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OnPoint Team

Advancing patient outcomes through disruptive AR-AI technology

Leadership Team

Philipp Lang, MD, MBA

Founder, Chairman & CEO
Previously Founder, Chairman, CEO of ConforMIS. Distinguished Weissman Chair, Brigham & Women’s Hospital, Harvard Medical School, Stanford University faculty.

Grace Connelly, MBA

Chief Financial Officer
Previously senior management at The Gillette Company. Advised many start-ups and private companies in their scale up to successful liquidity events.

Daniel Steines, MD, MS

Chief Technology Officer
Previously Co-founder and CTO of ConforMIS, prior to that Stanford University. More than 10 successful product launches with more than 100,000 patients operated.

Jeremy Laynor

Chief Commercial Officer
Previously held Senior leadership roles at Providence Medical Technology, Paradigm Spine, and Medtronic. Instrumental in the development of successful commercial teams and strategies at a variety of stages for high growth medtech organizations.
FAQs

About the Company & Team

What is OnPoint Surgical and what does the company do?

OnPoint Surgical is a medical technology company focused on transforming surgical procedures through advanced augmented reality (AR) and artificial intelligence (AI)-powered navigation systems. The company develops innovative surgical guidance technologies designed to improve accuracy, reproducibility, and safety during complex procedures. By enabling surgeons to visualize critical anatomical structures directly on the patient instead of on external screens, OnPoint aims to fundamentally improve how surgeries are performed and experienced by both clinicians and patients.

The mission of OnPoint Surgical is to make complex surgical procedures more precise, accessible, and consistent across healthcare systems. The company is committed to empowering surgeons with tools that enhance their natural capabilities rather than replace them, allowing for better outcomes without adding unnecessary complexity. Ultimately, OnPoint seeks to elevate patient care by combining cutting-edge technology with practical usability in the operating room.

Unlike traditional surgical navigation or robotic systems, OnPoint Surgical focuses on augmenting the surgeon rather than replacing them. Its AR-AI platform allows surgeons to keep their eyes on the patient while accessing real-time guidance, preserving tactile feedback and natural workflow. Additionally, the company emphasizes an open-platform approach, meaning its system is compatible with existing implants, imaging tools, and operating room setups, avoiding vendor lock-in and increasing flexibility.

OnPoint Surgical technology is designed primarily for surgeons, including spine surgeons and other specialists performing complex procedures. It is also used by surgical teams such as residents, fellows, and physician assistants who benefit from enhanced visualization and shared real-time guidance. The system supports collaborative workflows in the operating room, improving both training and execution.

OnPoint supports clinical teams by providing real-time visualization of anatomy, enabling better planning and decision-making during procedures. Surgeons can visualize implants before placement, adjust strategies dynamically, and maintain focus on the patient instead of external monitors. This leads to increased confidence, reduced variability, and improved procedural consistency across teams.

OnPoint Surgical envisions a future where surgery is more personalized, data-driven, and intuitive. The company aims to lead the transition from screen-based navigation to immersive, patient-centric visualization using AR and AI. Its long-term goal is to redefine surgical standards by making high-precision procedures scalable, efficient, and accessible across healthcare systems globally.

By enhancing surgical precision and reducing variability, OnPoint helps lower the risk of complications and revision surgeries. Its technology enables more accurate implant placement and better intraoperative decision-making, which directly contributes to improved patient safety, faster recovery times, and overall better clinical outcomes.