Microscope Filter Wheels and Shutters
Filter by manufacturer:
- ALL
- ASI
- LUDL
- Prior Scientific


ASI
Illumination Control
Dual C-Mount Splitter (DCMS)
FW-1000 High
Speed Filter Wheel
Website: https://www.asiimaging.com/


Ludl
Filter Wheels
The LUDL filter wheel provides fast, automated and efficient optical filter changing for microscopes. The filter wheel position is digitally encoded which makes it immune to slippage and skipping errors. Accurate filter positioning is essential to eliminate imaging errors that can affect the optical performance of the microscope and add unnecessary variations to measurement results. The LEP filter wheel is driven by a DC servo motor specifically selected for smooth, quiet, damped wheel motion. Flexibility and expandability is asssured with the MAC 5000/6000 controller system. The modular controller provides high performance and flexibility. Furthermore it is widely supported by almost any available imaging software application.


Prior
Filter Wheels
Prior has a 6 position (25mm filters), 8 position (32mm filters) and 10 position (25mm filters) filter wheels available
for both the ProScan and OptiScan range of controllers. High speed switching times of 55ms per adjacent position can be achieved
on ProScan systems. The OptiScan can deliver switch speeds of 120ms per adjacent positions.
A range of adapters are
available for most of the current and older microscopes from all of the microscope manufactures. If you do not want to couple the
filter wheel directly to the microscope, or you require additional stability then filter wheel support stands (HF310) are
available. More
…
High Speed Shutters
The high speed shutter has a 40 Hz maximum frequency of operation. The shutter can be opened and closed completely in as little
as 10ms.
25mm shutters have a maximum continuous speed of 10 Hz. Maximum burst speed of 40 Hz is for a maximum of five
cycles per 500ms.
35mm shutters have a maximum continuous speed of 5 Hz. Maximum burst speed of 20 Hz is for a maximum
of five cycles per 500ms. More …
Website: https://www.prior.com/