Brewer Science

Early detection of trace PFAS can save you time and money. Traditional measurement methods could be avoided entirely. At this week, Shane Gumm will share Brewer Science’s R&D approach to extending printed electronics for PFAS detection, with a focus on collaboration and co‑development. Link to the abstract is posted in the comments.

Visit Brewer Science next week at TechBlick The Future of Electronics RESHAPED in Mountain View, California from June 10 – 11, 2026. Stop by booth D03 to learn about our latest innovations in printed electronics for PFAS detection.

A strong culture doesn’t happen by accident, it’s intentionally built over time.
In addition to earning the 2026 USA TODAY Top Workplace honor, Brewer Science continues a legacy of workplace excellence, including multiple regional and industry recognitions. These sustained honors reflect a culture rooted in shared values, meaningful work, and employee ownership.
Our employee‑owners bring purpose, creativity, and pride to everything they do.
Energage UsaToday Top Workplaces

We’ve received a lot of questions this week at ECTC around how materials innovation is addressing yield, scalability, and performance challenges in advanced packaging.
At ECTC, Brewer Science is highlighting materials designed to enable cleaner temporary bonding and debonding (TBDB), ultrathin wafer handling, and high speed digital and AI-driven applications—all critical topics reflected across this year’s technical program and sessions.
From innovative laser release layers that support lower fluence and cleaner debonding, to low Dk, low Df dielectrics engineered for advanced interconnect performance, our team has been excited to discuss how materials choices can directly impact manufacturing reliability and device performance.
If you weren’t able to connect with us this week, submit a request through our website to continue the conversation and explore these solutions in more detail.

Lower fluence. Cleaner release. Higher yield. Is your TBDB process ready? Find Brewer Science at booth 511 at ECTC, and let’s discuss how lower fluence and cleaner release can impact your yield. Don’t miss Dr. Chen’s presentation on May 26th, where he will answer all these questions and more.

Brewer Science is proud to be a Gold Sponsor of ECTC. Visit us at booth 511 to discuss how our innovative TBDB materials can improve your advanced processes. We have several experts at the event available to answer your questions, as well as two presentations on Thursday.

Being recognized as a 2026 USA TODAY Top Workplace reinforces what guides us every day: empowering employee-owners to think innovatively at Brewer Science. This recognition stands as a testament to the strength of our people‑first culture and the commitment of our employee‑owners.
Energage UsaToday Top Workplaces

Brewer Science will be contributing to the technical program of ECTC. Rama Puligadda will be a panelist on “Innovative Materials for Advanced Packaging – Materials for Packaging, Integration, and Performance”. Dr. Hanlin Chen will present, “Thin Cleanable Organic Laser Release Layer With Ultralow Laser Transmittance Below 360 nm Wavelength for TBDB”. Additionally, Brewer Science will co-present with ITRI, “Hierarchical Multi-Layer and Stacking Vias with Novel Structure by Transferable Cu/Polymer Hybrid Bonding for High-Speed Digital Applications”. You can view abstracts details and presentation themes in the press release linked in the comments.

[PRESS RELEASE] Brewer Science to Showcase Advanced Packaging Materials and Technologies at ECTC 2026. Brewer Science will exhibit at Booth #511 and is proud to serve as a Gold Sponsor of ECTC 2026. Company experts will be available throughout the conference to discuss materials-driven solutions that enable next-generation heterogeneous integration, high-bandwidth memory for AI, and high-speed digital applications.
Brewer Science researchers and technology leaders will contribute to the ECTC technical program with two presentations and participation in a special materials innovation panel.