Leitz PMM-C Coordinate Measuring Machines (CMMs) are high-end metrology instruments designed for exceptional accuracy and precision in a variety of applications. These machines provide rapid, ultra-high accuracy readings that meet stringent inspection specifications. The latest generation of Leitz PMM-C machines offers unique configurations and capabilities tailored to meet the specific demands of different applications, delivering…
Leitz PMM-C CMMs are high-end, highly accurate metrology instruments designed to meet the most demanding inspection specifications across various precision applications, providing quick and ultra-high accuracy readings. The latest generation of these machines boasts unique configurations and capabilities tailored to meet the specific needs of each application, ensuring outstanding accuracy throughout the series. The Precision…
The Leitz Reference Flexibility enhances the capabilities of the Precision configuration by reducing cycle times and increasing the machine’s responsiveness to complex measurement tasks. To improve accessibility for intricate 3D part geometries, the Coordinate Measuring Machine (CMM) is equipped with an articulating probe head that can measure at any angle. Additionally, the SENMATION sensor automation…
Leitz Reference Precision provides exceptional high-speed scanning capabilities while maintaining excellent accuracy and precision. The model’s fixed scanning head ensures consistent and repeatable accuracy, even when using large stylus clusters and extra-long probe extensions. This feature allows users to perform high-accuracy scanning across a broader range of measuring tasks, including examining features deep within components.…
The Leitz Infinity offers the highest precision and reliability by integrating tactile and optical sensors into a single measurement system, making it the most accurate 3D coordinate measuring machine (CMM) in its class. Every aspect of the Leitz Infinity is designed to ensure dependable and precise ultra-high accuracy measurements. Its closed-frame design features a granite…
Hexagon’s advanced laser scanning sensor, which is included with GLOBAL Speed, offers exceptional speed, accuracy, and flexibility for swiftly collecting non-contact point clouds of freeform surfaces. This laser scanner can capture up to 600,000 points per second, allowing for the comprehensive measurement of entire part surfaces without compromising throughput. This capability is ideal for applications…
GLOBAL Optics offers high-resolution optical measurements for small shape and size details on challenging surfaces. It is ideal for non-contact measurement of geometric dimensions and form features on sensitive workpieces that cannot be touched, as well as those with particularly difficult surfaces. This system comes standard with a chromatic white light sensor. The chromatic white…
The GLOBAL Touch+ model offers exceptional tactile single-point measuring performance on prismatic parts by utilizing a very precise and adaptable 6-way touch-trigger probe with a motorized indexing probe head to flexibly move the probe during measurement. Even for the most complex 3D part geometries, optimal feature accessibility and minimal stylus changes are ensured. Further simplifying…
Tactile scanning enhances the capabilities of the GLOBAL Scan+. By rapidly capturing a large number of surface points, tactile scanning enables highly accurate measurements of shape and profile on various items. The GLOBAL Scan+ combines the flexibility of an automated probe head with tactile scanning capabilities. Accessing complex workpieces becomes easier thanks to the scanning…
The economical automatic part loading system, TEMPO, maximizes operational capacity and enhances the throughput of your coordinate measurement machine (CMM). TEMPO enables independent, uninterrupted measuring. Manufacturers can continue production even without CMM operators, ensuring they meet deadlines overnight or allowing employees to focus on other important tasks. TEMPO works overtime whenever needed. This commercially available…
