The primary purpose of the robot is to inspect and clean underwater pipelines, making it easier to maintain and ensure the safety of various industrial applications.
Yes, the robot is designed to work with various types of underwater pipelines, providing inspection and cleaning capabilities across different industrial sectors.
The robot is constructed from a combination of plastic and metal, ensuring durability and reliability during underwater operations.
The robot features an automatic shut-off mechanism that activates under certain conditions to enhance safety during use.
The Smart Industrial Intelligent Pipeline Inspection Robot uses a lithium battery, which provides efficient power for its operations.
The robot measures 50X45X60 cm and has a gross weight of 35.000 kg.
Yes, the robot comes with a 1-year warranty, covering any manufacturing defects or issues.
Yes, the robot is equipped with high-pressure cleaning capability, making it effective for removing debris and build-up in pipelines.
The robot is designed with a simple interface that makes it easy to operate, even for users with minimal technical expertise.
The robot features single serve functionality, allowing it to focus on specific tasks such as inspection and cleaning of pipelines.
The robot can be utilized in various aquatic environments, making it suitable for inspecting hotel water systems, industrial water lines, and routine checks in underwater settings.
Industries such as oil and gas, water treatment, hospitality, and any sector dealing with underwater pipelines can benefit significantly from using this robot.
By automating the inspection and cleaning processes, the robot reduces the need for manual labor, thus saving time and increasing operational efficiency.
The battery life can vary depending on the specific tasks performed and the operating conditions, but it is designed to provide reliable usage during typical operations.
While formal training is not mandatory, users may benefit from familiarizing themselves with the user manual and operational guidelines to maximize the robot's capabilities.
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