Product Announcements:
Electronics and Microelectronics Manufacturing

LED vs. IC Packaging Ceramic Capillaries: Find the Perfect Fit for Your Semiconductor Bonding Needs Read more...

Choosing Right EFO Wand Material: Boosting Wire Bonding Quality Read more...

Advanced ceramic solutions provide outstanding stability, cleanliness, and durability in demanding semiconductor environments, helping improve process consistency, equipment performance, and manufacturing efficiency. Read more...

Microporous ceramic chuck ensures precise wafer handling with uniform adsorption, high strength, and chemical resistance. Read more...

High-precision wafer pin silicon carbide chuck designed for semiconductor manufacturing, offering strong adsorption, excellent stability, and resistance to high temperature, corrosion, and wear. Ideal for wafer clamping and prealigner applications. Read more...

Electrical Feedthroughs for Your UHV

Electrical feedthroughs (or high-powered feedthroughs) transmit voltage or current into your high or ultra high vacuum environment. They are necessary for a number of scientific—we’re looking at you SpaceX!— and industrial applications. Read more...

What is Mass Spectrometry? Read more...

2026 Advanced Vacuum Components Industry Report. Read our latest in-depth analysis on the state of the industry and predictions for the future. Read more...

Douglas Electrical Components designs hermetic feedthroughs for immersion-cooled data centers, sealing connections like RJ45, USB, fiber, and power studs against dielectric fluids. Unlike standard IP-rated solutions, hermetic seals provide long-term protection, improved reliability, and custom mechanical integration for high-density server environments. Read more...

Hermetic feedthroughs are essential for TVAC space simulation, maintaining vacuum integrity while transmitting power and signals. Douglas Electrical Components provides PotCon® and PortPlate solutions using NASA-certified epoxy, supporting high-density, cryogenic, and fully tested assemblies for critical projects like the Dragonfly Titan mission. Read more...