Heason Videos

Welcome in our video section. You can see here different types of products in action. Please feel free to give us a call if you would like to get advices on your current project or application.

See how the ceramic nanomotion motor works

The Piezoelectric effect in piezoceramics converts electrical field to mechanical strain. Under special electrical excitation drive and ceramic geometry of Nanomotion motors, longitudinal extension and transverse bending oscillation modes are excited at close frequency proximity. The simultaneous excitation of the longitudinal extension mode and the transverse bending mode creates a small elliptical trajectory of the ceramic edge, thus achieving the dual mode standing wave motor patented by Nanomotion.

Multi-Axis Ultra High Vacuum Precision Manipulator

The edge of the technology concentrated in a single application

• Introducing a recent multi axis sample manipulator for world renowned European research laboratory
• Fourteen Integrated Axes of Motion
• Precision Rotary and Linear Positioning
• Sub-Micron positioning Repeatability
• Nanometre Measurement Resolution
• Non Magnetic Ceramic Servo Motors
• High "In-Position" Stability through Inherent Motor Braking
• Zero Backlash Leadscrew Elevators
• UHV Compatible
• Precision Ground Cross Roller Bearings
• Zero Servo Dither
• Fully Bakable to 120 Degrees Celcius

If you liked what you've seen and have a UHV Precision Manipulator application, please feel free to send your email to Jon Howard.

Stabilising effect with Nanomotion ceramic motors

A nice demonstration of how the ceramic Nanomotion motor can offer stabilisating compensation. In the first part, two motors are describing oposite motion, the pen is on a stand still. In the following part, a combination of XY axis compensate for the motion produced by the control, this what you in your video camera, amazing isn't it?

XCD demonstrator

Heason Technology for Sub-Minature Ceramic Piezo Servo Motors

Dover SAS linear motor stages - XY configuration

SAS stage from Dover (NEAT) in an XY configuration

Kollmorgen DDR revolution index

A serie of 3 videos demonstrating the high reliability of the Kollmorgen DDR positionning repeatability.
Video 1 of 3, back and forth revolutions.

Kollmorgen DDR degree index

A serie of 3 videos demonstrating the high reliability of the Kollmorgen DDR positionning repeatability.
Video 2 of 3, moving by 3.75 degree angle steps.

Kollmorgen DDR repeatability

A serie of 3 videos demonstrating the high reliability of the Kollmorgen DDR positionning repeatability.
Video 3 of 3, well the video talks for itself.