History of Printers: Complete Timeline of Models, Types and Technology

The history of printers stretches from mechanical presses that reproduced text using physical type to modern laser, inkjet, thermal and wireless printers capable of receiving a document from a laptop or cloud service within seconds.

For computer users, the most important part of printer history began during the twentieth century. Early computer printers were large, expensive machines designed mainly for businesses and data centres. Dot matrix systems later made computer printing more accessible, laser printers transformed office document production, inkjet printers brought affordable colour printing into homes, and thermal technology became fundamental to receipts, tickets and labels.

Modern printers are now less defined by simply putting ink on paper. Connectivity, print speed, resolution, automatic duplexing, scanning, mobile printing and specialised media support have become equally important.

Key Takeaways

• Printing technology evolved from mechanical printing presses into electronic computer-controlled printers.
• Dot matrix printers became important during the early personal-computing era because they could print text and multipart forms relatively cheaply.
• Laser printing transformed offices by delivering fast, sharp text suitable for high-volume document production.
• Inkjet technology made compact colour printing much more accessible.
• Thermal printers became particularly important for receipts, tickets, barcodes and labels because many designs do not require conventional ink cartridges.
• Modern business printers commonly combine printing, scanning, copying, networking and wireless connectivity.
• Different printer technologies still exist because office documents, photographs, receipts, labels and event badges require different printing methods.

Early History of Printing Before Computer Printers

Long before electronic printers existed, printed information was reproduced mechanically.

Johannes Gutenberg’s movable-type printing press in Europe during the fifteenth century is one of the major milestones in the history of printing. Instead of manually reproducing an entire page, individual pieces of movable type could be arranged, inked and pressed onto paper.

Printing technology continued developing for centuries through improvements in presses, typesetting and industrial production.

However, these systems were printing presses rather than the computer printers we recognise today.

The transition toward modern printing began when mechanical and electrical machines started receiving information from typewriters, calculating equipment and eventually computers.

1930s-1950s: Xerography Changes Document Reproduction

A major development arrived with xerography, a dry copying process pioneered in the twentieth century.

Xerographic technology was important because it eventually became the technical foundation of modern laser printing.

Instead of physically striking an ink ribbon against paper, electrophotographic systems use electrical charges to control where toner particles are placed before the image is transferred and fused onto paper.

This principle remains fundamental to laser printers today.

During the 1950s, computers also began using early high-speed printing systems for processing large amounts of business and scientific data.

These machines were very different from today’s desktop printers. They were generally designed around mainframe computing environments where speed and bulk output mattered more than compact size.

1960s: Line Printers and Mainframe Printing

During the mainframe era, line printers became a common method of producing computer output.

Instead of printing one individual character at a time, line printers were designed to produce an entire line rapidly.

This made them suitable for:

• financial reports
• payroll
• inventory records
• scientific calculations
• transaction reports
• large business databases

Their speed could be impressive for the period, but they were large, noisy and limited compared with modern printers.

Print quality was also primarily intended for functional business records rather than polished presentations.

1970s: Dot Matrix Printers Become Practical

The dot matrix printer became one of the defining printer technologies of early personal and business computing.

A dot matrix printer uses a print head containing small pins. These pins strike an ink ribbon against paper, creating characters and images from patterns of dots.

Early models such as the Centronics 101 helped establish dot matrix printing as a practical computer-output technology.

Dot matrix printers offered several useful advantages.

They could print relatively quickly, use inexpensive ribbons and produce multipart forms because the print head physically struck the paper.

That last capability made them particularly valuable for:

• invoices
• delivery documents
• accounting forms
• warehouse paperwork
• receipts
• continuous-feed stationery

Dot matrix technology has largely disappeared from general office printing, but impact printing continues to survive in specialist environments where multipart forms remain necessary.

1970s: Laser Printing Emerges

Laser printing developed from electrophotographic and xerographic technology.

Instead of an impact print head striking the page, a laser printer creates an electrostatic image that determines where toner should be placed.

The toner is transferred to paper and then permanently fused using heat and pressure.

