The bidirectional infrared receiver IRR91.50 enables simultaneous communication with two probing systems on the same machine. It is compatible with all M&H infrared probes and tool setters, featuring wide transmission and receiving angles. There is no need for an additional interface in the electrical cabinet, as all necessary components are integrated within the durable stainless…
Data Temperature and measurement data are reliably transmitted via the IRR91.42.This device can interact with infrared tool setters and M&H infrared probes. It allows a single machine to connect to three different probing systems simultaneously. The compact stainless steel enclosure contains all necessary components. Applications include machining centers, milling machines, vertical turning machines, and turning/milling…
The ultrasmall infrared probe IRP40.50 measures only 25 millimeters in diameter and 42.4 millimeters in length, making it suitable for compact machining machines. Its design allows for sufficient room for Z-axis measurements without the risk of collision. The IRP40.50 has a low probing force of 0.7 N (in the X/Y directions), which makes it accurate…
The IRP40.42 infrared touch probe was specifically developed to measure delicate materials and intricate workpiece geometries in challenging machine tool environments. Designed by Hexagon, the IRP40.42 is a highly versatile touch trigger probe that enables quick and reproducible measurements on coordinate measuring equipment. It also incorporates the advantages of the IRP40.02 touch probe. Even when…
The m&h IRP25.50-TP temperature probe ensures that workpieces are machined only when the temperature is suitable, resulting in highly accurate production outcomes. Ideal for high-value workpieces, the m&h IRP25.50-TP utilizes advanced technology to automatically detect the temperature of a workpiece within seconds, both before and during machining. This capability allows for adjustments to machining parameters…
The M&H IRP40.02 infrared touch probe system meets all measuring demands for machine tools. M&H touch probes are designed to withstand extreme accelerations, high positioning speeds, persistent vibrations, rapid tool changes, elevated temperatures, and harsh coolant environments. Under these challenging conditions, M&H’s precision mechanics operate with incredible accuracy and remain wear-free for years. The IRP40.02…
The modular design of the new bidirectional probe, m&h IRP 25.50, is one of its standout features. It allows for the use of various cross-probes, extensions, and measuring units, making it easy to adapt the probe to future needs and different machine tool applications. There are plans to develop additional measuring devices and sensors that…
Touch trigger probes are a type of infrared probe used by M&H. When the stylus approaches a workpiece surface, it deflects, causing infrared light to send a trigger signal to the receiver. For reliable measurement during machining processes, it is crucial to have interference-free signal transmission between the probe and the receiver.
For highly accurate 3D digitization of industrial components, Hexagon’s PrimeScan optical 3D scanner range stands out as an excellent entry-level option. The PrimeScan utilizes fringe projection technology, providing exceptional projection quality and luminous power, similar to previous models of Hexagon’s structured light scanners. This area scanner is remarkably lightweight, weighing under four kilograms, and has…
One of the best options for measuring intricate surface geometries and delicate or deformable items, especially when portability is essential, is the SmartScan optical 3D scanner. It is designed to be both quick and highly accurate. The SmartScan utilizes non-contact structured light scanning technology, allowing for rapid and detailed data collection. Its compact size and…
