Celmacch introduces its latest innovation in Carbon Fibre Chambered Doctor Blade Systems

Economic saving – Quick job changeover – Better Print Quality.

With constant focus on innovation, performance, and optimization of the printing process, Celmacch introduces its new Carbon Chambered Doctor Blade, equipped with an innovative Magnetic system for the blade fastening.

Special and powerful magnets allow to replace the blades very quickly, in complete safety and without the use of screwdriver.

The use of carbon fibre for the manufacture of the Celmacch Chambered Doctor Blade Systems offer many benefits:

  • Fast ink clean up and blade-changeover.
  • Anti-static internal chamber surface to avoid ink adhesion.
  • Lighter than iron, 40% lighter than aluminium.
  • High strength to weight ratio.
  • High corrosion resistance in long term treatments.
  • Lack of structural vibrations.
  • Suitable for the most various flexo printing applications.

Carbon fibre is covered by a resin with excellent anti-static properties, as a consequence the cleaning process of the chambered doctor blade is very quick and easy.

Which are the advantages of the CPT carbon fibre chambered doctor blade in relation to the ones belonging to other suppliers?
The magnetic system for the blade fastening assures speed and safety to the operator, without the use of screwdriver or other tools. More than this, Celmacch offers a complete service, designs and realizes both, the chambered doctor blade and the fixing structure/beam; with the support of its complete and skilled team, it cares about the installation, in order to grant a complete service, starting from research and development of the product till the start-up and further assistance.

Automatic washing system of the inking circuit:
Celmacch carbon chambered doctor blade systems can be combined with an innovative and efficient system, designed to reduce water consumption and job change over during the ink circuit washing processes. This system is managed by PLC it allows the set up different type of work intensity.