Motion & Control

Parker’s filtration, thermal management, fluid conveyance, and sealing and shielding solutions enable high‑throughput, accurate, low‑dead‑volume, chemically compatible, and leak‑free clinical chemistry handling.

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Linear Motor Positioners

Clinical‑chemistry and diagnostic OEMs achieve sub‑micron accuracy, faster assay cycles, and higher throughput with lower calibration and service burden. Parker’s XLM precision linear motor stages deliver this via direct‑drive, high‑bandwidth positioning with integrated linear feedback, fast settle times, low‑friction, maintenance‑friendly mechanics, modular mounting, and cleanroom‑compatible options for seamless controller and automation integration. View Product

Frameless Servo Motors

Clinical‑chemistry and diagnostic OEMs achieve higher positioning accuracy, faster settle times, and greater assay throughput in compact instrument designs. Parker’s frameless servo motors deliver this with high torque density and low inertia for direct‑drive, zero‑backlash motion, plus customizable mounting, encoder/feedback options, and thermal management to simplify integration and reduce validation and maintenance burden. View Product

Brushless Servo Motors

Clinical‑chemistry and diagnostic OEMs achieve faster, repeatable reagent and sample handling, reduced settle time, and higher assay throughput. Parker’s P‑series compact brushless servos deliver this with high torque density, smooth precision, low heat and a small footprint, plus integrated encoder options, low electrical noise, high efficiency, factory testing and cleanroom‑capable materials to simplify integration and lower validation and maintenance burden. View Product

Linear Servo Motors

Clinical‑chemistry and diagnostic OEMs achieve ultra‑smooth, repeatable positioning for precise reagent/sample metering, faster assay cycles, higher throughput, smaller instrument footprints, and lower lifetime service costs. Parker’s I‑Force 110 ironless linear motors deliver this with direct‑drive, zero‑cogging motion, high force density and rapid acceleration, plus low vibration, minimal thermal drift, and easy integration with high‑bandwidth motion controllers and feedback systems. View Product