Tag Archives: Lucas Dillingham
Thanks to advancements in powertrain manufacturing, sealing processes have improved assembly efficiency. Formed-in-place gaskets (FIPG) are replacing traditional mechanical fasteners as they are more cost effective, stronger, and easier to apply. However, adhesive bonding rather than mechanically fastening presents different challenges and requires new protocols.
Lead Sales Engineer Lucas Dillingham has presented “Defining Cleanliness in Powertrain Manufacturing for FIPG Applications,” at several events and automotive factories. BTG Labs works with numerous automotive manufacturers on surface chemical cleanliness and what it means for assembly.
Traditional millipore tests reveal particulate contamination, but on a sealing surface, one must detect chemical contamination. To adhere successfully, surface cleanliness on a chemical level is vital.
A byproduct of automotive manufacturing processes is contaminants that are detrimental to adhesion. Processes entailing unwanted contaminants include:
In the fast-paced automotive industry, manufacturers are constantly working to engineer stronger and more innovative vehicles. Emissions regulations call for more light weight, fuel efficient vehicles. As a result, manufacturers require a way to build an automobile that has it all: strength, efficiency, and light weight.
Manufacturers are looking to the new world of ligthweighting; this method cuts down on weight and material without sacrificing the integrity of the automobile. June 8 at 2:00 PM – 3:00 PM ET, BTG Labs will host a webinar along with Industrial Market Insight, a strategic marketing consultant, and Plasmatreat, a BTG Labs partner specializing in highly efficient surface treatment.
Entitled, “Surface Engineering for Successful Joining of Dissimilar Materials in Advanced Lightweight Automotive Structures,” this webinar explores the necessary aspects of successful ligthweighting. Topics include bonding of dissimilar materials, optimizing surface treatments, and creating new ways to bond. In an effort to reduce weight, traditional mechanical fasteners are replaced by bonded adhesives. Controlling and understanding the surface is the key to a successful bond. …Read More
Top aerospace manufactures recruit state-of-the-art equipment to ensure precision and perfection. One thing the best of the best have in common: the Surface Analyst. BTG Labs first engineered the Surface Analyst through an SBIR (Small Business Innovation Research) grant to collaborate with the USAF (United States Air Force). Born out of necessity, the instrument was engineered to verify a surface’s readiness to adhesively bond fasteners.
Today, the Surface Analyst is written into Lockheed Martin specifications for fighter jet manufacturing; it played a major role in the development of the F-35; and its expertise is trusted on all factory floors of top aerospace manufacturers.
While the Surface Analyst use has spilled outside of the aerospace box, BTG Labs remains closely tied in the aerospace industry and that is why you will find us at AA&S 2017. Taking place May 22-25 in Phoenix, Arizona, The Aircraft Airworthiness and Sustainment Conference attracts leaders of the aerospace industry from around the world.
BTG Labs will present new data on monitoring laser cleaning with Surface Analyst at ALAC (Advanced Laser Applications Conference) 2017. Taking place in Novi, Michigan from May 9-10, this show brings together the latest in advanced laser technology.
BTG Labs’ Lead Sales Engineer Lucas Dillingham will present a paper entitled, “A New Technology to Develop, Monitor, and Validate Laser Cleaning Processes” at 10:00am on May 10. Verifying the effect of laser cleaning on metal surfaces has proved challenging, especially on the manufacturing floor. This paper showcases new data on using the Surface Analyst to monitor and optimize laser cleaning processes on metals. The Surface Analyst’s portability allows for its use directly on the manufacturing floor to objectively verify laser cleaning on every part. Knowing the quantitative outcome of a laser cleaning application allows optimization to produce a more reliable final product. The Surface Analyst is the ideal way to verify laser cleaning processes quantifiably and precisely right on the factory floor. …Read More
This week, BTG Labs will travel to Hayward, California to attend Plasmatreat’s Open House and Surface TechDays. As a partner of BTG Labs, Plasmatreat recruits the Surface Analyst to verify plasma treatments. We value chances like this to collaborate and offer customers complete surface treatment solutions.
This event, which showcases Plasmatreat’s new R&D Center and Plasma Laboratories will also include Surface TechDays in which leaders from diverse industries will present and discuss the latest in surface technologies. BTG Lab’s President Tom McLean and Sales Engineer Lucas Dillingham will present on the “Four Critical Control Points for Managing Surface Performance” and how the Surface Analyst improves surface sensitive processes.
BTG Labs sat down with Plasmatreat’s President and CEO, Andy Stecher to find out more about the upcoming event. …Read More
The Aerodef Manufacturing conference was held last week in Ft. Worth Texas. This event is a smaller regional manufacturing show focusing on aerospace and defense industries. The show typically features technical papers on a variety of topics, a small trade show floor, and a few receptions to allow for networking and socialization.
This year BTG Labs presented a paper on surface controls in manufacturing. Our marketing partner Abaris Training Services, kindly shared their booth with us. During the show, I had the opportunity to meet a variety of current and potential customers, discussing ways to validate surface prep, cleaning, and surface condition. Since my interests cover all surface material related topics, there is always a lot to discuss! …Read More