Jobs at Lexington Medical, Inc.

In this role, you will lead the design and development of real-time embedded software for advanced surgical stapling platforms, working on ARM Cortex-M systems with tight safety-critical constraints. You will set technical standards, mentor engineers, and collaborate cross-functionally to ensure seamless hardware-software integration.

You will design, test, and support embedded electrical systems for minimally invasive surgical stapling devices, collaborating with cross-functional teams to bring high-reliability medical devices to market in a regulated environment.

You'll inspect medical device components and finished products to ensure they meet rigorous quality standards. Your core impact involves performing dimensional/visual inspections and documenting nonconforming materials. This role offers the opportunity to contribute to **life-saving surgical technology** in a **fast-growing MedTech company**.

You'll lead a team of 3-5 engineers developing **powered and manual surgical staplers** through all phases of product development. Your impact will drive **minimally invasive surgical solutions** that improve patient outcomes in a $6B+ market. This role offers the chance to **shape high-performance engineering teams** in a fast-growing MedTech company.

You'll identify, qualify, and bring on suppliers for new product designs, turning concepts into manufacturable reality. You'll partner with R&D and Operations to de-risk supply, control cost, and ensure every new product launches with a reliable supply base.

As a Supply Chain Analyst at Lexington Medical, you'll transform material, inventory, and logistics data into clear actions to keep production running and customers supplied. You'll work cross-functionally to improve visibility and decision-making across a global network, directly supporting products that impact millions of patients worldwide.

You will lead a small team of manufacturing engineers and technicians, optimize proprietary equipment, manage NPI and continuous improvement projects, and serve as a technical escalation point in a fast-growing MedTech company. Your work directly impacts surgical outcomes for patients worldwide.

You will contribute to the development, testing, and integration of embedded firmware within a surgical stapling platform, working on microcontroller-based systems, hardware bring-up, and real-world debugging in a regulated medical device environment.

You'll join a hands-on R&D team developing **precision surgical stapling devices** across reloads, manual handles, or power handles. You'll own **component design through manufacturing transfer** and impact **millions of patients** in a fast-growing MedTech company.

You'll **assemble small mechanical components** for **minimally invasive surgical stapling solutions** at a growing MedTech company. Your work will directly impact patient outcomes and quality compliance.