Medical robotics for flexible endoscopy procedures
Neptune Medical designs robotic systems for minimally invasive endoscopy, built on proprietary Dynamic Rigidization technology. The tech stack—C++, Python, NVIDIA Jetson, ROS, MATLAB, plus CAD tools (SolidWorks, Altium)—reflects a hardware-software hybrid org pushing toward real-time robotic control. Active hiring skews heavily toward senior engineers and manufacturing roles, with production-scaling projects dominating the roadmap: fixture design, assembly-line buildout, and yield-loss mitigation signal the company is transitioning from prototype to clinical manufacturing.
Neptune Medical is a Silicon Valley medical-device company founded in 2016, developing robotic platforms for flexible endoscopy. The company's flagship product, Pathfinder, received FDA clearance and is now deployed across leading U.S. hospitals. The current focus is Triton, a fully flexible robotic endoscopy system designed for deep-body navigation with precision control. The 51–200-person team is structured around engineering (majority), manufacturing, and operations, with the bulk of active projects centered on manufacturing scale-up, fixture design, and quality assurance to support clinical launches.
C++, Python, Linux, NVIDIA Jetson, MATLAB, ROS, SolidWorks, and Altium. The mix reflects embedded robotics development: real-time control (C++), prototyping (Python), edge compute (Jetson), mechanical design (CAD tools), and robot middleware (ROS).
Burlingame, California. The company was founded in 2016 and is venture-backed, with all active hiring currently in the United States.
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