Nutfield Technology Moving Magnet Galvanometer QS-30

Description
Nutfield Tech nology’s QS-30 Moving Magnet Galvanometer offers strong performance and value for steering 30 mm and 45 mm aperture galvo mirrors. It is the first galvanometer to use a ceramic rotor to reduce rotor inertia and increase rotor stiffness. (Increased rotor stiffness raises the galvanometer’s resonant frequency, which allows improved step response.) The QS-30 Moving Magnet Galvanometer is designed to rotate optical scanning mirrors at a high bandwidth and settle to a high degree of accuracy and repeatability. It can handle inertias in the 0.6 to 80 g-cm2 range. The exact inertia that can be driven depends on the application requirements. When integrated with Nutfield’s QD-4000 servo amplifier, the QS-30 galvanometer scanners deliver accuracy and speed in compact, affordable configurations.
Datasheet
Description
Nutfield Tech nology’s QS-30 Moving Magnet Galvanometer offers strong performance and value for steering 30 mm and 45 mm aperture galvo mirrors. It is the first galvanometer to use a ceramic rotor to reduce rotor inertia and increase rotor stiffness. (Increased rotor stiffness raises the galvanometer’s resonant frequency, which allows improved step response.) The QS-30 Moving Magnet Galvanometer is designed to rotate optical scanning mirrors at a high bandwidth and settle to a high degree of accuracy and repeatability. It can handle inertias in the 0.6 to 80 g-cm2 range. The exact inertia that can be driven depends on the application requirements. When integrated with Nutfield’s QD-4000 servo amplifier, the QS-30 galvanometer scanners deliver accuracy and speed in compact, affordable configurations.
Datasheet

Suppliers

Company
Product
Description
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Moving Magnet Galvanometer - QS-30 - Nutfield Technology
Hudson, NH, USA
Moving Magnet Galvanometer
QS-30
Moving Magnet Galvanometer QS-30
Nutfield Tech nology’s QS-30 Moving Magnet Galvanometer offers strong performance and value for steering 30 mm and 45 mm aperture galvo mirrors. It is the first galvanometer to use a ceramic rotor to reduce rotor inertia and increase rotor stiffness. (Increased rotor stiffness raises the galvanometer’s resonant frequency, which allows improved step response.) The QS-30 Moving Magnet Galvanometer is designed to rotate optical scanning mirrors at a high bandwidth and settle to a high degree of accuracy and repeatability. It can handle inertias in the 0.6 to 80 g-cm2 range. The exact inertia that can be driven depends on the application requirements. When integrated with Nutfield’s QD-4000 servo amplifier, the QS-30 galvanometer scanners deliver accuracy and speed in compact, affordable configurations.

Nutfield Tech nology’s QS-30 Moving Magnet Galvanometer offers strong performance and value for steering 30 mm and 45 mm aperture galvo mirrors. It is the first galvanometer to use a ceramic rotor to reduce rotor inertia and increase rotor stiffness. (Increased rotor stiffness raises the galvanometer’s resonant frequency, which allows improved step response.)

The QS-30 Moving Magnet Galvanometer is designed to rotate optical scanning mirrors at a high bandwidth and settle to a high degree of accuracy and repeatability. It can handle inertias in the 0.6 to 80 g-cm2 range. The exact inertia that can be driven depends on the application requirements.

When integrated with Nutfield’s QD-4000 servo amplifier, the QS-30 galvanometer scanners deliver accuracy and speed in compact, affordable configurations.

Supplier's Site Datasheet

Technical Specifications

  Nutfield Technology
Product Category Galvanometer Optical Scanners
Product Number QS-30
Product Name Moving Magnet Galvanometer
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