AI_MCOTI

CN | EN

Artificial Intelligence
As robots develop toward "high precision, high flexibility, and high adaptability," the performance requirements for adhesives will continue to increase, promoting the collaborative innovation of adhesive technology and robotics technology. The structural locking, thermal buffering, and sealing and insulation protection between the fuselage power unit, computing board, sensing components, and battery packs are all provided with key performance guarantees by special functional adhesives.

High-toughness structural bonding to cushion joints from high-frequency vibration and impact

Lightweight thermal conductivity buffer integration, suitable for high-density integrated heat sources

Full environment sealing protection, moisture-proof, dust-proof and chemical corrosion-resistant

Application Products
Motor module
Motor module
The servo drive motor module needs to run continuously at high speed for a long time and continuously generates a large amount of heat. At the same time, it often faces complex working conditions such as dust, condensation, and alternating vibration. Its internal coils, power devices, and drive PCBA need to rely on the cooperation of three types of functional materials such as thermal conductive potting, conformal anti-paint, and thermally conductive interface materials to achieve core guarantees.
Control module
Control module
As the core of robot intelligent decision-making and motion control, the AI ​​robot control module (CU) integrates high-computing AI chips, power devices and high-speed communication units. It generates a large amount of heat during the continuous operation process and faces long-term challenges in vibration, dust and hot and humid environments. MCOTI provides overall material solutions to achieve efficient thermal conductivity, structural reinforcement and environmental protection, and comprehensively improve the reliability, stability and service life of the control module.
structural bonding
structural bonding
Structural adhesive can be used for the bonding and assembly of robot skeletons, joint brackets, shells and key load-bearing components. While achieving lightweight design, it also provides high-strength connections, excellent impact resistance and fatigue resistance, and improves the structural reliability and long-term service life of the entire machine.
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We look forward to having in-depth exchanges with you and exploring more composite material application technologies and solutions.