Commercial laser printers emerged during the 1970s, initially as large systems aimed at organisations with significant printing requirements.

The technology was important because it offered something earlier computer printers struggled to combine: high speed and high text quality.

Laser printers would eventually become the dominant technology for many offices.

1980s: Desktop Printers Transform Offices

The 1980s were one of the most important periods in the history of printers.

Personal computers were becoming more common, and businesses needed compact printers that could operate alongside desktop systems.

Three major technologies competed during this period:

• dot matrix
• daisy wheel
• laser

Daisy-wheel printers produced letter-quality text using a rotating wheel containing moulded characters. They could create sharper text than many early dot matrix printers but were slower and less flexible for graphics.

Meanwhile, desktop laser printers began changing professional publishing.

The arrival of more affordable laser printers, combined with graphical computers and desktop-publishing software, allowed offices to create reports, newsletters and marketing materials internally rather than relying entirely on commercial printing services.

1980s-1990s: Inkjet Printers Become Mainstream

Inkjet technology works by placing extremely small droplets of liquid ink onto paper.

Manufacturers experimented with inkjet systems earlier, but the technology became especially important during the 1980s and 1990s as compact consumer printers became commercially practical.

Models such as HP’s ThinkJet and later DeskJet helped establish inkjet printing as a major desktop category.

Inkjet technology had an important advantage: colour printing could be delivered relatively affordably in a compact device.

That made inkjet printers attractive for homes, small offices, schools and users who needed photographs or colour graphics.

Over time, inkjet resolution improved significantly, eventually allowing specialised photo printers to produce extremely detailed photographic output.

1990s: Multifunction Printers Appear

As scanners, fax machines, copiers and printers became common office equipment, manufacturers began combining those functions into a single machine.

The multifunction printer, sometimes called an MFP or all-in-one printer, could provide:

• printing
• scanning
• copying
• faxing

This reduced the number of separate devices required in an office.

Modern multifunction systems have expanded considerably and may now include automatic document feeders, duplex scanning, touchscreen controls, user authentication and direct cloud integration.

Business-focused models such as those available through printer rental in the UAE demonstrate how far this category has progressed, with laser, multifunction, label, receipt and specialist printers now designed for very different workflows.

Thermal Printers and the Growth of POS Printing

Thermal printing developed into one of the most important technologies for retail and transaction environments.

Direct thermal printers create an image by heating specially coated paper. Because the process can work without traditional ink or toner cartridges, thermal printers are particularly convenient for high-frequency, short-format printing.

Typical uses include:

• receipts
• tickets
• shipping labels
• event badges
• barcodes
• visitor labels
• order slips

Thermal printers are therefore common components of modern EPOS systems.

Models such as the Epson TM-T20 and Star TSP100 series demonstrate how thermal printing has evolved toward high-speed output and modern USB, Ethernet and wireless connectivity.

2000s: Wireless and Network Printing Expands

Printers increasingly became network devices rather than accessories connected permanently to one computer.

Ethernet made it possible for several users to share the same printer across an office network.

Wi-Fi then removed the requirement for a direct network cable.

Modern wireless printers can receive jobs from:

• laptops
• desktops
• tablets
• smartphones
• network servers
• cloud applications

This shift fundamentally changed the role of printers in offices.

Instead of having a printer attached to every workstation, organisations could centrally deploy network printers and allow many users to access them.

If you are working with a current printer, our guide on how to connect a printer to a laptop explains USB, Wi-Fi and Bluetooth connection methods.

2010s: Mobile Printing and Cloud Integration

The rise of smartphones and tablets introduced another major change.

Users increasingly expected to print without transferring files to a traditional desktop computer first.

Modern printers began supporting mobile and cloud-based workflows, allowing documents to be printed from portable devices or sent through network services.

Printer interfaces also improved.

Touchscreens, automatic configuration and application-based management replaced many of the small displays and complicated button combinations found on earlier devices.

At the same time, businesses increasingly adopted managed printer fleets with monitoring for toner levels, usage and maintenance requirements.

2020s: Smarter Business and Specialised Printers

Today’s printer market is highly specialised.

There is no single printer technology that is best for every job.

