Plastic Doctor® Blade

Plastic doctor blades are resistant to organic solvents, oils, grease and acids, as well as weak alkaline solutions. Material options are available among PET, HDPE and POM with different levels of hardness and heat resistance.


Plastic Doctor® Blade

Plastic doctor blades are resistant to organic solvents, oils, grease and acids, as well as weak alkaline solutions. Material options are available among PET, HDPE and POM with different levels of hardness and heat resistance.


  • Hi-PET Series
  • Material
  • Thickness (Min.)
  • Thickness (Max.)
  • Width
  • Melting point
  • Heat resistance*
  • Hi-PET Series
  • Polyester
  • 0.014″/0.35mm
  • 0.04″/1.0mm
  • Up to 2.36″/60mm
  • 505℉ / 263℃
  • 302℉ / 150℃
  • Hi-PE Series
  • High density polyethylene
  • 0.04″/1.0mm
  • 0.08″/2.0mm
  • Up to 2.36″/60mm
  • 270℉ / 132℃
  • 248℉ / 120℃
  • Hi-POM Series
  • Polyoximethylene (Acetal)
  • 0.003″/0.8mm
  • 0.05″/1.25mm
  • Up to 2.36″/60mm
  • 331℉ / 166℃
  • 284℉ / 140℃

Hi-PET Series

MaterialPolyester
Thickness (Min.)0.014″/0.35mm
Thickness (Max.)0.04″/1.0mm
WidthUp to 2.36″/60mm
Melting point505℉ / 263℃
Heat resistance* 302℉ / 150℃

Hi-PE Series

MaterialHigh density polyethylene
Thickness (Min.)0.04″/1.0mm
Thickness (Max.)0.08″/2.0mm
WidthUp to 2.36″/60mm
Melting point270℉ / 132℃
Heat resistance* 248℉ / 120℃

Hi-POM Series

MaterialPolyoximethylene (Acetal)
Thickness (Min.)0.003″/0.8mm
Thickness (Max.)0.05″/1.25mm
WidthUp to 2.36″/60mm
Melting point331℉ / 166℃
Heat resistance* 284℉ / 140℃

*Heat resistance above is the estimated maximum temperature that can allow the stable use of each model.

Material hardness

Blade edge shape

Material choices for all your printing requirements

Steel Doctor Hi-Blade®

Ceramic Doctor Hi-Blade®

Plastic Doctor® Blade


Copyright © 2025 Fuji Shoko America, Inc.


Copyright © 2025 Fuji Shoko America, Inc.