Denton Vacuum

During the lift-off process after indium bump deposition (IBD), indium not deposited properly could be unintentionally removed. In order to rectify this, including pre-cleaning before IBD can greatly improve adhesion and lead to much better lift-off. Read about the process and learn more here: https://hubs.ly/Q037Q0r40

Denton Vacuum was the first choice for a leading Asian #lasermanufacturer when they needed a more complex system. While most systems meet the basic requirements, Denton's Infinity #IBD system produces the densest, shift-free, and lowest contamination optical film possible using #PVD. Learn more in our case study here: https://hubs.ly/Q039P78j0

The #CHIPSAct is facing possible issues with the President's threat to cancel the act and alter federal government #contracts and #tariffs. A professor at Columbia Law states that these tariffs will raise the costs for businesses and households across the board. Learn more about the latest on the CHIPS Act and more here: https://hubs.ly/Q039-rt00

What makes Biased Target Sputtering (BTS) the better choice for certain applications? BTS takes a unique approach to sputtering by generating low-energy ions below the sputter threshold while a negative voltage is applied to a target. Unlike standard Ion Beam Sputtering (IBS), this ensures sputtering from the target only and creates dense, pure, defect-free films. Learn more about the process and its applications in our blog: https://hubs.ly/Q0390pn50

Learn more about the Denton Vacuum Infinity Ion Beam Deposition system. With excellent control over adatom energies, the Infinity IBD offers high repeatability and uniformity while achieving higher process performance and thickness uniformity. Read more about the system and what it can do for your processes here: https://hubs.ly/Q038dC_H0

Focused Ion Beam (FIB) uses a narrow ion beam to etch. Due to its special functions but inability to perform whole-chip delayering, FIB and broad ion beam delayering are complementary techniques. Learn more in the #DentonVacuum technical paper published in #EDFAMagazine , "Whole-Chip Delayering for Failure Analysis and Quality Assurance." https://hubs.ly/Q033Ns0j0

Selecting a physical vapor technique for your manufacturing process greatly affects the end application. The two prominent techniques are evaporation and sputtering, both of which have their own benefits. Which will work best for your production? Read our blog at the link below to learn key considerations for each technique and which would work for you. https://hubs.ly/Q037MP_g0

Hear the history of Denton Vacuum from those who lived it. From Richard Denton’s work at the Frankford Arsenal during WWII to becoming a leader in deposition and etch technologies, see the Denton story. #DentonVacuum #history #blog #video #thinfilmdeposition Watch “Denton Vacuum: A Legacy of Innovation”: https://hubs.ly/Q037RhRQ0

Stay current on #thinfilmdeposition and #failureanalysis technology by following #DentonVacuum on LinkedIn. For over 60 years, we have pioneered the #thinfilm industry. Discover how our solutions can solve your challenges. #FollowFriday https://hubs.ly/Q033MTk80

#DentonVacuum is a partner that collaborates with you to ensure our system meets your application needs. In this case study, learn how we worked with a leading #laser manufacturer to help #optimize their processes to meet key performance requirements: https://hubs.ly/Q033MV_W0