See in real time
High-speed cameras continuously detect the ball and reconstruct its 3D trajectory.
A real-time industrial network, CAN servo control, stereo vision, 3D reconstruction, online prediction and a lightweight parallel actuator form one closed loop.
Sensing, prediction, planning, servo execution and 3D visualization cooperate over a real-time industrial control network.
High-speed cameras continuously detect the ball and reconstruct its 3D trajectory.
Algorithms update the bounce, strike position and arrival time in real time.
A lightweight linear parallel mechanism covers the table and vertical working range.
Vision, actuator and 3D simulation interfaces support secondary development and OTA updates.
In-house stable tracking at ~250 FPS.
Up to 250 prediction updates per second.
Approx. 2.5 m/s end speed; full travel within 0.40 s.
About 0.12 s for a 90° action, with programmable strategies.

Up to 250 prediction updates per second.
In-house stable tracking at ~250 FPS.
Up to 250 prediction updates per second.
Approx. 2.5 m/s end speed; full travel within 0.40 s.
About 0.12 s for a 90° action, with programmable strategies.

Approx. 2.5 m/s end speed; full travel within 0.40 s.

About 0.12 s for a 90° action, with programmable strategies.
A growing IP portfolio covers the robot platform, parallel actuation, servo return mechanisms, interactive devices and industrial design. Statuses below are compiled from the certificates and acceptance notices included in the product dossier.
A table tennis robot
A table tennis robot
A table tennis robot
Interactive tabletop ball-game device
Table tennis robot
Game table
Patent status is subject to the official CNIPA record. This section is for technical presentation and is not legal advice.
Every photo and video below comes from physical testing or field deployment, showing high-speed vision, 3D trajectory prediction and the Linear Delta mechanism operating together in real space.