Logo
Login / Register | My Cart (0 items)  
Latest News

Kasalis Inc. recently released its Pixid 300 line of fully automated camera module assembly and test systems, featuring active alignment, to assemble precision camera modules. The Pixid 300 Pro and Pixid 300 Test models both use components from Hitek Hardware to create kinematic couplings, allowing for interchangeable camera fixtures to be removed and repeatedly reloaded while maintaining mechanical reference to the machine. learn more


Stratospheric Terahertz Observatory (STO) – a joint project between the Johns Hopkins University Applied Physics Laboratory (JHU APL) and University of Arizona uses Hitek Hardware’s “Threaded Nylon Balls” to mount an “insert assembly” stress free to primary mirror. - learn more


NEW PRODUCT ANNOUNCEMENT

Screw Mount Kinematic Components:
Hitek now offers a complete line of "Screw Mount Kinematic Components" in addition to its current line of "Press-In Kinematic Components."

Precision Adjustment Screw with Drive Shaft - learn more

 

 

My Profile

Latest News

 

Kasalis Uses Hitek Hardware in Signature PixidTM 300 Line

Kasalis Inc. recently released its Pixid 300 line of fully automated camera module assembly and test systems, featuring active alignment, to assemble precision camera modules.

The Pixid 300 Pro and Pixid 300 Test models both use components from Hitek Hardware to create kinematic couplings, allowing for interchangeable camera fixtures to be removed and repeatably reloaded while maintaining mechanical reference to the machine. The Pixid 300 Pro model is a fully automated manufacturing system featuring active alignment of camera parts, customizable optical testing options, Adaptive IntelligenceTM SPC, and automated adhesive dispense and UV cure. Each stage of assembly is performed in parallel to obtain the fastest possible throughput time. Adaptive IntelligenceTM is a groundbreaking software suite that is embedded in the Pixid systems and improves the alignment process by using the machine feedback to improve its algorithms, thereby attaining faster speeds and improved yields. In addition to the Pixid 300 Pro, the series includes the Pixid 300 Test model, which is intended purely for the automated functional testing of camera modules.

“The increasing demands for improved image quality in mobile cameras has transformed the camera module industry, which now needs a cost-effective solution to meet the higher level of precision required in the alignment process,” said Justin Roe, president of Kasalis. “The Pixid 300 Pro is a clear breakthrough that is changing the cost-benefit equation of active alignment for the whole industry. We have created a disruptive technology.”

The Pixid 300 series systems are designed for high volume production of camera modules such as those used in smartphones, automotive applications, webcams, medical imaging, and security cameras. Kasalis has designed all of the Pixid systems to solve industry challenges, provide easy upgrading and maintenance through modular parts, and to align a camera lens to a sensor in up to six degrees of freedom to obtain the best possible focus quality across the entire image sensor. As technology in mobile electronics advances, camera modules assembled with precision alignment are increasingly important. About Kasalis Kasalis is a Delaware corporation engaged in the development of advanced manufacturing technologies for camera module assembly. Using advanced optical theory and mathematical algorithms, as well as customer feedback, the company takes an innovative approach to its product development. Headquartered in the U.S., Kasalis has global reach and systems with industry-leading performance. 

For more information, please visit www.kasalis.com



Hitek now offers a complete line of "Screw Mount Kinematic Components" in addition to its current line of "Press-In Kinematic Components"


Stratospheric Terahertz Observatory (STO) – a joint project between the Johns Hopkins University Applied Physics Laboratory (JHU APL) and University of Arizona uses Hitek Hardware's "Threaded Nylon Balls" to mount an "insert assembly" stress free to primary mirror.



KB-XX-N Threaded Nylon Balls
http://www.hitekhardware.com/index.php?p=catalog&parent=6&pg=1


 
The quarter inch diameter nylon balls can be seen in the bottom flange of the following picture. This is the called the "insert assembly" and fits into the primary mirror shown in the following pictures. These soft nylon balls allow the insert assembly to rest directly on the mirror face without damage or stress to the optical surface.  
 
 


Pictures supplied by: Nathan Rolande
Mechanical Engineer, AMDD Johns Hopkins University Applied Physics Laboratory

For more information about this project, visit: http://www.jhuapl.edu/techdigest/TD/td2803/20Bernasconi.pdf

 
 
New Product Announcement

Precision Adjustment Screw with Drive Shaft

This precison ball ended adjustment screw was custom designed and manufactured for Las Cumbres Observatory. The screws were used with stepper motors to drive precision locating focusing stages. Seventy five of these screws, PS312-80-14-DS, with matching theaded collets, PS312-80-C were ordered.

Las Cumbres Observatory Global Telescope Network is a private operating foundation, building a global network of telescopes for scientific research and research-based education. http://lcogt.net/

This part is now a standard component available at Hitek Hardware, Inc.

Click here to order.

 
Home | Site Map | About Us | Terms and Conditions | Contact Us | How to Enable Cookies
 
  Powered by Pinnacle Cart - Shopping Cart Software