RealMan Robotics

Where do robots learn how to work in the real world? 🤖 Welcome to the Humanoid Robot Data Training Center. Here, 108 humanoid robots operate across 10 real-world scenarios, continuously generating high-quality data to train the next generation of AI models.

Laundry day, robotic edition 👕🤖 A robotic arm grabs a piece of clothing and drops it straight into the basket. Simple move, but oddly satisfying to watch. 🧺 No complex tricks here — just a small moment showing robots interacting with everyday objects in the real world.

Inspired by nature. Engineered for precision. 🐙🤖 In this demo, the RealMan RM robotic arm is equipped with a biomimetic octopus-inspired soft gripper, enabling adaptive and gentle grasping.

🍵 What if a robot could brew tea — from miles away? At ZGC Forum 2026, our humanoid robot demonstrates remote teleoperation by performing a delicate task: brewing traditional Chinese tea.

The ultimate kitchen showdown: Mom’s legendary home cooking VS. flawless robotic precision. 👩‍🍳⚡🤖

⚡️ 100 meters above ground. 🤖 1 power line robot. 🔩 Bolt locked tight in 2 seconds. From moving along the guide line to precise bolt alignment and tightening, robotics can support unmanned high-altitude operations while reducing the need for workers to repeatedly climb towers.

From navigation to manipulation to embodied AI development — all in one platform. 🤖🚀 Meet the RealMan RMC Series — a dual-arm lift robot and mobile manipulator platform designed for real-world operation across complex environments.

Meet RealBOT: The ultimate wheeled humanoid robot born for high-quality real-world data collection! 🤖✨ 🤸‍♂️ Flexible & Agile ⚡ Upgraded Power 👁️ 360° Perception 🚪 Compact & Navigable 🤝 Seamless Integration

"Greetings, esteemed human. Your fully automated cyber-toothbrush is deployed and ready. 🫡 What is your next command: washing your face or making breakfast? ☕️🤖"

🚀 Excited to see this collaborative robotics project featured at GTC 2026, with RealMan Robotics proud to be one of the contributors.

Big performance doesn’t need a big footprint. Cost-efficiency should never mean compromise. The GEN Series makes automation lighter, smarter, and easier to deploy.

One cable. One port. Zero room for error. This is the kind of task that looks simple — until a robot has to do it reliably in a tight space. In this demo, a RealMan robotic arm performs Ethernet cable insertion inside a server rack.

Not every humanoid arm is built for the same kind of work. Some are made to sense and adapt. Others are built to take on real industrial payloads. With the RX75 Force-Control Arm and RX710 Heavy-Duty Arm, we are bringing both into one product lineup.

Would a robot say “ouch” if it cut itself while slicing cucumbers? 🥒 Not yet — but teaching robots to understand real-world interaction starts here. And sometimes, that journey begins with cucumbers, drinks, and toys.

Meet the RX75 Humanoid Arm: ⚖️ Ultra-lightweight, without compromising capability 🦾Humanoid configuration for more natural motion 🔧Integrated for faster deployment 🔗 Built for ecosystem compatibility

One missed microliter can change everything. 🧪 That’s why precision in lab automation isn’t a bonus — it’s the baseline. This demo shows how RealMan ECO and RM Series robotic arms can support pipetting-style operations in compact workstations.

Need a robot arm that fits the floor — not takes over the floor? 🦾 Meet the RealMan ECO Series. Compact, precise, and built for light-industrial work.

A fruit bowl won’t fill itself. 🍍🤖 So we let the robot handle it. What looks like a fun kitchen moment is actually a live demonstration of real-world manipulation: adaptive grasping, smooth transfer, and precise placement. Small task, real capability.

RML Series | Extended Reach. Expanded Possibilities Up to 928.5 mm reach in a lightweight 10 kg robotic arm. The RealMan RML63 Series breaks the traditional trade-off between arm length and robot weight, delivering large workspace coverage with a compact robotic architecture.

RM Series | Built for versatile humanoid-style operation ⚙️ High payload, force sensing, and integrated architecture. The RM Series combines human-like flexibility with industrial-grade precision in a compact all-in-one design—without the need for an external control cabinet.