What Is Paper With Holes Called?

Perforated paper, also known as paper with holes, refers to a remarkable type of sheet that exhibits intricate lines of minuscule perforations strategically punched into it’s surface. These finely crafted perforations serve as a means to effortlessly detach specific sections of the paper by merely folding and tearing along the dotted lines. Widely used in various industries and applications, perforated paper presents a practical solution for tasks that necessitate the easy separation of specific parts within a single sheet. Whether utilized in ticketing systems, checkbooks, coupons, or countless other uses, the ingenious design of perforated paper offers efficiency and convenience in everyday tasks.

Why Did Old Printer Paper Have Holes?

In the intriguing era of 1980s technology, it was not unusual to encounter printer paper that featured peculiarly arranged holes. These holes served a crucial purpose in the functioning of printers during this era, providing an innovative solution to effectively feed the continuous paper through the device. The paper itself arrived as an uninterrupted sheet, unfurling from a large roll. To ensure smooth movement through the printer mechanism, holes were strategically placed on the sides of the paper, allowing sturdy grip and precise control. This ingenious design feature enabled printers to efficiently process lengthy documents without compromising on accuracy or productivity.

Moreover, the papers utility didn’t cease at it’s continuous nature and adept handling. Along the edges of this revolutionary printer paper, fine perforations were meticulously crafted, allowing users to effortlessly tear off letter-sized sheets. This ingenious addition facilitated easy distribution, organization, and filing of the printed material, rendering the paper even more functional and user-friendly.

The rationale behind this design stems from the fact that traditional printers of the 1980s heavily relied on the utilization of tractor-feed mechanisms. These mechanisms showcased sprocket-like devices, known as tractor wheels, which were essential for gripping and advancing the continuous paper through the printer. By aligning the holes on the paper with the tractor wheels, a steady and synchronized movement was ensured, significantly reducing the likelihood of paper jams or misalignment.

The Challenges and Limitations of Using Continuous Printer Paper, Such as Limited Compatibility With Certain Printers

  • Compatibility issues with certain printers
  • Limited availability of continuous printer paper options
  • Difficulty in finding appropriate paper for specific printing needs
  • Constraints on paper size and thickness
  • Potential complications with paper alignment and feeding
  • Restrictions on print quality and resolution
  • Inability to print on both sides of the paper
  • Risk of paper jams and other mechanical issues
  • Possibility of smudging or fading prints over time
  • Challenge in handling and storing the long sheets of continuous paper

Printer paper with holes is usually referred to as continuous stationery in the UK, or continuous form paper in the US. However, it’s also known by various other names such as fan-fold paper, sprocket-feed paper, burst paper, lineflow in New Zealand, tractor-feed paper, and pin-feed paper. These different names reflect the various mechanisms and features of the paper that make it compatible with dot-matrix and line printers.

What Is Printer Paper With Holes Called?

Printer paper with holes is commonly referred to as continuous stationery in the UK or continuous form paper in the US. It’s a specialized type of paper that’s specifically designed for use with dot-matrix and line printers. These printers require a specific paper-feed mechanism that can accommodate the papers unique features.

Continuous stationery is also known by various other names depending on the country or region. In the US, it may be called sprocket-feed paper due to the presence of sprocket holes along the edges of the paper. This allows the printer to easily grip and feed the paper through the mechanism. Burst paper is another term used to describe this type of paper, referring to the perforated lines between each sheet that facilitate tearing off individual pages.

In New Zealand, continuous stationery is sometimes referred to as lineflow paper. This term highlights the papers ability to provide a continuous flow of printed information, making it ideal for tasks that require long elongated documents.

Tractor-feed paper is another commonly used term, derived from the tractor-like mechanism present in dot-matrix printers. The term pin-feed paper is also used interchangeably to describe the same type of paper.

Overall, the various names for printer paper with holes highlight the papers unique features and it’s compatibility with specific printer types. These designations facilitate effective communication and ensure that the right type of paper is used for the intended printing applications.

The Process of Printing on Continuous Stationery

  • Prepare the continuous stationery by ensuring it’s properly loaded into the printer.
  • Open the document or file that needs to be printed.
  • Select the print option from the file menu or use the shortcut keys (Ctrl + P).
  • In the print dialog box, choose the appropriate printer if you’ve multiple printers connected.
  • Check the print settings to ensure they match the desired output, including page orientation, paper size, and print quality.
  • Specify the number of copies needed and any additional print options, such as collating or stapling.
  • Click the print button to start the printing process.
  • Monitor the printing progress and make sure the continuous stationery feeds properly through the printer.
  • Once the printing is complete, remove the printed continuous stationery from the printer.
  • Inspect the print output for quality and accuracy.
  • Repeat the process for any additional documents or files that need to be printed on continuous stationery.

