Compared to the competition, these PI-engineered stages offer higher load capacity, allowing for higher dynamics, often required by industrial applications.
The new reference-class linear stages family, L-417 and V-417, from precision nanopositioning global leader PI (Physik Instrumente), are available in ball screw and linear motor configurations, both cost-effective designs, offering high resolution with improved tracking performance, smaller tracking error, and improved settling time. Applications for both include high demands on dynamics, precision, smooth scan motion, short settling times, and low tracking error, such as laser cutting, scanning, digital printing, electronics assembly and inspection, AOI (Automatic Optical Inspection), automation, and flat panel manufacturing.
The L-417 precision heavy duty ball screw model easily accommodates a load capacity of 450 N on its 166 mm width frame, with a travel up to 813 mm. With a synchronous servo motor, it uses rotary and linear encoders, and can be re-lubricated without disassembly, further extending its high reliability and long lifetime. A cover strip on the side and the purge air connection prevent contamination of the working components by particles. An optional holding brake allows an increase in its usability as a Z axis stage.
With a similar load capacity, width, and travel range, the V-417 is powered by an ironless linear motor and precision linear encoder. The 3-phase magnetic direct drive transmits a drive force of 87 N to the motion platform directly, without friction. This smooth running at both high and low velocities means no vibration and easy position control. Also, like its ball screw family member, the V-417 has a cover strip on the side, and the purge air connection prevents contamination of the working components by particles.
Specifications, data sheets, and more information:
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