PI (Physik Instrumente), a worldwide chief in precision movement management and nanopositioning expertise, has launched its Modular Precision Linear (MPL) stage household, a configurable platform designed to simplify the specification and integration of high-precision linear positioning techniques. The modular idea permits engineers to configure linear phases on-line by deciding on from a variety of mechanical, drive, and suggestions choices tailor-made to their utility.

1000’s of Potential Configurations
By combining completely different journey ranges, drives, motors, and suggestions techniques, the MPL idea permits hundreds of distinctive stage configurations that may be specified instantly on-line.
Not like conventional fixed-configuration positioning phases, the MPL platform acts as a modular toolkit. This method retains prices down whereas sustaining the precision, stiffness, and reliability required for demanding positioning duties. Precision linear phases are elementary parts in lots of industrial and scientific techniques, offering correct straight-line movement with minimal runout and excessive repeatability.
Journey Ranges and Motor Decisions
The MPL sequence begins out with out there journey ranges of 50-, 100-, 150-, 200-, 250-, and 300-mm. Motor decisions embody servo motors, for dynamic purposes and stepper motors, which permit for loads of low-cost management choices. Linear motors shall be out there in a future launch.
For purposes requiring extra place holding functionality, akin to vertical Z-axis purposes, a motor brake can be out there.
Shorten Design Cycles, Preserve Prices Down
By enabling fast configuration and visualization on-line, the MPL household helps engineers shorten design cycles and determine the optimum movement answer quicker. The modular structure additionally simplifies integration into single-axis or multi-axis movement techniques, supporting scalable designs from laboratory instrumentation to automated manufacturing gear.
With the MPL sequence, PI continues its mission of delivering versatile, high-precision movement options whereas giving engineers highly effective instruments to tailor techniques precisely to their utility wants.
Industries & Purposes Served
Medical engineering, photonics & optics, microscopy & life sciences, laser processing & micromachining, semiconductor manufacturing & take a look at, industrial automation & precision meeting, metrology & inspection, aerospace & protection, analysis & scientific instrumentation
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