Bioxtreme Launches Dextreme 2.0 Robotic Rehabilitation System for Upper Extremity Recovery

Edited by Billy Irving.

Bioxtreme (Petah Tikva, Israel) announced the launch of Dextreme 2.0, a robotic rehabilitation system designed to support upper extremity recovery in people affected by stroke and other neurologic conditions. In a statement from Bioxtreme, the company described the system as a next-generation technology that is Food and Drug Administration– (FDA-) and CE-registered.

According to Bioxtreme, Dextreme 2.0 combines the company’s error augmentation technology with adaptive artificial intelligence and immersive 3D therapy activities. Rather than guiding or correcting movement, the system is designed to amplify movement errors during therapy, with the goal of engaging adaptive motor learning processes and helping patients develop more accurate movement patterns.

System Features

• Movement scaling, which personalizes therapy activities to an individual’s functional capacity and range of motion.
• Arm support intended to expand access for patients with limited upper extremity function.
• Activities focused on activities of daily living, movement accuracy, stability, coordination, and speed.
• Assessment tools designed to provide objective performance measurements.
• Personalized therapy playlists that allow patients to complete therapy sessions with less therapist intervention.

Bioxtreme stated that clinical studies of error augmentation–based rehabilitation have shown up to 2-fold greater improvements in Fugl-Meyer scores compared with standard robotic therapy in people recovering from stroke.

Source

Bioxtreme. Bioxtreme launches next generation Dextreme system delivering up to 2x greater stroke recovery improvements than standard robotic therapy. Published June 17, 2026. Accessed June 18, 2026. https://www.globenewswire.com/news-release/2026/06/17/3313494/0/en/Bioxtreme-Launches-Next-Generation-Dextreme-System-Delivering-Up-to-2x-Greater-Stroke-Recovery-Improvements-Than-Standard-Robotic-Therapy.html