A modern office may use a high-speed monochrome laser printer for documents, a colour multifunction device for presentations, a thermal printer for receipts and a dedicated label printer for shipping or registration.

Specialist printer categories now include:

• RFID printers
• colour label printers
• ID card printers
• receipt printers
• barcode printers
• photographic printers
• large-format printers
• portable printers

Modern business models also combine faster processors, automatic duplex printing, high-capacity paper trays and wired or wireless networking.

For temporary offices, conferences, exhibitions or projects, organisations can use printer hire in the UAE rather than purchasing specialised equipment for a short requirement.

Major Printer Types Explained

Dot Matrix Printers

Dot matrix printers are impact printers. Pins physically strike an ink ribbon against the page.

They remain useful for some multipart forms but are uncommon for ordinary modern documents.

Inkjet Printers

Inkjet printers spray microscopic droplets of ink onto the printing surface.

They are particularly suitable for colour documents, photographs and applications where detailed colour reproduction is important.

Laser Printers

Laser printers use toner and electrophotographic technology.

They are widely used in businesses because of their speed, sharp text and suitability for repeated document printing.

Thermal Printers

Thermal printers use heat to produce an image.

They dominate many receipt, ticket and label-printing applications where speed and low maintenance are important.

Multifunction Printers

Multifunction printers combine printing with functions such as copying and scanning.

They are particularly common in offices because one machine can replace several separate devices.

Label and RFID Printers

These specialist printers are designed for barcodes, logistics labels, product identification and RFID-enabled tags.

They play an important role in retail, events, warehousing and supply-chain operations.

How Printer Technology Has Changed

The biggest change in printer history is not simply increased resolution.

Printers have moved from standalone mechanical output devices to connected parts of digital workflows.

Early computer printers were primarily concerned with producing readable text.

Modern printers may need to:

• receive documents wirelessly
• authenticate users
• scan documents to email
• print on both sides automatically
• handle multiple paper sizes
• produce full-colour labels
• encode RFID tags
• integrate with POS systems
• support hundreds of users

That evolution explains why printer selection now depends heavily on the workflow surrounding the device.

Businesses needing printers alongside other temporary technology can also explore broader IT rental solutions for short-term projects, offices and events.

Conclusion

The history of printers shows how printing moved from mechanical reproduction to sophisticated digital systems capable of producing documents, photographs, receipts, labels and identification media almost instantly.

Line printers and dot matrix systems defined early computer printing. Laser technology transformed office documents. Inkjet printers made affordable colour output mainstream. Thermal printing became central to retail, events and logistics, while multifunction and network printers turned printing into a connected business service.

Modern printers may look dramatically different from their predecessors, but the basic objective remains the same: converting digital information into a useful physical output.

The important difference today is that businesses can choose specialised technology for the exact task rather than expecting one printer type to handle every requirement.

Frequently Asked Questions

When was the first printer invented?

The answer depends on what is considered a printer. Mechanical printing presses date back centuries, while computer-controlled printing developed during the twentieth century. Modern computer printer technology grew rapidly from mainframe printers in the 1950s and 1960s into dot matrix, laser and inkjet systems during subsequent decades.

What was the first type of computer printer?

Early computers commonly used impact and line-printing technologies. Line printers could produce entire lines of text rapidly and were widely used with mainframe systems before desktop printers became common.

When were laser printers invented?

Laser printing technology developed during the late 1960s and 1970s using principles derived from xerography. Commercial laser printing systems appeared during the 1970s, while desktop laser printers became increasingly important during the 1980s.

What is the difference between inkjet and laser printers?

An inkjet printer places tiny droplets of liquid ink onto paper, while a laser printer uses electrically charged imaging technology and powdered toner that is fused to the page. Inkjet printers are commonly associated with colour and photo output, while laser printers are widely used for fast business-document printing.

What type of printer is used for receipts and labels?

Thermal printers are widely used for receipts and labels. Direct thermal printers create images using heat-sensitive media, while other label-printing technologies may use thermal-transfer ribbons. These printers are common in retail, logistics, ticketing, event registration and barcode workflows.