D measuring probes for NC machines, machining centers and eroding machines ...

Measuring range: 0 µm - 1,000 µm

TIMES247 replaceable pickup is suitable for TIME3231 and TIME3234 roughness testers. The magnetic holder enables quick change of stylus. There are 10 types of stylus available. It greatly reduces the cost for you.

Measuring range: 0 mm - 400 mm
Resolution: 0.001 mm - 0.008 mm

TIME S201 (standard) Radius for needle point: 5μm Angle for needle: 90° Force for needle: 4mN Measuring range: 400μm TIME S212 for deep groove Radius for needle point: 5μm Angle for needle: 90° Force for needle: 4mN Measuring ...

Measuring range: 0 mm - 800 mm
Resolution: 0.001 mm - 0.016 mm

This is the standard stylus without skid. It can easily test narrow space like grooves in piston ring. The roughness measurement of the piston ring groove is a common requirement. But the groove is so narrow that skidded stylus cannot ...

Measuring range: 155 mm - 205 mm
Resolution: 0.5 µm

... by TTL line driver RS422 Power supply: 5V Plunger actuation: no spring, magnetic tip for fixing on surface Application: Machine axis position control

Measuring range: 5 mm - 100 mm

Digital gauge Magnescale with USB Interface: measurement ranges from 5 to 100 mm.

... Utmost precision of 0.01 mm Marked overrun distance (safety distance) IP 67 waterproof Functions: Aligning machine spindles to work piece edges and reference edges (X-, Y-, Z-axis) Set zeros ...

... precise The Centro is clamped in a tool holder and positioned close the sought axis. The probe tip is adjusted and touches the bore or arbor all the way around. Dial gauge always in field of vision With ...

... precise and versatile measuring instrument for milling and EDM machines (insulated probe). The 3D-Sensor is clamped into a tool holder and inserted ...

Precision half-bridge touch probe for in-process measurement in turning, milling and grinding processes. Complete sealing to IP67 allows use in the machine on the workpiece. ...

Mechanical Edge Finder Model. MEF-1020/ MEF-420 1. After the spindle rotates, the edge finder approaches the workpiece slowly. 2. The side face moves slowly to the center, the rapid execution point is the measurement data. 3. ...

Mechanical Edge Finder Model. MEF-1020/ MEF-420 1. After the spindle rotates, the edge finder approaches the workpiece slowly. 2. The side face moves slowly to the center, the rapid execution point is the measurement data. 3. Move ...

Ceramic Edge Finder Model. CEF-1010/ CEF-1020 1. After the spindle rotates, the edge finder approaches the workpiece slowly. 2. The side face moves slowly to the center, the rapid execution point is the measurement data. 3. ...