Covering desktop servo arms, lightweight servo arms, force-controlled end effectors and teleoperation kits, with communication protocols, Python SDK, teleoperation data capture, and full-stack ACT / VLA / World Model embodied intelligence resources.
Alicia-D and Alicia-M robotic arms together with the Synria Desk console cover connection, control, data capture and secondary development.
Complete kits plus the Synria Desk all-in-one embodied platform — teleoperate and capture data right out of the box.
Alicia-M leader-follower teleoperation kit including the operator arm and a matching teach pendant — teleoperate and capture imitation-learning data right out of the box.
Alicia-D dual-arm teleoperation kit including dual operator arms and a matching teach pendant — perform coordinated dual-arm teleoperation and capture imitation-learning data right out of the box.
A desktop embodied-intelligence platform integrating capture, training and inference. It streamlines the full workflow from data capture and model training to policy inference, and provides single / dual-arm visual control and remote teleoperation.
Teach pendant plus Alicia-D / Alicia-M arms form the hardware core for teleoperation and demonstration.
A portable leader arm that drives the robotic arm in real time through leader-follower teleoperation to perform motion demonstration and data capture — the core tool for building imitation-learning datasets.
A cost-effective six-axis desktop servo arm covering operator arm, teach pendant and dual-arm teleoperation, aimed at education, research and embodied-intelligence algorithm (ACT / VLA / World Model) reproduction.
A light-industrial six-axis servo arm offering higher payload, precision and rigidity, aimed at high-end research, high-precision teleoperation, data capture and policy deployment.
We recommend completing connection and verification with the console first, then moving on to the SDK / protocol / ROS for development.
Compare the specs and use cases of Alicia-D and Alicia-M on the products page to confirm the right model for you.
Use Synria Desk to handle device connection, visualization and basic control, and quickly verify hardware status.
Move on to the Python SDK, communication protocols or ROS docs for data capture, teleoperation and policy deployment.
Grippers and sensing peripherals that work with the robotic arms to extend grasping and interaction capabilities on demand.
Servo parallel two-finger gripper, compatible with the Alicia-D series.
View Docs →
Servo force-controlled parallel two-finger gripper, compatible with the Alicia-M series.
View Docs →
Electronic tactile skin and camera-sensing peripherals that give the robotic arm contact-force, tactile-feedback and visual-perception capabilities.
View Docs →Python SDK, ROS1 / 2, VLM semantic grasping and data-capture frameworks — all open-sourced on GitHub.
We provide product selection, technical integration, secondary development and after-sales support. Contact our team for more help.