GoFa helps take a look at PSYONIC’s Capability Hand for robotics, combining contact sensing, compliant design, and human-derived coaching knowledge. Supply: ABB Robotics
ABB Robotics LLC at the moment mentioned it’s collaborating with PSYONIC to advance dexterous robotic manipulation through the use of real-world knowledge from human prosthetic customers. The companions are combining ABB’s GoFa force- and power-limited robotic with the PSYONIC Capability Hand to discover how contact and movement knowledge can practice robots to carry out duties which have been troublesome to automate.
ABB Robotics added that manipulation is central to its “Autonomous Versatile Robotics” (AVR) purpose of robots that may sense, cause, transfer, and exactly deal with objects in dynamic environments. The flexibility to study from real-world interactions and reliably apply these classes may also advance bodily AI, mentioned the firm, which ABB Group bought to SoftBank for $5.3 billion in October 2025.
“Human dexterity and the instinctive understanding of methods to deal with totally different objects is likely one of the most troublesome issues to duplicate in industrial-grade robotics, nevertheless it’s a elementary want for actually autonomous and versatile robots,” acknowledged Marc Segura, president of ABB Robotics.
“As we develop the next-generation bodily AI, robots will study and perceive the world as we do,” he added. “This collaboration with PSYONIC will assist to shut the long-standing hole between human and robotic dexterity, opening up new potentialities for a variety of industries.”
Submit your session thought for the 2026 RoboBusinessPSYONIC finds prosthetic, industrial necessities converging
Based in 2015, PSYONIC initially developed its Capability Hand for prosthetic use. It combines myoelectric management, contact sensing, and compliant mechanics in a light-weight, multi-articulating design. The gripper‘s stress sensors and vibration suggestions system allow customers to detect contact, grip pressure, and launch, whereas versatile fingers conform naturally to irregular and deformable objects.
“Our prosthetic hand has already been FDA-approved, and we’ve received over 300 sufferers utilizing it already,” Dr. Adeel Akhtar, founder and CEO of PSYONIC, advised The Robotic Report. “It’s lined by Medicare within the U.S., however once we did our nationwide launch, Meta was an early purchaser. We began extra on the prosthetic facet and fewer on the robotic facet, however up to now 12 months, that has flipped as a result of bodily AI has been exploding.”
Suction and parallel jaw grippers have limitations, resembling needing a device changer, which is usually a level of delay, failure, or time-consuming upkeep, he mentioned. With deformable objects resembling clothes and workcells constructed round people, a five-fingered handcrafted sense for each industrial and repair duties.
“After we approached ABB, we noticed parallels,” famous Akhtar. “Quite a lot of the issues that we solved on the prosthetics facet — robustness, consistency, tactile suggestions for high-mix, low-volume dealing with — are the identical for industrial customers. At residence, it may be washing dishes or folding laundry, and at work, it’s pick-and-place operations or stocking cabinets.”
San Diego-based PSYONIC needs to offer the total expertise stack, from human-generated coaching knowledge by the robotic hand utilizing fashions based mostly on that knowledge, mentioned Akhtar.
“Dexterous manipulation is finally a knowledge problem as a lot as a {hardware} problem,” Akhtar mentioned. “By utilizing the identical Capability Hand on folks and on robots, we are able to seize high-fidelity real-world knowledge on motion, contact, and grip pressure, then use that to coach robotic programs extra successfully.”
Dexterity is central to Autonomous Versatile Robotics, ABB ‘s imaginative and prescient for robots that may sense, cause, transfer and deal with objects with precision. Supply: ABB Robotics
Built-in manipulation yields higher coaching knowledge
Improved greedy and digital integration may cut back engineering time by as much as 30%, in accordance with the Worldwide Federation of Robotics (IFR). PSYONIC is working carefully with ABB Robotics’ analysis and improvement staff to discover how touch-enabled manipulation can help next-generation robotics purposes.
The GoFa collaborative robotic permits for exact measurement of grip pressure, finger positioning, and motion. These are important for translating human-derived manipulation knowledge into dependable robotic efficiency throughout complicated, variable duties, the firm mentioned.
“Quite a lot of coaching is finished by teleoperation, by gloves or a VR system, or by video evaluation, however this offers solely place data,” Akhtar defined. “For those who’re grabbing a espresso mug, for instance, you’re not likely worrying an excessive amount of about the place your fingers are positioned. Our human customers know precisely how a lot stress to use to an object, as a result of they will really feel the contact sensors by the hand.”
“After which by gathering that tactile data and synching it to multimodal knowledge, say Meta Ray-Ban cameras, we are able to really get the total image of the quantity of stress, finger speeds, and torques we have to apply to take care of a agency grasp so that you simply’re not going to drop the mug,” he mentioned. “For those who’re holding like an object like a raspberry, that is how delicate it’s good to transfer the finger so that you don’t crush it, proper? And that’s data that we are able to get very readily from our human prosthetic customers.”
PSYONIC is working with ABB and NVIDIA‘s Isaac Lab and GR00T to coach vision-language-action (VLA) and world fashions. It has discovered that fashions want much less knowledge if they’ve high-quality, multimodal knowledge reasonably than teleoperation or video analyses, mentioned Akhtar.
“We are able to use GoFa as a proving floor to point out how we are able to translate knowledge from human customers to show robots to do duties like utilizing torque wrench on a automobile engine,” he mentioned. “ABB is already already working with industrial companions that may profit from the algorithms and AI that we develop based mostly on our human customers doing these similar duties. Quantity on the robotics facet may help entry to robotic limbs.”
ABB Robotics and PSYONIC begin with three industries
ABB Robotics mentioned its collaboration with PSYONIC displays its technique of working with companions throughout its ecosystem to beat long-standing boundaries to automation. The companions plan to guage how human-provided knowledge, AI, and cobots can deal with variable, fragile, or complicated objects to be used circumstances the place standard gripping applied sciences have struggled to offer a return on funding.
“We’re assessing over the following six to 12 months methods to get to over 99% reliability,” Akhtar mentioned. “We’re initially tackling pick-and-place duties in automotive and warehouse. One other large one for us is laboratory automation in life sciences — dealing with beakers and take a look at tubes is a large market.”
As well as, the businesses will discover purposes throughout industries together with aerospace, packaging, and logistics. PSYONIC and ABB Robotics are already working at a excessive stage to enhance the human-to-robot knowledge loop and finally enhance productiveness, flexibility, and office security, mentioned Akhtar.
PSYONIC can be engaged on the following model of its robotic hand. Whereas the corporate is specializing in human-inspired type issue, the gripper is meant to work throughout embodiments, from cobots and industrial automation to wheeled and legged robots, in addition to humanoids.
At Automate in Chicago subsequent week, PSYONIC will exhibit at Sales space 1690, and ABB Robotics will likely be at Sales space 1241.
PSYONIC is working with ABB Robotics to discover how touch-enabled manipulation can help next-generation robotics purposes. Supply: ABB Robotics