Videos

The Linear Servo Motor used on a vertical axis will require a counterbalance to offset gravity. Without a counterbalance the motor will fall when it is de-energized. gLESS is a counterbalance mechanism which utilizes a magnetic force to offset gravitational ...

The shaft motor that makes up the Z-axis is equipped with a gLESS counterbalance and four Aicams Labs pipettes. The icomes pipette is thin (9 mm) and light (less than 200 g), The pipette is equipped with a unique Φ8mm ...

The 10-axis demo provides a glimpse into the power of the linear shaft motor and the Commander series controller in providing a coordinated dance of speed and precision. Precision, speed, simplicity of design, and space savings are all on display ...

The Linear Servo Motor outperforms competing linear motors when high speed and high precision are needed simultaneously. The Linear Servo Motor is able to achieve sub-micron resolutions, and also greatly decreases the impact of heat on the workpoint.

Nippon Pulse's Linear Servo Motor is the first linear servomotor designed for the ultra-high-precision market. Its design features greater stiffness, no cogging, a non-critical air gap, and less heat generation, which allow the Linear Servo Motor to achieve sub-micron resolution.

The Linear Servo Motor is built for the ultra high-precision market, but is also designed to handle lower-resolution applications. The Linear Servo Motor is more efficient and produces less heat than other linear motors, such as platen-style and U-shaped systems.

Our Linear Servo Motor can be used in a variety of vertical applications. A vertical alignment of the Linear Servo Motor can be seen here, as can a variety of motion profiles. This is a S160T motor. View all of ...

This pick-and-place machine utilizes both a Linear Servo Motor and one of Nippon Pulse's rotary tin-can stepper motors. The stepper rotates at the point of the pick-and-place, while the Linear Servo Motor moves the machine's arm along the X-axis.

With a travel distance of 2 m/s and an acceleration of 2G, four Linear Servo Motors run in parallel off of just one encoder and one servo drive.

Two Linear Servo Motors can be used in parallel using only one encoder, one driver, and one controller.

This video highlights the Linear Servo Motor's ability to be used in harsh environments as a result of its non-critical air gap. Here, iron filings are attracted to the shaft, but do not impede the motor's ability to run at ...

This video shows the S160D Linear Servo Motor with four forcers. As you can see, four different movements can be achieved with one shaft because each forcer can be controlled and driven by its own electronics.