Robotics
Robotics
The robotics industry is a key
industry of the future, requiring optimized cabling and lightweight systems based
on real-time connectivity between various sensors and control devices.
The robotics industry is a key industry of the future, requiring optimized cabling and lightweight systems based
on real-time connectivity between various sensors and control devices.
Overview
The robotics industry is a key
industry of the future, requiring real-time
connectivity between various sensors and control devices, along with optimized cabling and lightweight system design.
The robotics industry is a key industry of the future,
requiring real-time connectivity between various sensors and control devices,
along with optimized cabling and lightweight system design.
N-ARK Technology’s PLE and MPoE technologies integrate power and data transmission into a single infrastructure, reducing complex internal robot cabling and enabling more efficient robotic system deployment.
N-ARK Technology’s PLE and MPoE technologies integrate power and data transmission into a single infrastructure,
reducing complex internal robot cabling and enabling more efficient robotic system deployment.
Applicable to a wide range of robotic systems, including industrial robots, collaborative robots, autonomous mobile robots (AMRs), and automated guided vehicles (AGVs), it helps reduce cabling weight and improve maintenance efficiency.
Applicable to a wide range of robotic systems, including industrial robots,
collaborative robots, autonomous mobile robots (AMRs), and automated guided vehicles (AGVs),
it helps reduce cabling weight and improve maintenance efficiency.
Solution Features
Solution Features
Cabling-Minimized
Design
N-ARK Technology’s MPoE and PLE technologies integrate power and data transmission into a single infrastructure, reducing complex internal robot cabling and enabling more efficient system design.
System Weight
Reduction
By simplifying the connections between sensors, cameras, and control devices, they reduce cable usage while improving system weight efficiency and space utilization.
Modular Expansion
Architecture
Flexible connectivity for various sensors and control modules enables application across a wide range of robotics environments, including industrial robots, collaborative robots,
AGVs, and AMRs.
Key Applications
Key Applications
Industrial Robots
Collaborative Robots
AGV & AMR
Sensor Modules
Control Systems
Engineering Solution
Custom Development
We design integrated power and communication modules tailored to
each customer’s robot architecture and installation environment.
Development Process
Development Process
Requirements Analysis
We analyze the robot structure, sensor configuration, power requirements, and communication environment to design the optimal solution.
Custom Module Design
We design customized power and data integration modules tailored to the installation space and system architecture.
Joint Development & Implementation
In collaboration with the customer, we develop prototypes and proceed with on-site implementation.
Contact Us
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