Industrial Automation » Motion Controllers

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Used microscopes and imaging

Zaber ASR Series
- new
- Manufacturer: Zaber
50 mm up to 305 mm travel per axis Up to 12 µm accuracy; 2 µm repeatability; 85 mm/s speed Easily adjustable non-contact hall sensor limit switches Supported by µManager and MetaMorph® Microscopy Automation & Ima...
Vancouver, Canada
Zaber ASR Series
- new
- Manufacturer: Zaber
50 mm up to 305 mm travel per axis Up to 12 µm accuracy; 2 µm repeatability; 85 mm/s speed Easily adjustable non-contact hall sensor limit switches Supported by µManager and MetaMorph® Microscopy Automation & Ima...
Vancouver, Canada
Zaber ASR Series
- new
- Manufacturer: Zaber
50 mm up to 305 mm travel per axis Up to 12 µm accuracy; 2 µm repeatability; 85 mm/s speed Easily adjustable non-contact hall sensor limit switches Supported by µManager and MetaMorph® Microscopy Automation & Ima...
Vancouver, Canada
Zaber ASR Series
- new
- Manufacturer: Zaber
50 mm up to 305 mm travel per axis Up to 12 µm accuracy; 2 µm repeatability; 85 mm/s speed Easily adjustable non-contact hall sensor limit switches Supported by µManager and MetaMorph® Microscopy Automation & Ima...
Vancouver, Canada
Zaber ASR-E Series
- new
- Manufacturer: Zaber
50 mm up to 305 mm travel per axis Up to 12 µm accuracy; 2 µm repeatability; 85 mm/s speed Easily adjustable non-contact hall sensor limit switches Supported by µManager and MetaMorph® Microscopy Automation & Ima...
Vancouver, Canada
Zaber ASR-E Series
- new
- Manufacturer: Zaber
50 mm up to 305 mm travel per axis Up to 12 µm accuracy; 2 µm repeatability; 85 mm/s speed Easily adjustable non-contact hall sensor limit switches Supported by µManager and MetaMorph® Microscopy Automation & Ima...
Vancouver, Canada
Zaber ASR-E Series
- new
- Manufacturer: Zaber
50 mm up to 305 mm travel per axis Up to 12 µm accuracy; 2 µm repeatability; 85 mm/s speed Easily adjustable non-contact hall sensor limit switches Supported by µManager and MetaMorph® Microscopy Automation & Ima...
Vancouver, Canada
Zaber ASR-E Series
- new
- Manufacturer: Zaber
50 mm up to 305 mm travel per axis Up to 12 µm accuracy; 2 µm repeatability; 85 mm/s speed Easily adjustable non-contact hall sensor limit switches Supported by µManager and MetaMorph® Microscopy Automation & Ima...
Vancouver, Canada
Zaber X-ASR Series
- new
- Manufacturer: Zaber
50 mm up to 305 mm travel per axis Up to 12 µm accuracy; 2 µm repeatability; 85 mm/s speed Easily adjustable non-contact hall sensor limit switches Supported by µManager and MetaMorph® Microscopy Automation & Ima...
Vancouver, Canada
Zaber X-ASR Series
- new
- Manufacturer: Zaber
50 mm up to 305 mm travel per axis Up to 12 µm accuracy; 2 µm repeatability; 85 mm/s speed Easily adjustable non-contact hall sensor limit switches Supported by µManager and MetaMorph® Microscopy Automation & Ima...
Vancouver, Canada
Zaber X-ASR Series
- new
- Manufacturer: Zaber
50 mm up to 305 mm travel per axis Up to 12 µm accuracy; 2 µm repeatability; 85 mm/s speed Easily adjustable non-contact hall sensor limit switches Supported by µManager and MetaMorph® Microscopy Automation & Ima...
Vancouver, Canada
Zaber X-ASR Series
- new
- Manufacturer: Zaber
50 mm up to 305 mm travel per axis Up to 12 µm accuracy; 2 µm repeatability; 85 mm/s speed Easily adjustable non-contact hall sensor limit switches Supported by µManager and MetaMorph® Microscopy Automation & Ima...
Vancouver, Canada

Overview

Motion control systems are crucial components in machinery and robotics, providing precise control of movement in various applications. These systems typically include motors, controllers, and feedback devices to ensure accurate positioning and speed control. They are widely used in industries like manufacturing, automation, and aerospace to enhance efficiency and precision.

FAQ

What factors should I consider when buying a motion control system?

Consider the system's compatibility with your existing machinery, the required precision and speed, the type of feedback devices, and the overall cost of the system.

How can I ensure the motion control system is shipped safely?

Use a reputable shipping service that specializes in electronic components. Ensure the system is properly packaged with cushioning materials to protect against shocks and vibrations.

What is the typical maintenance for a motion control system?

Regular maintenance includes checking the connections, cleaning the components to prevent dust accumulation, and ensuring that the software is up-to-date. Refer to the manufacturer’s guidelines for specific maintenance tasks.