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Shutter Systems
CS Series (Unique Patented Design)
–Applications: Video Imaging, Telescopy, Microscopy, and Holography
–Long Lifetime
–Small Size to Aperture Ratio
DSS Series
- There are no protruding components allowing flush mounting on either side of the device.
- Circular envelope and concentric aperture allow for easy and fast integration into customer specific applications.
- Simplicity of design allows for unprecedented ease of scaling from apertures as small as 10mm.
LS Series (Laser Switching)
–Applications: Video Imaging, Telescopy, Microscopy, and Holography
– Operation Frequency up to 400 Hz
NS Series (N-CAS® Patent Pending Design)
–Features patent pending Non-Contact Actuation System (N-CAS) to provide accurate and reliable shutter operation
–Versatile design allows for shutters to be easily configured bi-stable, normally open or normally closed
–Five bladed design minimizes outside diameter to fit where space is at a premium
–Machined aluminum body allows for direct mounting to flat surfaces
TS Series
- Single bladed design along with bi-stable configuration, only requiring power to change state
- Alternate blade material can be made available by special order for x-ray or other unique customer applications
- There are no protruding components allowing flush mounting on either side of the device.
- Circular envelope and concentric aperture allow for easy and fast integration into customer specific applications.
VS Series
– Applications: Video Imaging, Telescopy,Microscopy, and Holography
– Ideal For Custom Applications
– Fast Open Times
XRS Series (X-RAY Shutter)
– Applications: X-Ray Switching
– Capable of Blocking up to 30 keV Continuously
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Focus Tunable Lenses
Optotune is a leading supplier of focus tunable lenses for diverse applications. Whether electrically or mechanically actuated, the advantages of tunable lenses over traditional optics are striking. Optotune's lenses can be taylored to your specific demands in terms of size, tuning range, transmission range or speed. Tell us your requirements and we will be happy to assess the feasibility.
Advantages
A change in lens radius of several micrometers can have the same optical effect as moving the entire lens several centimeters. Optical systems can be designed more compact, oftentimes with less lenses and usually with less or no translational movement. Accordingly, there is no more need for expensive mechanical actuators. Less movement also leads to a more robust design, which can be completely closed so that no dust can enter. Furthermore, the materials employed are lighter than glass, saving overall weight. Less movement and weight also means less power consumption and that the response time of systems with tunable lenses can be very low, in the order of milliseconds. Another advantage becomes obvious during production. The fact that less optical parts are moved combined with the tunability of the radius during operation results in reduced tolerance sensitivity and thus higher yield rates.
To summarize, these are the five main advantages of focus tunable lenses over traditional optics:
● Compact design
● Less mechanics
● Fast response
● Low power
● Less tolerance sensitivity
光學測試設備
雷射光源
光調變元件
光學鏡片及材料
精密光學機構
精密電控平台
光學防震設備
影像擷取系統
光纖光學元件
教學系統設備
