LK Metrology's line of Maxima large-bridge CMMs are based on the same proven concepts as LK Metrology's line of high-precision CMMs. The unique use of bonded ceramic materials for the construction of the high-performance beam and spindle, with an almost perfect stiffness-to-weight ratio and greater resistance to time, wear and temperature variations, allows achieve consistent performance in all manufacturing environments, even for very large scale metrology applications.

The Maxima range offers three variants of machines with a standard version with a working table, a twin guide design, namely the R version and a version with a single raised guide to facilitate the loading and unloading of very long mechanical sub-assemblies. . All variants are based on a modular design offering high performance, high reliability and an easy to maintain measuring system.

Unique LK metrology, proprietary design, low-gap, high-efficiency air bearings, and hysteresis-free drive systems ensure Maxima CMM's superior quality, high precision, and throughput to meet the varied needs of manufacturers, today and in the future.

The Maxima family of systems enables high-accuracy measurements typically associated with much smaller measurement envelopes, while supporting a variety of probing solutions including point-to-point touch probing, touch scanning and laser scanning without contact. This advanced, multi-sensor-ready technology, which in the SCANTEK version includes RENISHAW REVO AND MODUS accessories, optimizes CMM performance and expands the scope of application to new materials and components over time. and as customer needs change. Innovative software workflows and intuitive functions facilitate complex inspection tasks and increase productivity.

The Maxima line of solutions are proven in aerospace, large-scale utility vehicle applications, and high-performance critical component manufacturers.

The Maxima series is available in over 60 standard models, with 8 bridge sections in 500mm increments, from size 30.20.15 to 80.40.30 - Volumetric accuracy (µm) of: 3+L/350 - Repeatability of 3µm - Max. 3D speed of: 611 mm/sec Max. 3D acceleration from: 500 mm/sec2.