Skip to content

Printing – Specialist Tools

What Are Specialist Tools in Printing?

Specialist tools in printing are industrial tools and equipment used to prepare artwork, apply ink, transfer images, and control quality and safety across printing processes such as offset lithography, flexography, screen printing, gravure, and digital printing.

In A Level Product Design, understanding specialist printing tools helps you: - Explain how different printing processes work - Justify process choice for packaging, textiles, and graphics - Discuss production scale and quality - Address health, safety, and sustainability

Pre‑Press Specialist Tools

These tools are used before printing begins to prepare artwork and plates.

Computer‑Aided Design (CAD) and Pre‑Press Software

  • Used to create and prepare artwork
  • Ensures correct size, colour, and resolution

Examples: - Adobe Illustrator - Adobe InDesign - Pre‑press RIP software

Purpose: - Accurate layouts - Colour separation (CMYK) - Error reduction

Plate‑Making Equipment

Used mainly in offset lithography and flexography.

  • Computer‑to‑Plate (CTP) machines
  • Photopolymer plate exposure units

Purpose: - Create precise printing plates - Transfer digital designs onto plates - Improve consistency and speed

Printing Press Equipment

These are the core specialist tools of printing.

Offset Lithography Press

  • Printing plates
  • Dampening system (water rollers)
  • Ink rollers
  • Rubber blanket cylinder
  • Impression cylinder

Purpose: - High‑quality, high‑volume paper printing

Flexography Press

  • Flexible printing plates
  • Anilox roller (controls ink amount)
  • Doctor blade
  • Impression cylinder

Purpose: - Print on packaging materials such as plastic, card, and foil

Screen Printing Equipment

  • Screen frame and mesh
  • Stencil or photo‑emulsion
  • Squeegee

Purpose: - Push ink through mesh onto material - Ideal for textiles and short runs

Gravure Printing Press

  • Engraved metal cylinders
  • Ink bath
  • Doctor blade
  • Impression roller

Purpose: - Very high‑quality, long‑run printing

Digital Printing Equipment

  • Inkjet printers
  • Laser printers

Purpose: - Short runs - Personalised printing - Rapid turnaround

Ink Handling and Application Tools

Ink must be controlled carefully for quality and consistency.

Ink Rollers

  • Transfer ink evenly to plates or screens

Anilox Rollers (Flexography)

  • Precisely control ink volume
  • Improve print consistency

Ink Trays and Reservoirs

  • Hold ink during printing
  • Allow continuous operation

Drying and Curing Tools

Ink must dry or cure after printing.

Drying Systems

  • Hot air dryers
  • Infrared heaters

UV Curing Units

  • Used with UV‑curable inks
  • Instant drying
  • Common in packaging and screen printing

Purpose: - Prevent smudging - Increase production speed

Finishing and Post‑Print Tools

Used after printing to complete the product.

Cutting and Trimming Equipment

  • Guillotines
  • Die cutters
  • Slitters

Folding and Binding Machines

  • Used for leaflets, booklets, packaging

Laminating Machines

  • Apply protective plastic films
  • Improve durability and appearance

Measuring and Quality Control Tools

Ensure consistent print quality.

Colour Control Tools

  • Densitometers
  • Spectrophotometers

Purpose: - Check colour accuracy - Ensure consistency across print runs

Registration Tools

  • Alignment systems
  • Ensure colours line up correctly

Health and Safety Equipment (Essential Specialist Tools)

Printing involves chemicals, machinery, and moving parts.

Mandatory PPE

  • Gloves
  • Safety goggles
  • Aprons
  • Respirators (where solvents are used)

Safety Systems

  • Ventilation and extraction
  • Emergency stop buttons
  • Guarding on moving machinery

Industrial printing is not suitable for standard school workshops.

Specialist Tools by Printing Process

Printing Process Specialist Tools
Offset Lithography Printing plates, rubber blanket, dampening system
Flexography Anilox roller, flexible plates, doctor blade
Screen Printing Mesh screen, stencil, squeegee
Gravure Engraved cylinders, doctor blade
Digital Printing Inkjet or laser printers

Advantages of Specialist Printing Tools

  • High print quality
  • Consistent results
  • Suitable for mass production
  • Efficient use of ink and materials
  • Enables printing on many materials

Disadvantages of Specialist Printing Tools

  • Very expensive equipment
  • Requires trained operators
  • High energy use
  • Complex maintenance
  • Not flexible for frequent design changes
  • Limited access in schools

Suitability for A Level Product Design

Understanding specialist printing tools is important when: - Explaining industrial printing methods - Justifying process choice for packaging or textiles - Comparing printing techniques - Discussing batch vs mass production - Addressing sustainability and safety

Students are expected to understand the tools, not operate them.

Exam Tips (A Level)

  • Name specific tools (e.g. anilox roller, rubber blanket)
  • Link tools to specific printing processes
  • Match tools to materials being printed
  • Mention health and safety
  • Compare tools across printing methods
  • Relate tools to production volume and quality

Key Keywords

  • Printing press
  • Printing plate
  • Anilox roller
  • Rubber blanket
  • Screen mesh
  • Doctor blade
  • UV curing
  • Quality control
  • PPE

Overall Summary

Specialist tools in printing are essential for pre‑press preparation, ink application, image transfer, drying, finishing, and quality control across processes such as offset lithography, flexography, screen printing, gravure, and digital printing. Equipment including printing presses, plates, rollers, screens, curing units, and colour‑control tools allows manufacturers to achieve accurate, consistent, and high‑quality printed products at different production scales. Although these tools are industrial and not used in school workshops, understanding their function is vital in A Level Product Design for analysing printing processes, justifying manufacturing choices, and addressing health, safety, and sustainability considerations.