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As you might guess, a computer is referred to as fanless if it doesn’t use fans to cool itself. Industrial PC fans are one of the most frequent failure points because they draw in contaminants that can slow down the system or damage hardware.
These computers have processors that generate significantly less heat than conventional computers, which is why more traditional computer types frequently need fans.
Fanless computers produce less heat and use less energy while still offering the device excellent processing performance.
Motion control is a branch of automation that deals with the controlled movement of individual machine components.
This is especially useful in situations like production lines, where movement speed, efficiency, and accuracy are crucial. A crucial technology in the industrial automation market is motion control.
By implementing motion control solutions that guarantee precision, accuracy, and efficiency in your operations, you can achieve the desired action.
Even in the most demanding environments, rely on flawless repeatability and responsiveness. Motion control deals with the controlled movement of individual machine components.
The majority of contemporary motion control systems and controllers are made up primarily of motor drives, motors, and auxiliary components like sensors and cabling.
Motion control deals with the controlled movement of individual machine components. In addition to allowing machine movement, the motion control system also makes sure that it can be stopped.
Global fanless motion control market accounted for $XX Billion in 2023 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2024 to 2030.
The MAI602-M4D80 fanless motion control system, which IBASE Technology has introduced, can be used in a variety of factory production applications, including automated optical inspection, handling semiconductor wafers, packaging, and material handling systems.
The MAI602-M4D80 has a 4-axis motion control PCIe card that satisfies the performance and positioning accuracy requirements of high-performance servo/step motors.
It is powered by 7th/6th Gen Intel Core i7/i5/i3 desktop processors. The motion control card has a camera built in along with a position comparison trigger for use in visual inspection applications.
