- Axes
- 7
- Payload
- 3–5 kg (configuration dependent)
- Reach
- 581 mm
- Joint speed
- 180–300°/s
- Programming
- AMBER Robot Studio + ROS 2
- Best for
- Robotics R&D and prototyping
間近で見る
The Amber B1 is a 7-axis robot arm from Amber Robotics for research, education, AI manipulation, teleoperation and prototyping. It weighs 8 kg, lifts 3–5 kg depending on configuration, reaches 581 mm and mounts flat, tilted or upside down. Brushless servo joints with position and torque feedback, Ethernet control, AMBER Robot Studio and ROS 2 make it an accessible platform for labs and startups.
主な機能
Seven axes
A redundant joint lets it reach around obstacles and choose flexible paths, like a human arm.
3–5 kg payload
Enough for light grippers, sensors, objects and prototypes.
Light 8 kg arm
Easy to set up on a bench, a mobile base or a research rig.
Developer-ready
Ethernet control with AMBER Robot Studio and ROS 2 support.
Brushless servo joints
Smooth motion with position and torque feedback for research work.
Mount it any way
Flat, tilted or hanging upside down.
あなたに合っていますか？
こんな場合に最適
- Robotics research or AI manipulation that needs seven axes
- A compact developer arm with Ethernet and open software
- Education, prototyping or teleoperation projects
- Teams comfortable confirming hardware revision and support
こんな場合は不向き
- High-uptime industrial production with wide integrator support
- Loads above its 3–5 kg class or harsh environments
活用シーン
仕様
- Robot type
- 7-axis collaborative robot arm
- Main purpose
- Robotics R&D, education and prototyping
- Operating environment
- Indoor controlled spaces
- Mounting
- Flat, tilted or suspended
- Payload
- 3–5 kg (configuration dependent)
- Reach
- 581 mm
- Tooling
- Interchangeable grippers and modular end effectors
- Joint speed
- 180–300°/s
- Power
- 24–28 VDC (external)
- Communication
- Ethernet
- Programming
- AMBER Robot Studio, ROS 2
- Sensors
- Joint position and torque feedback
- Weight
- 8 kg
料金
よくある質問
What can the B1 lift?
Around 3 kg as documented, up to 5 kg in some configurations, including the gripper. Confirm the figure for the exact version you get.
Why seven axes?
The extra joint gives the arm more ways to reach the same point, useful for avoiding obstacles and for research into human-like manipulation.
How is it programmed?
Over Ethernet with AMBER Robot Studio, or through ROS 2 for custom development.
Is it an industrial cobot?
It's mainly a developer platform. It suits labs, classrooms and prototypes rather than 24/7 production lines.
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