Automated perforation devices utilize electrical power to create clean, uniform holes in stacks of paper. This equipment ranges from compact desktop models suitable for small offices to heavy-duty floor-standing versions designed for high-volume operations. A typical example is a device with an adjustable punch capacity and various die sizes to accommodate different hole patterns.
These automated devices offer significant advantages over manual alternatives. Increased speed and efficiency reduce labor costs and processing time, particularly for large document batches. The motorized operation minimizes physical strain on the user, improving workplace ergonomics. Consistency in hole placement enhances the professional appearance of bound documents. This technology emerged in response to the growing need for efficient document processing in the 20th century, evolving from simpler mechanical lever punches.