By originally pioneering "light reflection-diffraction interference method," We were able to achieve ultra-compact size and high linear precision with micro linear encoders.

The Canon Micro Linear Encoder ML Series uses LED as its light source and is equipped with the optimum optical technology. It is not a traditional encoder; rather, it is a linear encoder of the next genera... (read more)

SQL Series starter kit features tiny SQUIGGLE® motor, pre-mounted for easy evaluation, along with closed-loop motor controller and PC software (read more)

At 1.5 x 1.5 x 6 mm, latest piezoelectric SQUIGGLE motor from New Scale Technologies is half the size of other micro-motors; offers ten times the precision and push force. (read more)

The 3 phase brushless (or AC servo) linear motor is ideal for long stroke, closed loop servo, linear motion applications. They can be used at speeds up to 240 in / sec [6 m / sec]. They are capable of very precise position, velocity and acceleration control when coupled with a linear encoder. (read more)

The ALS130, with its low profile and outstanding performance characteristics, is the ultimate solution for high-accuracy alignment and inspection stations. Unlike many stages that utilize a side-drive lead screw, the ALS130 employs a center-driven, non-cogging linear motor as the driving element. (read more)

Bayside Motion Group, the worldwide leader in precision electro-mechanical motion systems, introduces a line of stages for the fiber optic market.

Bayside's Nanopositioning Stages are designed specifically to meet the demanding application requirements of fiber optic alignment, attachment, and co... (read more)

Yaskawa Electric America is pleased to announce the release of Linear Size software. The software provides both the sizing novice and the motion expert with a comprehensive tool for choosing an appropriate linear motor system. (read more)

Linear Motor Stages LMS-120 is mainly employed for modern electronic production and laser application. (read more)

The IMS-LM series linear stages are designed for self-supporting applications with travel ranges from 300 mm to 600 mm. The stages feature a robust design with high performance but with low cost, making them cost-effective solutions for precision industrial applications such as semiconductor wafer inspection, microelectronics test and assembly, pick and place, DNA sequencing, or laser machining. (read more)

The ALS1000 is a compact, high-performance stage that is as accurate as it is versatile. It provides a small cross section, small payload capacity, cost-effective alternative for precision applications where a small footprint and environmental protection are required. (read more)