Novanta (NOVT) 46th Annual William Blair Growth Stock Conference summary

Strategic direction and market focus

• Shifted portfolio from 10% to 53% medical end markets, reducing cyclicality and increasing exposure to robotics and automation.

• Reduced semiconductor exposure from 40-50% to 10-15%, while healthcare exposure rose to 50-55%.

• 98% of business is sole source proprietary IP, with long-term design-in cycles and sticky revenue streams.

• Addressable market estimated at $7 billion, with focus on high-growth, secular trends in minimally invasive and robotic surgery, precision medicine, and industrial automation.

• Asset-light model with 100% free cash flow conversion, reinvested in organic growth and M&A.

Innovation and product platforms

• Leading in end-of-arm technologies for surgical robotics, including sensing and motion control for precise movement and haptic feedback.

• Medical consumables now 15% of portfolio, up from 0% eight years ago, growing at double digits and tied to procedural growth rates.

• Intelligent subsystems, combining components and embedded software, now 30% of business, up from less than 5% a decade ago.

• 15% of sales linked to GenAI infrastructure, including EUV lithography and GPU drilling, growing 20% last quarter.

• Insufflation and fluid management platform is a category leader, with plans to double business by 2030.

Growth engines and operational model

• M&A flywheel with over 20 acquisitions in the last decade, compounding mid to high single-digit organic growth to double digits.

• Focus on recurring revenue streams, especially in medical consumables and intelligent subsystems.

• Proprietary safety technology for robotics, enabling safe human-robot interaction, with significant volume expected by 2028-2030.

• Precision motion and light manipulation technologies drive applications in 3D printing, semiconductor testing, and life sciences.

• Decentralized entrepreneurial business units balanced with coordinated key account management and operational excellence systems.