KODAK 3D Printing Filaments

Premium raw polymers and double-drying process, which guarantees the lowest moisture level.

Low moisture chain

KODAK 3D printing filaments are manufactured with premium raw polymers and subjected to a strict double-drying process, which guarantees the lowest moisture level compared to other filaments on the market.

KODAK integrated a comprehensive suite of solutions that complement low moisture chain, and extend your filament use life by up to 50%.

Double drying process.

Vacumm packaging & silica gel desiccant Ziploc bag.

Polycarbonate Spool case Sealed rubber o-ring.

Start-to-end Bowden protection tubes.

Enclosed chamber with air extracting system.

Wide variety of filaments for different purposes

ABS

ABS

Benefits:

  • High impact resistance, slightly flexible.
  • UV, heat and abrasion resistance.
  • Ideal for post-processing for a shiny, smooth surface (advanced users).

Main application:

  • Functional prototypes.

Flex 98

Benefits:

  • Semi-flexible.
  • Make strong, shatter-resistant objects.
  • High abrasive resistance.

Main application:

  • Semi-rigid with excellent impact and abrasion resistance.

HIPS

Benefits:

  • A filament with some of the best characteristics of PLA an ABS.
  • Great interlayer adhesion.
  • Resistance to shattering, low warp.

Main application:

  • High impact resistant and silky surface.
  • Rigid limonene-soluble support material.

PETG

Benefits:

  • Easy to print.
  • Strong and temperature resistant.
  • Food-safe.

Main application:

  • Practical applications including food packaging

PLA+

Benefits:

  • Easy to print.
  • Very low shrinkage.
  • Wide range of colors.

Main application:

  • Concept modeling.

PLA Tough

Benefits:

  • Ideal ABS substitute for many tasks.
  • High strengh.
  • Very low shrinkage.

Main application:

  • ┬áPrototypes and functional parts not used at high temperature.
PVA

PVA

Benefits:

  • Allows you to create support structures for complex prints.
  • Dissolvable in water.
  • Biodegradable and non-toxic.

Main application:

  • Support material.

Nylon 6

Benefits:

  • Very strong, shatterproof functional objects.
  • High abrasive resistance, small friction coefficient (slippery)

Main application:

  • Maximum strength, production-ready functional prints.

Nylon 12

Benefits:

  • Extremely tough with superior tensile, elongation at break and impact strength, high fatigue endurance and low friction coefficient.
  • Very low warping and moisture absortion before and after printing.
  • Superior chemical, UV and heat resistance (over 120┬░C).

Main application:

  • High fatigue, snap fits, functionally strong parts with high resistance to environmental stress.

Nylon 6/66/12

Benefits:

  • Strong as nylon, but with greater flexibility.
  • Low warping, allowing for better printing of fine details and overhangs.
  • With possibility to use a layer fan for even finer details or printing long bridges.
  • Good adhesion to the printing surface.

Main application:

  • Parts that need to be very strong with tensile resistance, or strong parts with fine details.

Acrylic

Benefits:

  • A semi-transparent material, ideal for pieces with movable parts.
  • Exceptional ability to print bridges.
  • Very hard and not very flexible, ideal for those pieces that require a lot of rigidity.
  • Very low coefficient of friction.

Main application:

  • Suitable for optical polycarbonate applications

Contact Us

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