Overview
LAB Motion Systems provides off-the-shelf and custom motion solutions for every motion challenge, with expertise in rotary stages, linear stages, and multi-axis systems. The company serves industries including aerospace, automotive, semiconductor, optics, metrology, and research, with over 15 years of experience supporting hundreds of clients. They are ISO 9001:2015 certified and offer both standard products and custom engineering solutions.
Key people
In the news
- On 13/09 we celebrated our 20th anniversary and what a day it was! Guests joined us for guided tours, followed by an afternoon of fun for the whole family: drinks, snacks, a burger truck, football darts, a jumping castle and cotton candy for kids and adults. Watch the highlights of our after-party in this video. Thank you to everyone who celebrated with us! 🥳 #LABMotionSystems #20YearAnniversary #AfterParty
- The workhorse of synchrotron beamline positioning. This is a heavy-load, multi-axis sample stage system built for synchrotron beamline applications, where sub-micron performance isn't a headline number - it's the baseline requirement. Typical specifications for this stage family: 🔹 30 kg max centered load capacity 🔹 XY crosstable repeatability: 250 nm 🔹 Rotational repeatability: ≤0.1 arc sec, angular accuracy: ≤±4 arc sec 🔹 Axial/radial error: ≤±25 nm / ≤±50 nm 🔹 Vertical travel: 550 mm with micrometer-level straightness 🔹
- New home, built with the same precision we put into our systems 🏗️ Proud to share this feature by Business Vlaanderen on our new headquarters in Bekkevoort, Belgium. When our building in Haasrode became too small, we set out to build a home that matches how we work: precise, adaptable and built to last. Together with Vulsteke Bedrijfsgebouwen and XYZ architecten, we flipped the traditional layout: the production hall faces the street, while our offices sit at the back overlooking green space. This is a much nicer view
- Introducing our new rotary stage: the RT060AS Small, precise motion stages are hard to find. That's exactly the gap the RT060AS is designed to fill. Designed for X-Ray & CT applications, this vertical air bearing rotary stage delivers continuous rotation with exceptional accuracy in a remarkably compact package. This rotary stage is ideal to bring the artefact very close to the source. Why RT060AS? - High speed: continuous rotation at over 1000 rpm - Ultra-precise: radial error motion below 0.25 µm, axial error motion below
- Kicking off MIMACOR! Our colleague Kurt Smets presented LAB Motion Systems' research on a 3DOF air bearing rotational motion platform for satellite and pointing equipment testing at the Open Day, hosted by Siemens Digital Industries Software. Proud to contribute to this three-year space research project alongside KU Leuven, arcsec, and Siemens. Stay tuned for more! #MIMACOR #NewSpace #MicroVibration #ShockTesting
- Wishing our network a wonderful summer season! As the summer holidays get into full swing, the team at LAB Motion Systems wants to extend our warmest wishes to all of our valued customers, partners and subscribers. We hope you get the chance to relax, recharge and enjoy some sunny time! 🔹 We’re here when you need us 🔹 Even during the holiday season, our commitment to your precision motion and positioning needs doesn't take a vacation. We remain open every day throughout the work week to support your ongoing projects,
- Introducing the new RT400AU - the latest addition to the LAB Motion Systems RT Series. Engineered for demanding industrial and scientific environments, the RT400AU delivers high load capacity (~600 kg), low error motion and high continuous torque (>20 Nm) in a compact air‑bearing design. Early performance results show: • <30 nm synchronous error (50 UPR) axial & radial • 0.12 arcsec synchronous error (50 UPR) wobble • Speeds >30 rpm • Mass <50 kg Designed for inspection, centering, alignment, precision grinding & turning, the
- What does it really mean to start your engineering career in precision technology? For Margot, a Mechatronics Engineer at LAB Motion Systems, it means turning theory into practice, taking ownership early, and continuously learning from experienced colleagues. From designing in CAD and validating prototypes to contributing to semiconductor-stage development and research projects, her journey highlights the unique opportunities that come with working in a highly specialized engineering environment. What stands out most is not
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