Engineered-to-Spec Motion Systems

Contact us to discuss your application

Our extensive expertise in the customised positioning stages and plug-and-play motion systems industry makes us a valued partner for the development of high-precision systems. Whether your applications concern the field of science, precision optical lenses, the semiconductor industry, or analytical and testing, we are well-placed to provide you with high-tech solutions.

Examples of engineered-to-spec motion systems

Our track record

Below are some examples of stages and positioning systems that were custom designed to meet specific application requirements. We have a wide experience with ball screw and direct drive technology as linear motors, voice coils, and piezo motors for use in the precision stages. Contact us today to discuss your application! Click here to send us an e-mail.

Design approach

We follow a structured and transparent design methodology. Ultimately, partnering with PM is synonymous with close cooperation and customer satisfaction.

From conceptual idea to final product, PM uses a V-model for engineering design. Of course, user requirements are the starting point of any design process.

In order to arrive at the best possible design for your positioning system or motion system, we start by bringing the key technical


challenges for each required function clearly into focus, so that a suitable design realisation can be found for each requirement. In this design phase PM applies one of its core competencies, i.e. the development of computational tools to fully characterise a system. This step precedes the building of any initial physical prototype. Our own Multibody Dynamics analysis tool was specifically developed for this stage in the design process. In particular, the tool allows for the following characteristics to be analysed:

  • Operational system dynamics

  • Full system Frequency Response Functions

  • Constraint force quantification

  • (Feedforward / closed loop) controller dynamics

When proceeding from the conceptual stage to detailed design realisations, the information obtained from the Multibody Dynamics analysis tool can be used to tune vibration isolation systems and serve as a benchmark for e.g. bearing design.

The overall result of this approach is that fewer design iterations are required, meaning a significant reduction in cost of development.

XY-stage for e-Beam application

This video shows an XY-stage design for a lithography application in the semiconductor industry.
The stage includes a direct drive mechanism for both X and Y-axes. For increased stiffness and flatness a design with two sets of linear bearings with a double prism was realised. The rails have a uniquely developed mirror-smooth finishing for extremely smooth running performance and positioning.


Cutting edge high-tech industries require the best in terms of innovation, precision, reliability and application expertise from the partners they work with. PM products are used in the following industries and applications:

The semiconductor industry, optics and photonics, microscopy, factory automation, life sciences, medical sciences and clinical applications.

Core competencies

PM possesses unique in-house capabilities including our R&D and engineering service, application know-how for vacuum and ultra-high vacuum environments,


in-house manufacturing, cleanroom assembly and various types of metrology and testing equipment. View our core competencies page for detailed information.

Contact us today to discuss your next-generation application.

Put our engineering and application know-how to work for you. Contact us today to collaborate on your high-performance positioning stage design to fit in your next-generation machine. Click here for contact details.