Bridge CMM

ALTERA S | Bridge CMM (up to 1m)

The ALTERA S Series by LK Metrology represents the zenith of small, multipurpose coordinate measuring machines (CMMs), offering unparalleled capabilities within the small compact class. Designed with the future in mind, this series is equipped with advanced multi-sensor ready technology, allowing for seamless adaptation to changing customer needs and applications without the need for additional wiring or controllers.

Unique design for unmatched performance

The ALTERA S Series features a superior ceramic construction, achieving an almost perfect stiffness-to-weight ratio. This, combined with exceptional resistance to temperature variations, ensures reliable performance in any manufacturing environment.
An innovative folding guideway panels design enhances the machine’s durability and performance efficiency.

Versatile applications and specifications

With sizes available in 10.10.8, 12.10.8, 15.10.8, and 20.10.8, the ALTERA S Series is versatile enough to meet the rigorous demands of industries such as aerospace, automotive, and medical.
Precision is paramount, with accuracies starting at 1.8µm+L/400 and repeatability of 1.6µm.
The series boasts remarkable speed and acceleration, reaching up to 762mm/sec and 2,238mm/sec^2, respectively, to maximize throughput and productivity.

Advanced capabilities for broad applications

Ready for the integration of various sensors, the ALTERA S Series can handle a wide range of materials and component types, expanding its application scope significantly.
Its compact design does not sacrifice capability for size, ensuring that even the most space-constrained environments can benefit from premium metrological perform

Tailored for high-demand industries

The ALTERA S Series is ideally suited for applications requiring high precision and adaptability, from aerospace components to intricate medical devices.
Its design and capabilities ensure that it remains a valuable tool for industries facing evolving technological landscapes and metrological challenges.