Thanks to the smooth-running precision linear guides with crossed roller bearings, the linear stage is particularly suitable for scanning applications with constant velocity. The anti-creep system ...
The micro actuator L-239 high load precision actuator was developed for applications with limited space conditions or where high-precision actuators must be positioned decoupled of the drive. Compared ...
The V-571.Z expands PI’s precision motion portfolio for photonics, semiconductor, optical alignment and metrology ...
A line of Nippon Pulse’s linear shaft motors that features analog Hall effect sensors to enable closed-loop positioning without a linear encoder. Linear motors can be described as uncurled 3-phase ...
PI (Physik Instrumente), a global leader in precision motion control and nanopositioning systems, is expanding its portfolio ...
Motion and precision positioning systems expert PI (Physik Instrumente) has released a new member of the PIMag® family of precision positioning stages with magnetic direct drives. Motion and precision ...
Compact linear translation stage family combines speed, precision, versatility, new from PI. With a footprint of just 80x80mm for the 40mm version, the V-141 is ideal for compact integration in OEM ...
The MEDevice show bridges the best in traditional medical device manufacturing and adjacent advanced manufacturing markets, bringing engineers as well as business and technology leaders together in a ...
V-738 XY-stages are motorized linear stages driven by linear motors and used in many precision motion and laser machining industrial applications. The XY stage shown above is driven by linear motors ...
NeoSander builds on HOZO’s established track record of successful crowdfunding launches. Across its product portfolio, including NeoBlade, NeoRuler, NeoRulerGO, M-Cube, M-Cube 02, MEAZOR, MEAZOR 3D, ...
Machine and robot builders recognize linear motor benefits, but some are reluctant to integrate the components into design because of incomplete understanding of the technology. Here we overcome that ...