Knowles Precision Devices

06/23/2026

At Knowles, our high performance, high-reliability components are supporting innovations in hearing health, imaging, implantables, defibrillators and other medical devices.

06/23/2026

Happy International Women in Engineering Day!

Today we celebrate the achievements of women engineers around the world, and especially those at Knowles.

This year’s theme, highlights the impact of creativity, expertise, and forward-thinking problem solving in engineering. We’re proud to support women in STEM through initiatives like the University of Chicago’s Women in Engineers Summer Program, helping encourage more women to pursue careers in the field.

Here’s to today’s innovators and tomorrow’s trailblazers in engineering!

06/18/2026

Great energy in Lisbon as we brought our European distribution partners together for the Knowles Corporation Distribution Summit.

This event was a great opportunity to connect face-to-face, share ideas and strengthen the relationships that drive our success. From discussions on our portfolio and core technologies to meaningful collaboration (and a bit of fun along the way), it was a valuable few days with our partners.

Thank you to everyone who joined us—we’re excited for what we’ll accomplish together next.

06/16/2026

⚡ In high-voltage, high-reliability applications, safety is non-negotiable.

That’s why safety capacitors are essential.

Safety capacitors are excellent at mitigating the risks associated with transient voltages and electrical interference.

We developed this comprehensive eBook to provide in-depth guidance on the role, classification, and selection of safety capacitors, ensuring you can make confident design choices that protect both users and equipment.

Download the eBook today: https://bit.ly/43bsdtJ

06/10/2026

The rise in automotive electrification, renewable energy systems, and high-density industrial power supplies is driving demand for power electronics that deliver more performance in less space, all without compromising safety or long-term reliability. This means engineers need compact safety-certified components that support high-voltage operation and stringent insulation requirements.

See how Knowles is supporting this need with the latest expansion of our X1/Y2 safety-certified surface-mount MLCC portfolio.

Knowles expanded its X1/Y2 safety-certified MLCC range with a new 3825 case size, enabling compact, high-voltage power designs with enhanced reliability.

06/09/2026

Electromagnetic interference can corrupt data, disrupt systems, and compromise mission-critical electronics. Ceramic EMI filters act as low-pass filters attenuating high-frequency noise and keeping power systems stable.

EMI filters safeguard power supplies, motor drives, and more.

06/01/2026

Join us tomorrow at our Cazenovia Career Fair and take the next step in your career with Knowles.

We are hiring Full-Time Manufacturing Operators at our Cazenovia, NY location, with immediate openings on 1st and 2nd shift.

Walk-ins are welcome, but we encourage you to apply in advance:
https://bit.ly/4vmAk2F
Please bring a copy of your resume.

We look forward to meeting candidates interested in building their future with our Cazenovia team!

05/27/2026

Join us next week at our Cazenovia Career Fair and take the next step in your career with Knowles.

We are hiring Full-Time Manufacturing Operators at our Cazenovia, NY location, with immediate openings on 1st and 2nd shift.

Walk-ins are welcome, but we encourage you to apply in advance:
https://bit.ly/4oauLCh
Please bring a copy of your resume.

We look forward to meeting candidates interested in building their future with our Cazenovia team!

05/26/2026

As the energy landscape evolves to include more renewables, smart grids, EVs, and AI-driven infrastructure, performance demands on energy infrastructure are rapidly increasing.

But behind every energy innovation is a critical enabler: Capacitors.

See how Knowles' components are delivering the precision, reliability, and efficiency engineers need to power innovation at every stage of the energy cycle.