Electra XD

Description

   The KODAK ELECTRA XD Thermal Plate builds upon the technology of the world’s best-selling thermal printing plates, the KODAK ELECTRA EXCEL Plates, to deliver outstanding performance both in prepress and in the pressroom where they are rated for up to 500,000 impressions unbaked. The novel and patented plate technology of the ELECTRA XD Plate supports high resolution imaging to deliver consistent, high quality printing.
  • Extremely durable, delivering one of the longest unbaked run lengths on the market
  • Patented design delivers exceptional durability and dot stability on press, providing excellent color control and consistent reproduction throughout the full press run
  • Extraordinarily sharp detail for extremely long, stable runs in both AM and FM applications
  • Elimination of preheating and fast imaging and processing, helps maximize productivity in prepress
  • Less developer consumption, longer bath life and cleaner processing reduces cost per plate and minimizes chemical waste, maintenance, and impact on the environment

Technical parameters

 

Plate

Non-ablative, positive working, thermal digital plate with wide operating latitude; optional postbake for extremely long runs and resistance to aggressive press chemistry such as UV inks and blanket washes.

Application

High quality medium to long run sheetfed and heatset / coldset web offset applications

Spectral sensitivity

800 - 850 nm

Laser energy required

110 mJ/cm2 - 130 mJ/cm2 90 mJ/cm2 - 110 mJ/cm2

Resolution

1% to 99% @ 250 lpi with Kodak SQUAREspot Imaging Technology

FM capability

10 micron stochastic
For optimum FM performance, Kodak recommends Kodak Staccato Screening on Kodak SQUAREspot Imaging Devices.

Run length1

500,000 impressions unbaked, 1,500,000 baked. 250,000 impressions with UV or EB inks after postbaking.

Safelight

None required - daylight handling

Availability

Controlled sales. Contact your local representative of products from Kodak.

1 Actual run length may vary according to press, ink and paper conditions.