OEM/ODM Supplier Binocular shutter modules - Single Blade Shutter Infrared IR Shutters & Thermal Imaging Shutters – Jinde
OEM/ODM Supplier Binocular shutter modules - Single Blade Shutter Infrared IR Shutters & Thermal Imaging Shutters – Jinde Detail:
We design custom NUC (non-uniformity correction) shutters for uncooled and cooled IR (Infrared imaging) camera systems for FPA (focal plane array), Bolometer arrays, and Infrared image sensor calibration.
Our shutters are found in many high performance thermal imaging cameras, cooled and uncooled, providing internal focal uniformity references. We are currently designing products for next generation technologies, such as:
17µ 640 x 480 Thermal Imaging Modules (TIM)
Image fusion of Image Intensification (I2), Long Wave IR (LWIR) and Short Wave IR (SWIR).
Infrared Actuator Specifications
Our thermal imaging / NUC shutters block apertures from 1mm to several inches in diameter. We can customize power, travel, mountings, blade dimensions, hall effect magnets and many other features to your exact specifications.
Rotary Solenoid Configurations
All rotary solenoids manufactured by ATM Optics operate based on the principle of a spring-free, electromagnetic system. Mechanical and electrical operating parameters can differ depending upon application, but all rotary solenoids conform to one of the three configurations described below:
1, Bi-Stable Solenoid
When the Bi-stable solenoid is energized with a pulse, the shutter rotates from the start position to the secondary position. It will remain magnetically latched in the secondary position until an opposite polarity pulse is applied, returning the shutter to its starting position.
2, Self-Restoring Solenoid
The solenoid is magnetically latched in its home position until it is energized, then the shutter will rotate to the secondary position and remain there until power is removed, allowing it to return to the home position.
3, Self-Restoring 3 Position Solenoid
The solenoid is magnetically balanced in a center position until it is energized; then the shutter rotates to position 2 and remains there until power is removed, returning the shutter to the center position. A reverse polarity pulse is applied to rotate the shutter in the opposite direction to position 3 where it will remain until power is removed, returning the shutter to the center position once again.
Drawings for more single blade shutters:
Model: ATM-SU-054
Model: ATM-MG-170
Model: ATM-SU-038
Model: ATM-MG-182
Product detail pictures:
Related Product Guide:
With our superb management, potent technical capability and strict quality command procedure, we go on to provide our shoppers with trustworthy high-quality, reasonable costs and outstanding services. We goal at becoming considered one of your most trustworthy partners and earning your pleasure for OEM/ODM Supplier Binocular shutter modules - Single Blade Shutter Infrared IR Shutters & Thermal Imaging Shutters – Jinde , The product will supply to all over the world, such as: belarus, Saudi Arabia, Canberra, Make sure you genuinely feel free to send us your requirements and we are going to respond for you asap. We now have got a skilled engineering group to serve for your just about every detailed needs. Cost-free samples could be sent to suit your needs personally to understand much more information. In an effort to meet your requires, be sure to seriously feel free to make contact with us. You may send us emails and contact us directly. Moreover, we welcome visits to our factory from around the globe for much better recognizing of our organization. nd objects. In our trade with merchants of numerous countries, we usually adhere for the principle of equality and mutual benefit. It is really our hope to market, by joint efforts, each trade and friendship to our mutual advantage. We look forward to getting your inquiries.
By Brook from Bangladesh - 2017.11.29 11:09
We are a small company that has just started, but we get the company leader's attention and gave us a lot of help. Hope we can make progress together!
By Eudora from Toronto - 2018.11.02 11:11
