What is a Parallel robot?

A parallel robot consists of multiple links arranged in parallel, offering high precision, speed, and rigidity compared to serial-type robots. These robots are particularly useful in tasks that require precise positioning and high-speed, high-accuracy movements in manufacturing environments. Examples include semiconductor manufacturing, precision equipment assembly, and pick-and-place operations in medical devices. The load is distributed across multiple arms, enabling precise work with lighter components, making parallel robots ideal for delicate tasks requiring fine precision.

Application of Parallel robot

１．Semiconductor Manufacturing
Parallel robots are used in semiconductor wafer handling, where high precision positioning is required. Their ability to perform fine tasks with stability makes them essential in semiconductor production lines.
２．Precision Equipment Assembly
Parallel robots are also employed in the assembly of precision devices and medical equipment. They excel at handling small components and are effective in applications where accurate positioning is critical for assembly tasks.
３．Automotive Assembly Lines
In automotive manufacturing, parallel robots are used to install components and perform inspections at high speed. Their precise movements and positioning help improve efficiency on production lines.

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