Cametrics

Case study: Printos novel heavy fabric printhead

Situation

Printos, a division of Videojet, developed new Print Head which could be used on novel applications such as printing on heavy fabrics. Their requirements were:-

  • A completely new, highly flexible datapath system to use the new head technology effectively
  • Scalable solution to drive one or multiple heads
  • Easy to use
  • Support all units from simple prototype through to commercial printer
  • Reliable
  • Low cost

Action

Cametrics successfully developed a complete datapath, including software, hardware and firmware. Key features include:

  • A  high speed and low cost datapath
  • A flexible Encoder management system
  • A full software RIP engine (screening and splitting)
  • Novel architecture to achieve the diverse goals
  • RIP engine runs on PC in real time

Benefits

The project exceeded the initial targets. Key benefits that were delivered include:

  • PC based solution offers excellent value (cost per processor instruction) and great flexibility
  • Supports real time RIP and control of multi-head systems
  • Eliminates several electronics components compared to existing solutions
  • Fully utilises a key feature of the printheads – variable drop volume
  • Can be integrated with many stage types, including static systems, XY, etc.
  • Complete control over printhead geometric configuration
  • Resolution control from 25-150dpi
  • Complete control over speed and image quality

Result: the customer is now selling printers for heavy fabric applications e.g. carpets, towels etc.

Pictures of ink jet printed carpet samples


Client testimonial

"This is an entirely new applications market. A critical element for us was to be able to demonstrate the head technology with a flexible datapath to a very tight timescale. Working with Cametrics has achieved that for us."
Mike Fox, general manager of Printos

Case Study

Printos novel heavy fabric printhead

Printos, a division of Videojet, developed new printhead which could be used on novel applications such as printing on heavy fabrics.

Read case study