Flexiv is an industry-leading #robotics company focused on creating adaptive robotic solutions that improve productivity, efficiency, and flexibility.
San Jose, CA
Joined March 2019
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IROS 2026 in Pittsburgh brought together the global robotics community for a great week of innovation, knowledge sharing, and connection.
Thank you to everyone who stopped by and exchanged ideas with us.
See you next time! 🤖
#IROS2026 #Flexiv #AdaptiveRobots #PhysicalAI
Flexiv is heading to CIIF 2026 in Shanghai! 🤖
📅 Dates | Oct. 12–16, 2026
📍 Location | National Exhibition and Convention Center (Shanghai)
📌 Booth | 8.1H B001
See you at CIIF 2026! 🚀
#Flexiv #CIIF2026 #AdaptiveRobots #Robotics #IntelligentManufacturing
At #IROS2026, MICO Core showcases precise GPU assembly with fine force sensing, multiple force control strategies, and coordinated dual-arm control. 🤖
Built on Flexiv’s Enlight platform, MICO combines compact design with adaptive capabilities.
#Flexiv #AdaptiveRobots
IROS 2026 is officially underway, and it’s been a great first day at Booth 922.
There’s still plenty to see at IROS 2026. Come visit us and connect with the Flexiv team! 👋
📅 Sept.27 – Oct.1, 2026
📍 David L. Lawrence Convention Center, Pittsburgh,
📌 Booth｜922
Rizon 4 Is Now Supported in NVIDIA Isaac. 🚀
Flexiv’s Rizon 4 adaptive robot is now officially integrated into the NVIDIA Isaac ecosystem, bringing Flexiv’s force-controlled technology into NVIDIA’s robotics software platform.
Read the full blog: flexiv.com/news/Rizon-4-Adap…
Flexiv is excited to join Mirka and BCL at MRO Asia-Pacific 2026!
Come see Rizon in action and explore new possibilities for aerospace MRO.
📅 Sept. 23–24, 2026
📍 Singapore Expo
📌 Booth 2327
See you in Singapore! ✈️
#Flexiv #Rizon #MROAsiaPacific #Aerospace #AdaptiveRobots
Great milestone from our partner, General Robotics and its #GRID! Together with Flexiv #Rizon arms, Auto-Engineering on GRID was successfully tested and validated, cutting robot deployment from weeks to hours. This is what compounding intelligence looks like. 🦾
What if a robot could take a goal and determine how to achieve it?
Today, we’re introducing Auto-Engineering on GRID.
Robotics has more models, simulators, and hardware than ever. Turning them into working deployments still takes specialized engineering.
For two years, we’ve been building that robotics know-how into unified intelligence GRID - spanning robots, skills, models, and proven approaches.
Auto-Engineering puts it to work by completely automating how robot intelligence is built, tested, and deployed.
Our Robotic Tableware Cleaning Workstation combines AI-powered vision, high-precision #forcecontrol, and flexible dual-arm coordination to recognize, clean, and organize tableware with human-like dexterity.
It's another step toward smarter, more capable #robotickitchens.
Server plug-in, reimagined by adaptive robotics. 🤖
Our Robotics Application Engineer, Harrison, walks us through how Flexiv’s AICO-2 autonomously handles a complete server plug-in cycle.
#Flexiv #AICO2 #ForceControl #AdaptiveRobots #Robotics #Automation
Accelerating robotic dexterity with ADEPT.
Developed by NVIDIA and Michigan Robotics, ADEPT enables robots to learn general dexterous skills through pre-training and efficiently adapt to new tasks. 🦾
#Flexiv #NVIDIA #Sharpa #EmbodiedAI #DexterousRobotics #ForceControl
What if every meal could be prepared the way you want—automatically?
#Flexiv and Sunseed have teamed up to make it possible. Combining AI vision and #forcecontrol of the #adaptiverobot, the system understands each order, recognizes ingredients, and prepares personalized meals.
In a greenhouse, even a simple task like loading a seedling tray can become challenging when trays aren’t placed exactly where they should be.
That’s where adaptability matters. Flexiv is using advanced force control to automate seedling tray loading .
#Flexiv #AdaptiveRobots
Our partner XENSE utilizes Flexiv’s Rizon 4 with its VTLA model to take on a challenging long-horizon box-folding task. Powered by our high-precision force control, the dual-arm robot autonomously adjusts its movements to handle contact-rich operations.
#Flexiv #AdaptiveRobots