Mikrolar is a company dedicated to the design, manufacture and application of Parallel Link Mechanisms. These 6 Degree of Freedom robotic devices are also known as Hexapods or Stewart Platforms.

Below is a sample of the products we offer.  Contact us for a full list of our offerings.

Mikrolar’s team has developed a number of new robotic applications using proprietary licenses from Hexel Corporation. These devices are being used to eliminate errors in automated welding lines, to develop newer and better shoe designs and to further testing in the exciting field of bio-mechanical research. All of these units were developed specifically for the end users particular requirements. Our aim is to provide effective solutions to difficult motion problems.

Our team consists of highly experienced Mechanical, Electrical and Software Engineers, with decades of experience in engineering robotic solutions for a variety of industries.

By providing services for design, fabrication, installation and application programming, we strive to focus on what the customer needs to achieve their goals.

If your application requires an accurate, fast and extremely stiff robot, you’ve come to the right place!

Beyond the scope of custom robotics, Mikrolar can apply their creative engineering, control, and integration skills to your specialty application. Whatever the size or scope of the project, a custom motion solution can be designed, engineered, integrated, built, and tested by Mikrolar. With years of experience in handling both custom and challenging requirements, Mikrolar can solve your problem.

As seen in the slide of pictures above, this website showcases a variety of our custom projects. This includes an abnormally shaped Hexapod, actuator with over 120,000 lbf, hybrid Hex-Rotopod, portable P1500 Hexapod, and a manual touch probe measuring system. These examples are just a few of the “outside the box” projects we’ve done over the years. 

Contact us for a conversation to see if we can help discover your custom solution.

For more information, visit: http://mikrolar.com/