Hexagon Infrarood meettaster sytemen

Hexagon Infrared Receiver IRR91.50

The bidirectional infrared receiver IRR91.50 is able to simultaneously communicate with two probing systems on the same machine. It has large transmission and receiving angles and can be used for all m&h infrared probes and tool setters. All necessary components are integrated in the stainless steel casing; thus, no additional interface in the electric cabinet is required.

Hexagon Infrared Receiver IRR91.42

IRR91.42 reliably receives measurement and temperature data. It can communicate with m&h infrared probes and infrared tool setters. The receiver can communicate with three different probing systems on the same machine. All necessary components are integrated in the compact stainless steel housing.

Hexagon Infrared Tool Setter IRT35.70

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 a magnetic mount, the tool setter can be placed in wide range of table positions. Our patent pending system delivers highly accurate and repeatable re-positioning of the tool setter. With wireless operation and no permanently fixed hardware, use of the IRT35.70 does not restrict or interfere with the machining area in any way. Now tool measurement and breakage detection can be done flexibly with a single instrument, including in machines operating with alternating machining stations.

Hexagon Pick Up Tool Setter IRPT35.40

With the Pick Up Tool Setter IRPT35.40, tools can be measured in length and diameter on the machine. The Docking Station can be fitted anywhere on the machine table and enables automatic or manual exchange of the tool setter. This means there is nothing protruding out to restrict the working surface. One infrared receiver is used for both touch probe and tool setter.

Hexagon Infrared Probe IRP40.50

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 is also possible on the Z axis without a danger of collision. The IRP40.50 is highly precise and is also suitable for small and delicate workpieces with a low probing force of 0.7 N (X/Y). It goes without saying that the m&h IRP40.50 also has the proven HDR infrared transmission.

Hexagon Infrared Touch Probe IRP40.40-LF

The new infrared touch probe has been specially developed for delicate materials and measuring tasks on thin, fragile workpiece geometries. The measuring mechanism, with constant very low trigger forces, can be fitted with different styli and spherical measuring tips from Ø 0.2 mm.
The new touch probe has a 2 sigma repeatability of 1 μm.

Hexagon Infrared Probing System IRP40.02

The m&h IRP40.02 infrared touch probe system meets all requirements for measurement on the machine tool. Extreme accelerations, high positioning speeds, constant vibrations, hard tool changes, increased temperatures and aggressive coolants pose no problems for m&h touch probes. m&h’s precision mechanics can continue to switch extremely precisely and without wear for years under all these conditions.

Thanks to its extremely compact and robust design, the IRP40.02 touch probe only needs a very small space on the machine and can also be used for applications in extremely limited spaces. The IRP40.02 shows its real strength in the combination of process reliability and optimised measuring strategy.

Hexagon Temperature Probe IRP25.50-TP

Measures the workpiece temperature fully automatically both before as well as during machining (patented). This allows the control of production processes and the adaptation of machining parameters during production. Temperature-dependent parameters can be reliably determined before the workpiece goes to the next machining step with tolerance specifications. This way, consistently high production quality is ensured.

Hexagon Infrared Touch Probe IRP25.50

The new bidirectional probe m&h IRP 25.50 is characterized by its modular structure. Various measuring units, different extensions and cross-probes can be used. This makes it possible to optimally adjust the probe to future requirements and applications in the machine tool at any time. The development of further measuring units and sensors which can be used on the same system basis is planned for the future.

The m&h probes of the new generation allow to operate two IRP25.50 at the same time with only one IRR91.50 receiver. For example, this is suitable for simultaneous measurements on both spindles of double-spindle machines.