Dot matrix printers were once a popular choice due to their ability to use fanfold continuous paper with tractor holes. This unique feature enabled them to have one of the lowest printing costs per page. However, as technology advanced, newer printers with different paper requirements emerged, leading to a decline in the use of dot matrix printers. Despite this, their cost-effective nature and compatibility with specialized paper remain remarkable aspects of these printers.

What Printer Used Paper With Holes?

Dot matrix printers were once widely used for their ability to print on paper with holes. These printers are renowned for their affordability and cost-effectiveness when it comes to printing large volumes of documents. These holes are commonly referred to as tractor holes, as they allow the printer to align and feed the paper smoothly through the machine.

The use of fanfold continuous paper with tractor holes provided several benefits. Firstly, it allowed for continuous printing without interruptions, as the sheets could be easily stacked and loaded onto the printer. This was particularly advantageous for businesses that needed to print long documents or extensive reports. Additionally, the tractor holes enabled precise paper alignment, ensuring accurate printing and reducing the chances of misaligned text or graphics.

Furthermore, dot matrix printers were able to print on multiple copies simultaneously using carbon paper. By inserting carbon paper between the sheets, these printers could produce duplicate or triplicate copies of a document, making them ideal for tasks requiring duplicate records such as invoicing, order forms, and receipts.

For instance, they’re often used in environments that require reliable and robust printing, such as industrial settings or warehouses where durability and longevity are valued over high-resolution graphics. Furthermore, dot matrix printers are favored in some regions where cost-effectiveness and multi-part forms are still prevalent in business practices.

Dot matrix printers were able to use fanfold continuous paper with tractor holes, allowing for continuous printing, precise alignment, and the production of multiple copies simultaneously.

Source: Continuous stationery

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Additionally, laser paper is often heavier and thicker than other types of paper, allowing for crisp and clear printing. It’s compatible with laser printers, which are widely adopted in businesses and schools. Laser printer paper is available in various sizes and can be purchased in bulk, making it cost-effective for frequent printing needs. Overall, laser printer paper is a reliable and versatile option for most printing requirements.

What Type of Paper Do Most Printers Use?

This type of paper is also known for it’s durability and high-quality printing results. It’s specifically designed to handle the heat and toner used in laser printers, ensuring that the ink doesn’t smudge or bleed. Laser paper often has a higher weight or thickness than regular printer paper, making it perfect for double-sided printing without any show-through.

Another popular type of paper used in printers is inkjet paper. This paper is specifically designed for use with inkjet printers and is known for it’s smooth finish and vibrant colors. It absorbs ink quickly and evenly, producing sharp and vibrant images.

For example, many printers are capable of printing on cardstock and specialty papers such as glossy or matte photo paper. These papers are often used for creating professional-quality photographs or marketing materials.

When choosing the right paper for your printer, it’s essential to consider the specific requirements of your printer model. Some printers may have limitations on the weight or thickness of paper they can handle. It’s always recommended to consult your printers manual or manufacturers guidelines for the paper specifications it supports.

Laser printer paper is the most commonly used paper in office environments due to it’s durability, smudge resistance, and quick drying capabilities.

Thermal printers, unlike conventional inkjet or laser printers, utilize specialized paper due to their unique printing mechanism. By utilizing heat instead of ink, thermal printers require heat-sensitive chemical compounds present on the surface of the paper in order to create imprints. Let’s explore the various types of thermal papers available in the market and their specific applications.

What Printer Uses Special Paper?

These compounds are known as thermal coating or thermal paper. When the thermal printer applies heat to the paper, the chemicals react and create the desired imprints.

The use of special paper in thermal printers offers several advantages. Firstly, it eliminates the need for ink cartridges or ribbons, making thermal printers more cost-effective and easier to maintain. Secondly, thermal printing is faster compared to traditional inkjet or laser printers, as there’s no need for the printer head to move back and forth.

For example, thermal printers are commonly used in point-of-sale systems in retail stores, where receipts are printed quickly and efficiently. In the healthcare industry, thermal printers are used to print medical test results and prescription labels. The durability of thermal paper also makes it suitable for outdoor use, such as in parking ticket machines or shipping labels.


This convenient and efficient solution simplifies tasks like ticket tear-offs, invoice removals, and even tear-out coupons, making it a valuable asset in fields such as retail, finance, and printing. By incorporating small holes within the paper, perforation enables easy separation along the designated lines, eliminating the need for scissors or additional tools. From enhancing organization and document management to streamlining processes and enhancing customer experiences, perforated paper undoubtedly revolutionizes the way we interact with physical documents. It’s widespread implementation and undeniable benefits cement it’s status as an ingenious solution, seamlessly bridging the gap between simplicity and innovation.

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