Slight tilts and offsets in camera and LiDAR component alignment can result in image degradation or poor resolution scans, which can be detrimental as drivers rely more heavily on safety features controlled by these components. Many manufacturers have turned to active alignment processes and light-curable adhesives to improve alignment accuracy and manufacturing efficiency. Learn more about active alignment and how Dymax epoxy adhesives are improving performance in the manufacturing of camera module and optical components in our new white paper.

GET PAPER NOW

辐射计校准

Degradation of curing bulbs, lightguides, and reflectors can decrease intensity, resulting in incomplete cure. Radiometers are a crucial tool for monitoring light intensity. To ensure they are operating at peak performance, radiometers should be recalibrated every 6-12 months, depending on type. Radiometer calibration is one of several services the Dymax equipment team offers.

FIND OUT MORE >

Partnership Enhances Automated 3D Printing and Manufacturing

We are excited to to be working with Intrepid Automation, a leader in additive manufacturing and automation services, to bring 3D printing to market faster. Intrepid’s new post-processing chambers will utilize BlueWave^® AX-550 LED flood-curing systems to ensure complete uniform curing of 3D-printed parts, which is especially critical in the aerospace, medical, and dental industries.

GET DETAILS

New Study Shows Catheter Adhesive Has Excellent Aging Performance

Results from a new aging study performed on the  215-CTH-UR-SC  line of catheter adhesives highlights the adhesives' excellent bond performance. When compared to a competitive product, 215-CTH-LV-UR-SC was initally 10-30% stronger and withstood 3 years of accelerated aging. Testing was also performed to see how 215-CTH-UR-SC's performance compared to older Dymax catheter adhesives.

SEE FULL STUDY

New Blog Post: One Way to Strengthen VOCs Management & Control to Meet China Standards

For manufacturers involved in the assembly of consumer electronics and automotive MFC, finding materials that are environmentally friendly can be a challenge. One area of particular importance is reducing the release of volatile organic compounds (VOCs) into the environment. CONTINUE READING >