Alternatives to Dopl Technologies

Global musculoskeletal solutions company developing implants, robotics, and enabling technologies for spine and orthopedic procedures.

Pioneering neuro-endovascular surgical robotics for precise, remote-controlled treatment of brain aneurysms and strokes.

Develops AI-driven, real-time intraoperative imaging for early lung cancer diagnostics and treatment.

AI-powered real-time guidance and quality assessment for cardiac ultrasound imaging.

Redefining kidney stone treatment with an aspiration-based stone removal system.

Developing innovative, minimally invasive solutions for tricuspid valve disease treatment.

Robotic surgery technology designed to expand access to minimally invasive procedures.

Augmedics uses augmented reality to provide surgeons with 'x-ray vision' for spine procedures.

Fieldin provides a smart farm control center for specialty crop growers, offering data-driven insights for field operations.

Developing the first robotic surgery platform for cataracts and widespread eye diseases.

Radiaction Medical revolutionizes radiation protection for interventional medical teams with innovative, user-independent shielding solutions.

Arondite is a London-based defense technology company that develops foundational software and artificial intelligence to connect and coordinate disparate autonomous systems for defense and national security organizations.

AI-powered robotics startup developing Memo, an autonomous robot for routine household tasks.

Skyline Robotics develops autonomous robots with AI and computer vision for high-rise window cleaning and building maintenance.

Develops and commercializes minimally invasive robotic platforms for the neuroscience field.

Modular autonomy software for agricultural machinery.

Multisensory belt using touch stimuli to help people regain normal walking sensations.

Developing no-contact guided ablation technology for atrial fibrillation treatment.

MST Medical Surgery Technologies develops an image-guided robotic laparoscope positioning system for computer-assisted surgery.

Developing autonomous robotic phlebotomy devices to standardize blood collection and improve patient care.