1
Country: Canada | Funding: $326.2M
Profound Medical manufactures a device for MRI-guided transurethral ultrasound ablation of the prostate cancer. TULSA-PRO is an FDA/CE-cleared surgical robot for ablation in men with localized prostate cancer, associated with obstructive benign prostatic hyperplasia (BPH), localized recurrent prostate cancer after radiation therapy or large-volume BPH. The system enables preoperative surgical planning, 360-degree guidance, precise and accurate targeting, automatic energy adjustment and real-time temperature monitoring.
Profound Medical manufactures a device for MRI-guided transurethral ultrasound ablation of the prostate cancer. TULSA-PRO is an FDA/CE-cleared surgical robot for ablation in men with localized prostate cancer, associated with obstructive benign prostatic hyperplasia (BPH), localized recurrent prostate cancer after radiation therapy or large-volume BPH. The system enables preoperative surgical planning, 360-degree guidance, precise and accurate targeting, automatic energy adjustment and real-time temperature monitoring.
2
Country: USA | Funding: $11.5M
AiM Medical Robotics is developing portable, MRI-compatible surgical robot that can be useed in the MRI room and operating room. The company's goal is to improve outcomes for patients undergoing neurosurgery for functional brain disorders (Parkinson's disease, epilepsy, etc.) and brain cancer. It also can save hospitals money by eliminating errors and reducing procedure time. AiM's robotic platform can integrate into existing workflow and provide surgeons with real-time intraoperative MRI visualization combined with robotic control to ensure precise placement of neurostimulation electrodes, biopsies, tumor ablation and targeted intracranial delivery of therapeutic drugs. The system leverages AI to provide surgeons with predictive information in real time.
AiM Medical Robotics is developing portable, MRI-compatible surgical robot that can be useed in the MRI room and operating room. The company's goal is to improve outcomes for patients undergoing neurosurgery for functional brain disorders (Parkinson's disease, epilepsy, etc.) and brain cancer. It also can save hospitals money by eliminating errors and reducing procedure time. AiM's robotic platform can integrate into existing workflow and provide surgeons with real-time intraoperative MRI visualization combined with robotic control to ensure precise placement of neurostimulation electrodes, biopsies, tumor ablation and targeted intracranial delivery of therapeutic drugs. The system leverages AI to provide surgeons with predictive information in real time.
3
Country: UK | Funding: $1.3B
CMR Surgical created #Versius: the next-generation universal robotic system for minimal access surgery.
CMR Surgical created #Versius: the next-generation universal robotic system for minimal access surgery.
4
Country: Hong Kong | Funding: $475.6M
Cornerstone Robotics operates to improve the accessibility of high-end medical services in China.
Cornerstone Robotics operates to improve the accessibility of high-end medical services in China.
5
Country: USA | Funding: $328.8M
HistoSonics is developing a non-invasive, autonomous robotic platform capable of destroying tissue at a sub-cellular level.
HistoSonics is developing a non-invasive, autonomous robotic platform capable of destroying tissue at a sub-cellular level.
6
Country: USA | Funding: $323.1M
Palladyne AI is a robotics company developing wearable and teleoperated industrial robotics that improve the safety & productivity of their users.
Palladyne AI is a robotics company developing wearable and teleoperated industrial robotics that improve the safety & productivity of their users.
7
Country: Italy | Funding: $209.8M
MMI (Medical Microinstruments Inc) is a developer of novel robotic solutions for unmet medical needs.
MMI (Medical Microinstruments Inc) is a developer of novel robotic solutions for unmet medical needs.
8
Country: Italy | Funding: $209.8M
MMI is focused on advancing robotic technology for soft tissue open surgery with the world's smallest wristed instruments.
MMI is focused on advancing robotic technology for soft tissue open surgery with the world's smallest wristed instruments.
9
Country: Germany | Funding: €185M
Neura Robotics develops cognitive robots that can be utilized in both industrial and daily settings.
Neura Robotics develops cognitive robots that can be utilized in both industrial and daily settings.
10
Country: Israel | Funding: $190M
ForSight Robotics created surgical platform designed specifically for ophthalmological (eye) surgeries — a category requiring a great deal of precision.
ForSight Robotics created surgical platform designed specifically for ophthalmological (eye) surgeries — a category requiring a great deal of precision.
11
Country: USA | Funding: $183.1M
Neocis develops robotic technologies for applications in the healthcare industry.
Neocis develops robotic technologies for applications in the healthcare industry.
12
Country: USA | Funding: $128.7M
EndoQuest Robotics is a medical cquipment manufacturing company that makes endoluminal robotic surgical system for medical industries.
EndoQuest Robotics is a medical cquipment manufacturing company that makes endoluminal robotic surgical system for medical industries.
13
Country: Israel | Funding: $128M
Memic has set out to transform robotic-assisted surgery, with proprietary technology that has the potential to far surpasses today’s best solutions. Providing unprecedented access and maneuverability, our Memic’s Hominis surgical platform features miniature, humanoid-shaped robotic arms with human dexterity, superhuman flexibility, and 360˚ articulation.
Memic has set out to transform robotic-assisted surgery, with proprietary technology that has the potential to far surpasses today’s best solutions. Providing unprecedented access and maneuverability, our Memic’s Hominis surgical platform features miniature, humanoid-shaped robotic arms with human dexterity, superhuman flexibility, and 360˚ articulation.
14
Country: USA | Funding: $100.4M
Activ Surgical is building a hardware-agnostic platform to enable autonomous and collaborative surgery through the integration of computer vision, artificial intelligence and robotics.
Activ Surgical is building a hardware-agnostic platform to enable autonomous and collaborative surgery through the integration of computer vision, artificial intelligence and robotics.
15
Country: USA | Funding: $97M
Mendaera develops collaborative robotic system that merges real-time imaging, AI and robotics to help providers make "precise and consistent intervention more accessible."
Mendaera develops collaborative robotic system that merges real-time imaging, AI and robotics to help providers make "precise and consistent intervention more accessible."
16
Country: USA | Funding: $90.8M
Diligent Robotics builds AI-powered robot assistants that do humans' routine tasks. Moxi is our 1st commercial robot helping nurses.
Diligent Robotics builds AI-powered robot assistants that do humans' routine tasks. Moxi is our 1st commercial robot helping nurses.
17
Country: Israel | Funding: $83M
Intuition Robotics provides care companion technologies for older adults.
Intuition Robotics provides care companion technologies for older adults.
18
Country: USA | Funding: $80M
Vivodyne develops an automated robotic system that discovers life-changing drugs and cellular therapies.
Vivodyne develops an automated robotic system that discovers life-changing drugs and cellular therapies.
19
Country: USA | Funding: $77.4M
Embodied is a robotics and AI company developing state-of-the-art companion robots that aim to revolutionize care and wellness, enhancing quality of life for individuals and families.
Embodied is a robotics and AI company developing state-of-the-art companion robots that aim to revolutionize care and wellness, enhancing quality of life for individuals and families.
20
Country: USA | Funding: $75.2M
Clarapath is a medical robotics company that develops the SectionStar, a platform to mimic the human histotechnician.
Clarapath is a medical robotics company that develops the SectionStar, a platform to mimic the human histotechnician.
