Prêt à propulser votre carrière à la vitesse de la robotique ? 🦾 Notre équipe s'agrandit !
Explorez nos opportunités pour trouver le poste qui vous fait vibrer : kinovarobotics.com/fr/carrie…
Behind KIMA’s responsiveness lies an uncompromised motion architecture.
A micro-delay is a compromise in clinical precision. Partnering with Acontis eliminates hardware latency—saving medical OEMs 12 to 18 months on development.
Discover how: loom.ly/0-lwLt8
Look who visited Kinova HQ! 📸 Great day hosting the students from @queensu ADVENTOR program out of Ingenuity Labs. 🎓
Amazing exchanges on the future of medical & assistive robotics. The future of engineering is in excellent hands!
DM us to book a tour for your uni!
Behind KIMA’s flawless motion lies an uncompromised data architecture.
By natively integrating RTI Connext, we eliminate networking bottlenecks for OEMs—saving 12 to 18 months on commercialization timelines.
Read the full article: loom.ly/mYFOaEc
The Kinova x Bota Systems Webinar replay is live! 🎥
Dive into 1kHz force control & see why force-sensing makes AI robotics safer and more intuitive with experts Hiruni Gunawardana, Martin Wermelinger, and Klajd Lika. 🦾
📺 Watch here: loom.ly/vLtceSE #Robotics
Industrial robots retrofitted for medicine carry hidden compromises. The OR has no room for workarounds.
Meet KIMA: sub-13kg, 750mm reach, and purpose-built exclusively for surgical precision.
Explore the uncompromised architecture: kinovarobotics.com/medical/
Surprise! By popular demand, KIMA is joining us at the @ICLHamlynRobots Symposium 2026 in London! 📷
Get an exclusive, up-close look at our new medical robot right at booth #638 before our major live showcases later this year.
📷 June 23-26
📷 Tickets: loom.ly/iGS4fq8
Absolute stillness. Perfect execution.
Engineered for safety-critical medical environments where diagnostic and operational precision demand zero room for error.
Discover the platform:kinovarobotics.com/medical/
📣Hot off the press! @KinovaRobotics' new KIMA medical robotic arm supports QNX OS 8.0, delivering the hard real-time performance required for advanced medical robotics.
🔗See how we’re building the future of medical robotics: bit.ly/4vIXm43
Brad Smith is Neuralink’s 3rd human recipient overall, the first with ALS, and the first non-verbal patient
He received the N1 brain implant on November 8, 2024. ALS had left him fully paralyzed and unable to speak, so the implant is now his only way to communicate
Using only his thoughts, Brad can:
• Move a cursor on a MacBook Pro at blazing speed
• Edit entire videos (he created & posted the first video ever edited purely by brain control)
• Type messages and speak using an AI voice cloned from his own pre-ALS recordings
• Control a motorized AI webcam
His family now hears his real, warm voice again....not robotic text-to-speech
As of early 2026, Brad (@ALScyborg) is doing incredibly well
All of this was powered by Neuralink’s brain-computer interface. The future is awesome 🧠💻
The wait is over. Meet KIMA.
We didn’t design a general-purpose arm and try to push it into healthcare. We engineered a masterpiece from the ground up, dedicated exclusively to the surgery room.
Built for MedTech.
Read the official press release: loom.ly/YevIvkE
The wait is over.
Meet KIMA.
We didn’t design a general-purpose arm and try to push it into healthcare. We engineered a masterpiece from the ground up, dedicated exclusively to the medical world. Built for MedTech.
Explore KIMA: kinovarobotics.com/medical
Paper of the Month: How do we make robots feel more trustworthy?
New research from @UnivCoimbra explores how gaze and motion style influence trust during human-robot collaboration. 🤝
Read it here: loom.ly/gtLl8Vs
Physical AI is reshaping MedTech. 🤖🏥
Our latest article explores how modular, purpose-built medical robotics are transforming the future of healthcare innovation.
🔗 loom.ly/dYVTDz0
#MedTech #PhysicalAI #Robotics #HealthcareInnovation
7 days left! 🗓️Join us & Bota Systems online May 20th to discuss bridging the gap between simulation & real-world robotics. Save your seat: loom.ly/vLtceSE
Kinova retweeted
Life with ALS or a spinal cord injury often means navigating a gradual or sudden loss of independence.
Neuralink aims to restore autonomy to those with unmet medical needs—starting with device control and communication, and expanding toward vision and other applications.
Thought → action.
Brain-computer interfaces are restoring autonomy and redefining human potential.
Impressive work by @Neuralink 👏
🎥 youtu.be/8TX-HhtDD2U?si=QhjN…
#robotics #BCI #innovation

















