When an industrial robot is in motion, an abnormal power outage can result in undervoltage of the batteries in the control cabinet or an interruption in the power supply to the 

NVRAM (Non-Volatile Random Access Memory.) The NVRAM is typically used to store critical information such as the robot's zero position, register data, and system time. Once 

this information is lost, the robot experiences a loss of zero point. To recover the zero point, the following steps are typically required:

1.Calibrate Zero: Use the robot's calibration function to reset the robot's zero position.

2.Data Recovery: If a program backup was previously performed, the backup file can be used to recover the data in the registers.

3.Time Calibration: Recalibrate the controller's time to ensure proper system timing.

Ensure that the manufacturer's instructions are followed during operation to avoid further damage or incorrect operation. If more detailed instructions are required, it is 

recommended to refer to the relevant robot operation manual or contact Agilebot technical support.

1. Save labor; 2. Reduce cost;3. Improve production quality and efficiency ; 4. Convenient management.

Agilebot Robotics communicates with the vision system via standard TCP/IP protocol, supporting mainstream vision brands such as Dahua, Elson, Mecamand, Cognex, Omron, Keens, Panasonic, Hikvon, and so on.

Yes, please contact us for details.

Robot maintenance is required annually under normal use to maintain good operating condition.

 Agilebot  Robotics provides three series of SCARA, PUMA, and COBOT, and related program consulting and design, installation and commissioning, maintenance, spare parts, and retrofit services.

Relying on the advanced motion control technology of Real-Time Man Intelligent Control Technology Co., Ltd (Rtimeman), Agilebot Robotics has the world's first Single Chip Multiaxis Integrated Motion Controller (SCIMC), which is the world's first single-chip multi-axis integrated motion controller (Single Chip Multiaxis Integrated Motion Controller), and is equipped with high-efficiency motion planning algorithms and advanced dynamics algorithms, resulting in a high-performance robot with a high level of quality and cost-efficiency.

CR&E certification, MTBF 30,000 hours reliability certification, performance testing through the ISO 9283-1998.2005, ISOTR 13309-1995, ISO 8373-2012, EMC certification through the IEC61000-6-2:2005,IEC61000-6-4:2005.