World Debut Of 7-Axis Adaptive & Modular Robot LAN Supported
AMBER B1 Robot Arm - Driving The World In Leading-Techs & Innovations | 3kg Payload | ±0.05mm Repeatability | Robot Studio Software+SDK.
Amber B1, Budget Friendly 7-Axis Robot Arm, is a new and innovative design that delivers power, precision, and human-like movement across 7-axis to automate production, simplify complex tasks, streamline operations, and boost productivity. The born of the AMBER B1 could surely break through the old limits of the service robotic industry.
Robot arms have been lending a hand on many applications. With enormous potential and proven benefits in optimizing manpower, robot arms deliver value-added commercial functions that make business more profitable.
However, as useful as they are, robot arms typically have a long return on investment due to the cost of high-quality devices. AMBER B1 was designed as a powerful, yet a budget-friendly solution that brings the benefits of robotics into the hands of smaller businesses and individual users. The AMBER B1 collaborative robot arm is a reliable and capable helper that can simplify any complex task.
Compared to other robot arms in the market, AMBER B1 is both stronger in performance and lower in pricing.
If you’re a small business owner, AMBER B1 can be employed as a skilled collaborator to instantly boost your efficiency. If you are a motivated maker, AMBER B1 helps you realize your creativity with superhuman capabilities. If you are a STEM educator, AMBER B1 will be your right-hand robot that helps to mine the unlimited potential of the future world. If you are a curious hobbyist, it’s the best tool to start your robotics journey.
With more and more tasks in commercial and consumer settings assisted by a robot arm, AMBER B1 is configured to be used in close proximity to people thanks to the additional features that ensure easy and safe operation.
For professional users to realize sophisticated tasks, AMBER B1 makes available all the SDKs we offer along with APIs for various programming languages like C++ and Python. You can check out the 'Click Here' button below and download more developer resources!
Motion pauses once a certain level of power or force is detected and resumes when resistance disappears without fragile sensors. As B1 supports this function, it guarantees the safety of human-robot interaction.
Another groundbreaking feature only found in AMBER B1 is the cable-free communication between the joints of AIOS. The wireless network extends the effective communication range of the actuators, allowing them to communicate with each other remotely to coordinate the activities. This increases its longevity, extensibility, and utility.
Each joint of AMBER B1 is proprietary AIOS (All-In-One Servo) that organically incorporates a brushless servo, a high torque density outer rotor motor, a high-precision Harmonic Drive® reducer, and encoders into a compact size as 1/10 that of normal servo systems. AIOS strikes the perfect balance between power and size. Current, impedance, torque, velocity & position control modes are accessible for different tasks.
Harmonic gearing is characterized by low to zero backlashes, highly precise motion, and maximum torque. The integrated output bearing with high tilting capacity enables heavy payloads without extra support, ensuring a strong yet lightweight and space-saving design. It’s further optimized in AMBER B1 that provides industry-grade performance affordable to consumer-level users.
AMBER B1’s modular design provides greater structural possibility in the robot arm motions and means more room for secondary development driven by different purposes. Each actuator can be independently modified, replaced, or exchanged with another or between different systems. Modularity allows customization, upgrade, and maintenance to be limited to a portion of the system, rather than an overhaul of the entire unit.
The AIOS actuator can function as a standalone unit, which presents very high reusability to flex your creative muscles. With proper knowledge and skills, users can adopt one or several AIOS into another mechanism to serve different purposes.
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Electronics