Synria Robotics

Shenzhen Synria Robotics Co., Ltd., is an innovative technology company specializing in embodied intelligence and remote interaction robots.

[Synria Robotics @SynriaRobotics]

Remote operation should feel like direct operation.

With low-latency master-follower control and force-feedback interaction, Cloud Engine synchronizes subtle operator movements with the robotic arm in real time — enabling precise, intuitive teleoperation for labs, training.

[Synria Robotics @SynriaRobotics]

Every robotic arm starts as an idea.

Alicia-M began with sketches, evolved through engineering design, and became a 6-DOF robotic arm built for real-world robotics research, teleoperation, and embodied AI.

From concept to motion — this is how hardware is born.

#Robotics

[Synria Robotics @SynriaRobotics]

Vision alone isn't enough for robotic manipulation.

A robot needs to know: what the object is, where it is, how far away, and how to grasp it.

Alicia-M + D405C depth camera makes this possible. 🧵#SynriaRobotics

[Synria Robotics @SynriaRobotics]

Before Alicia-M became a robotic arm, it started as a sketch.

Every joint, curve, and proportion was shaped by our engineers to balance precision, stability, and usability.

From pencil lines to real motion — this is how an idea becomes robotics.

#SynriaRobotics #Robotics

[Synria Robotics @SynriaRobotics]

COMPUTEX 2026 launches its first AI Robotics Zone.

That’s not just a booth update — it’s an industry signal.

Robotics is becoming a core pillar of AI infrastructure.

At Synria Robotics, we’re building for Physical AI:
Alicia-M arms. RoboCore v2.5.0.
#COMPUTEX2026

[Synria Robotics @SynriaRobotics]

Robotic arms are moving from “seeing objects” to “understanding tasks.”

Alicia-M supports embodied AI workflows such as VLA, ACT, and Diffusion Policy — helping connect vision, language, and action for real-world manipulation.

👁 Vision
📍 6D perception
🧠 VLM
🤖 VLA
#Robotics

[Synria Robotics @SynriaRobotics]

#SynriaRobotics introduces RoboCore v2.5.0, a unified high-performance robotics algorithm library.

IK: 0.008 ms
FK: 0.0010 ms
Jacobian: 0.0012 ms
Up to 125,000 computations/sec.
Built for real-time control, simulation, RL training, and dual-arm robotics.
#RoboCore #Robotics

[Synria Robotics @SynriaRobotics]

Alicia-M is not just waving at the future.
It is grabbing it. 🤖
6DOF lightweight robotic arm
750mm working space
1.5kg sustained payload
±0.1mm repeatability
Supports grasping, clamping, teleoperation, and embodied AI research.

Small arm. Big algorithm energy.
#Robotics

[Synria Robotics @SynriaRobotics]

New tutorial: How to control a robotic arm with Synria Desk

3D visualization with joint & Cartesian control

Trajectory planning from waypoints

Single-arm and dual-arm modes

Firmware management, 5-level acceleration

Full desktop control, no coding needed

#SynriaRobotics

[Synria Robotics @SynriaRobotics]

Robots that learn by watching, not by coding.
AI Model -> learns the skillImitation Learning in 4 steps:Leader Arm -> human demonstratesFollower Arm -> executes the taskData -> captured for training
That's how our Alicia-D learns tea-brewing, towel-folding, and block-grasping.

[Synria Robotics @SynriaRobotics]

VLA deployment isn't just theory anymore.

Watch a top robotics lab run Vision-Language-Action tasks on our Alicia-M + D405C setup 👇

The D405C depth camera gives the arm real spatial awareness — language commands → visual perception → precise action.

[Synria Robotics @SynriaRobotics]

@HirokiNakahara5 hello，sir.please get in touch with us

[Synria Robotics @SynriaRobotics]

Teleoperation: humans control a robot arm remotely → collect real motion data → AI learns to replicate tasks autonomously. The bridge between human skill and embodied AI. Alicia-D Leader Arm (730g, wireless) + Follower Arm. #Teleoperation #EmbodiedAI

[Synria Robotics @SynriaRobotics]

A robotic arm controls movement.
The gripper controls interaction.
That’s why the gripper matters as much as the arm.
#SynriaRobotics Gloria-M supports force control, gentle grasping, 50/100mm opening options, 1.5kg or 3kg grip, 24V/48V control, and optional camera integration.

[Synria Robotics @SynriaRobotics]

Precision teleoperation, verified in real research. 🤖✨

Our UR-configured teach pendant was tested at HIT, a top Chinese engineering university, for plug-to-socket insertion—showing real-time master-slave control, force feedback, and stable fine manipulation.

#SynriaRobotics

[Synria Robotics @SynriaRobotics]

3 specs to know before choosing a robotic arm 🤖

📏 Reach = how far it moves
🏋️ Payload = how much it carries
🎯 Precision = how accurately it repeats
Alicia-M: 750mm working space, 1.5kg sustained payload, ±0.1mm repeatability.
#SynriaRobotics #Robotics

[Synria Robotics @SynriaRobotics]

What is a robotic arm? 🤖
A programmable mechanical arm that can move, grasp, sort, assemble, collect data, and support education, research, teleoperation, imitation learning & Embodied AI.#SynriaRobotics #Robotics #EmbodiedAI #Automation #Teleoperation

[Synria Robotics @SynriaRobotics]

Robotic arms are more than hardware 🤖

With Alicia-M, real-world manipulation becomes structured data for embodied AI: vision, motion, force, task demos, imitation learning, and VLA/VLM training.

Build AI from real-world interaction.

#SynriaRobotics #EmbodiedAI

[Synria Robotics @SynriaRobotics]

🤖Humans: “I need a coffee break.”
Bessica-D Series: “I can assemble parts, run VLA models, and never complain.” ☕➡️🦾

14-axis dual-arm control, ROS + Python SDK, visual grasping, and precision that makes your ruler nervous.
Basically… your future lab partner just dropped. 🚀

[Synria Robotics @SynriaRobotics]

Looking for the right robotic arm for your next project?

From teleoperation and AI research to automation, education, and DIY builds — the Alicia Series is designed to adapt, learn, and perform.

Which one fits your workflow best? 👀

#Robotics #EmbodiedAI #AI #SynriaRobotics