Advances in motor design have allowed different types of robots to both specialize for industrial functions and converge in precision.

We’ve seen plenty of motor projects, but [Jeremy]’s DIY Tubular Linear Motor is a really neat variety of stepper motor in a format we certainly don’t see every day. It started as a design experiment ...

Linear actuation is employed everywhere, for packaging, life sciences, transportation, and factory automation jobs. Pneumatic and hydraulic linear actuators operate on pressure differentials; ...

In terms of bandwidth, linear motors provide high performance in applications involving rapid short-distance increments. This is particularly true for repetitive X-Y positioning systems, where the ...

Linear motion positioning stages are found in many applications from material handling and assembly to inspection and testing and employ many different technologies. Just looking at the different ...

Researchers at Philips Applied Technologies have developed an innovative technique that allows standard linear motors to simultaneously provide movement along two axes rather than along a single axis.

There are a number of linear motion technologies availableto machine and device designers, each with advantages and disadvantages.Medical device design in particular, in which applications typically ...

A wide variety of industries operate factories with large-format manufacturing lines, creating a need for long-travel motion axes and transfer robots. Some of these gantry and Cartesian robots can ...

The new low-inertia, direct-drive, Micro Linear family of motors is designed for precision positioning and scanning applications in medical/biotech instrumentation. The motors are said to be ideal for ...

The P3 is a robust, linear motor-driven stage featuring speeds up to 5m/s at 10g, and high acceleration capacity. The linear motor coil is integrated into the top assembly plate, allowing optimized ...