Machinery & Robotics
Multi-Dimensional Filter Solutions for Smart Manufacturing Systems.
The rapid advancement of factory automation and smart manufacturing has made machinery and robotic systems core components of modern production lines. Highly integrated modules including industrial robots, collaborative robots, servo drive systems, motion controllers and flexible manufacturing cells impose stringent requirements on power quality and electromagnetic compatibility (EMC). Harmonic interference may result in servo positioning deviation and unstable motion control, and even trigger severe production accidents in extreme cases. Our professional filter portfolio tailored for robotics and automation covers nearly all filtering demands throughout manufacturing and production workflows, enabling high-precision, high-efficiency and highly reliable smart manufacturing.
Machinery & Robotics Expertise
Partnering With Our Customers
Supporting Reliable and Stable Robotic Production Workflows
Driving Energy-Efficient Production Processes
Complying with Local and International Industry Standards
Our filter components minimize electromagnetic and harmonic interference, ensure efficient power transmission, and enable robotic systems to operate reliably.
Related Markets
We provide solutions for the following markets
Motor drive
The motor drive system achieves reliable and precise control by processing torque, speed, and position. In order to accurately and real-time control the motor, these systems also adopt advanced signal processing technology. The motor drive system adopts innovative power, motor control, and drive solutions to reduce energy consumption. By using various advanced methods to switch power supplies, efficiency has been improved, ultimately reducing carbon footprint. The motor drive system also enhances the manufacturer's competitive advantage and shortens the profit cycle.
Machinery
The machinery market covers multiple industry applications, such as food and beverage manufacturing machinery, semiconductor manufacturing machinery, sawmill and woodworking machinery, paper and paper product machinery, printing and binding machinery equipment, textile manufacturing machinery, etc. Rapid technological advancements are expected to drive innovation in this market. For example, the application of technologies such as 3D printing, artificial intelligence, and big data analysis in the manufacturing industry not only improves productivity and profit margins, but also reduces operating costs. These devices also integrate IoT applications, enabling remote monitoring, central feedback systems, and other services.
Factory automation
Factory automation means that technology and automatic control devices can improve productivity and product quality while reducing production costs. It is also known as industrial automation, which can minimize human intervention while ensuring superior performance compared to manual labor. Factory automation includes the use of computers, robots, control systems, and information technology to manage industrial processes.
Robots
Robots refer to multifunctional, automated, and reprogrammable industrial machines that can be embedded in various high-tech devices. They are designed for fast, intelligent, and precise automatic execution of multiple tasks. The basic components of a robot include the body/frame, control system, manipulator arm, and transmission system. Robot applications have penetrated into different industries, including healthcare, aerospace, defense, and automotive. The emergence of this technology has promoted convenience, increased production, reduced human errors, improved quality, and automated processes.
Partial mechanical and robotic applications
Robot
Filters are used in robot applications, such as welding robots.
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As a global leader in electromagnetic solutions, we are committed to ensuring efficient and reliable operation of electronic systems.