USA






Virtual Incision Corporation is a pioneering medical device company redefining minimally invasive surgery with its innovative robotic solutions. Based in Lincoln, Nebraska, the company designs compact, portable robotic systems that enable surgeons to perform complex procedures through a single small incision, reducing patient recovery time and improving clinical outcomes.
The flagship system, MIRA™ (Miniaturized In-vivo Robotic Assistant), offers surgeons enhanced precision, mobility, and control. Unlike traditional robotic platforms, MIRA’s compact design allows it to be easily integrated into operating rooms of any size, making advanced surgical robotics more accessible to hospitals and surgical centers worldwide.
Virtual Incision combines cutting-edge engineering, clinical insight, and rigorous testing to ensure safe, reliable, and efficient performance. Its technology empowers surgeons to perform abdominal procedures with greater accuracy, reduced trauma, and faster patient recovery.
Trusted by medical professionals, Virtual Incision continues to drive innovation in robotic surgery, expanding the possibilities of minimally invasive procedures. Its solutions optimize patient outcomes while increasing operating room efficiency.
Virtual Incision Corporation is a U.S.-based medical device company revolutionizing minimally invasive surgery through innovative robotic technology. Headquartered in Lincoln, Nebraska, the company develops compact, portable robotic systems that enable surgeons to perform advanced procedures through tiny single-incision access, reducing patient recovery time and improving clinical outcomes.
Its flagship product, MIRA™ (Miniaturized In-vivo Robotic Assistant), combines precision, mobility, and user-friendly design to empower surgeons in performing minimally invasive abdominal procedures with enhanced accuracy and safety. MIRA’s portability allows it to be deployed in various hospital settings without the logistical complexity of traditional robotic platforms.
Committed to advancing patient care, Virtual Incision integrates cutting-edge engineering, clinical expertise, and rigorous testing to ensure reliable, efficient, and scalable surgical solutions. Trusted by medical professionals, the company is driving the next generation of surgical robotics, making minimally invasive surgery more accessible and effective.
ESP32-EVB is an industrial-grade development board with Ethernet, relays, CAN bus, and microSD — perfect for robotic automation, gateways, or industrial IoT systems with rugged connectivity needs.
Combines ESP32 with LoRa transceiver and OLED screen. It’s designed for long-range telemetry and low-power robotics like delivery drones, field monitors, and agricultural bots.
Live demos of AI-driven shopper research tools, including biometrics, neuromarketing, and ethnography