Onanon, Inc.

09/02/2026

Innovation doesn’t always have to start from scratch.

Onanon is expanding our standard connector portfolio to give engineers faster access to proven interconnect technologies. From the growing MagConnect® family to compact friction fit, high-voltage, and fiber optic solutions.

With more products available through distribution, engineers can prototype faster, reduce development time, and start with a proven platform that can evolve into a fully customized solution.

Explore how Onanon is making advanced interconnect technology more accessible and see what’s coming next.

Read the full blog: https://onanon.com/breakaway-connector-portfolio/
Explore Onanon: https://onanon.com
More resources: https://linktr.ee/OnanonInc

08/31/2026

08/28/2026

We’re hiring! 📢

Onanon is looking for a Program/Project Manager to join our team and help lead projects supporting the design, manufacturing, and delivery of innovative connector and cable assembly solutions.

If you’re an organized, collaborative project leader looking to grow your career in the medical device and interconnect industry, we’d love to hear from you.

📍 Milpitas, CA

Apply today:

🔗 https://onanon.com/careers/program-project-manager/

🔗 https://www.linkedin.com/jobs/view/4457626995/

Know someone who could be a great fit? Share this post with them!

08/27/2026

Onanon is heading to Galway!

Our team will be at Medical Technology Ireland on September 23-24 and would love to connect with medical device teams developing the next generation of technology.

Whether you’re working through a complex interconnect challenge, looking for a custom connector or cable assembly, or need engineering support to move a design forward, we’d love to talk.

📅 Book a meeting with our team: https://calendly.com/kkeshtgar-onanon/30min?month=2026-08

See you in Galway!

08/18/2026

Case Study Spotlight: Sensor Cable Assemblies for Robotic-Assisted Surgery

Precision in robotic-assisted surgery depends on every component performing reliably, including the connections behind the technology.

For this application, Onanon designed and manufactures custom sensor cable assemblies that house and protect sensitive sensors within the robotic surgical system.

Featuring silicone overmolding, hermetic sealing, and autoclavable construction, these assemblies are built to withstand repeated sterilization while supporting dependable performance over time.

Learn more about our custom engineering solutions: https://onanon.com

🔗 Linktree: https://linktr.ee/OnanonInc

08/17/2026

Supporting the Next Generation of Intravascular Lithotripsy

As Intravascular Lithotripsy continues to advance the treatment of calcified vascular disease, the technology behind every connection must keep pace.

In our latest blog, we explore what IVL demands from its interconnects, from high voltage isolation and secure mating to durability and intuitive operation, and how Onanon's MagConnect® HV is engineered to support these demanding applications.

Learn more about IVL technology and the interconnect engineering behind it in our latest blog: https://onanon.com/intravascular-lithotripsy-ivl/

Learn how Onanon's high-voltage medical connectors support Intravascular Lithotripsy (IVL) with reliable, precision-engineered performance.

08/04/2026

Case Study Spotlight: Custom Connector Solutions for Electrosurgical Systems

Every advancement in surgical technology depends on reliable interconnects behind the scenes.

When a customer needed to transition to a new electrosurgical generator platform, they also needed to maintain compatibility with existing surgical cables while improving safety and usability.

Our engineering team developed a fully custom connector solution featuring a teardrop connector, magnetic safety latch, integrated PCB electronics, and custom cable adapters. The result was a seamless transition to the new platform without sacrificing performance or compatibility.

Learn more about our custom engineering solutions: https://onanon.com

Linktree: https://linktr.ee/OnanonInc

08/03/2026

Before a connector or cable assembly reaches the field, it must demonstrate that it can withstand the mechanical stresses of real-world use.

In this video, Design Engineer Madeline walks through Onanon's tensile testing process and explains how we validate the strength and durability of our cable assemblies using the requirements of IEC 60601-1. By applying controlled pull forces over repeated cycles, we verify that every assembly is designed to perform reliably throughout its expected service life.

Watch the video to learn how tensile testing helps ensure dependable performance in demanding medical applications.

Learn more about our custom engineering solutions: https://onanon.com

Linktree: https://linktr.ee/OnanonInc

07/30/2026

Why MedTech Mixer? Because the best ideas start with conversations.

Silicon Valley is home to more than 1,000 medical technology companies,* creating a strong community of engineers, founders, manufacturers, and innovators.

MedTech Mixer brings this community together to exchange ideas, build meaningful connections, and advance medical technology.
Join us on August 13 from 3:30 to 6:30 PM at Onanon’s headquarters in Milpitas.

*Source: IntuitionLabs, SF Bay Area Medtech: An Analysis of 1,000+ Companies

07/29/2026

Every application has unique requirements. Your connector should too.

At Onanon, we help customers bridge the gap between standard products and fully custom designs. Alongside developing custom interconnect solutions, our engineers can modify off-the-shelf connectors to meet unique mechanical, electrical, and environmental requirements.

From integrating additional electronics to customizing pin configurations and ergonomics, we create solutions that simplify integration, accelerate development, and deliver long-term reliability.

Learn more about our approach to modified off-the-shelf connectors, custom engineering, and intelligent connector design in our latest blog.

https://onanon.com/custom-medical-device-connectors/

Discover how Onanon transforms off-the-shelf connectors into custom medical device interconnect solutions.