PrecisionPoint Robotics

Elevator Pitch: Imagine if surgeons could ‘extend’ their expertise with a robotic arm that offers the precision of a machine but the intuition of a human hand. PrecisionPoint Robotics introduces CRANE – a breakthrough in medical automation that transforms complex CT-guided interventions into safer, more accurate, and less invasive treatments. Our robot minimizes radiation risks and maximizes the effectiveness of every procedure. Join us in redefining surgical precision.

Concept

Minimally Invasive Medical Robotics

Objective

To provide a robotic system that increases the accuracy and safety of CT-guided percutaneous procedures.

Solution

CRANE technology – a CT-compatible robotic arm designed to enhance dexterity for needle placement while minimizing radiation exposure.

Revenue Model

Sales of robotic systems to hospitals and medical centers, with potential for recurring revenue through service contracts and software updates.

Target Market

Healthcare institutions globally, with initial focus on advanced medical facilities in oncology and chronic pain management.

Expansion Plan

Scaling production, establishing partnerships with healthcare providers, and expanding globally. Investing in R&D for additional medical applications and compatibility with other imaging technologies.

Potential Challenges

High initial development costs, operating within medical regulations, and gaining trust from healthcare professionals for technology adoption.

Customer Problem

The need for more precise and safer minimally invasive procedures with reduced radiation exposure.

Regulatory and Ethical Issues

Compliance with FDA and other health regulatory agencies for medical devices, ensuring patient safety, and addressing the ethical implications of automation in healthcare.

Disruptiveness

Could revolutionize the precision of minimally invasive surgeries, reduce operative times, and enhance overall patient outcomes.