Mikrolar Rotopod used to calibrate NASA James Webb Space Telescope

APPLICATIONS

Explore some of the fields where our custom hexapods and actuators have been integrated.

Mikrolar Hexapod in assembly line to position parts.

Industrial:

"Industrial" can cover a wide range of uses, but they all have one thing in common: motion.

From simply picking up and relocating a part, to micro-positioning; if a part needs to move, a Mikrolar product can do it with ease and accuracy. 

Mikrolar Rotopod simulating joint motion.

Bio-Mechanical:

Robots can replicate specific joint motions both accurately and repeatedly for improved research efforts. Our parallel mechanisms in particular provide the freedom of motion, easy programmability, and stiffness required for properly conducting these types of tests. 

Mikrolar Rotopod provides motion for virtual reality simulator.

Simulation:

Mikrolar has developed a radical new approach to sim technology. Whether its for entertainment, or something more serious such as a training a pilot or racecar driver, we can customize our systems to fit your particular application. 

Mikrolar Hexapod performs water jet cutting.

Water Jet Cutting:

Mikrolar has addressed a significant issue in the manufacturing field, and as a result has developed a system for rapid measuring, programming, and custom 5-axis water jet cutting of complicated or irregular parts. 

Mikrolar P1500 Hexapod on wheels.

Portable:

Integrating robotics into a process often comes at the cost of bulkiness in size and weight. Find out how Mikrolar has addressed this complication for customers that are tight on space, or looking for easy relocation while maintaining our signature accuracy and repeatability.  

Custom assembly line with pneumatic controls to lift tables.

Custom Design:

Whatever the size or scope of the project, a custom system can be designed, engineered, and built by Mikrolar for your custom application. Whether it's a single actuator, complete system, or something unique; our years of experience can solve your problem.