We have wide range of products can meet each company’s individual Printing needs. We won high reputation from our customers for the Doctor blades are providing consistent quality
and high durability.
Lamella blade is most widely used. The unique shape of the lamella keeps a constant contact with the cylinder which minimize print problems effectively and ensures a high printing quality. No resharpening is required and the lamella ends in a smooth taper reduces vibrations and fatigue.
Printing Doctor Blades (High carbon steel)
| Surface | Bright polished |
| Tensile Strength | 1960 100±Nmm2 (580 Hv) |
| Straightness maximum deviation | 1,0/3000 mm |
| Flatness maximum deviation | 0,3% across the strip width |
| Width tolerance (Blade) | ± 0,10 mm if blade with < 50 mm |
| ± 0,15 mm if blade width ³ 50 mm | |
| Thickness tolerance (Blade) | ± 0,009 mm if blade thickness £ 0,152mm |
| ± 0,011 mm if blade thickness > 0,152 mm | |
| Width tolerance (Lamella) | ± 0,025 mm |
| Thickness Tolerance (Lamella) | ± 0,003 mm |
| Contact edge roughness | Ra 0,10 ± 0,05 µm |
Printing Doctor Blades (Stainless Steel)
- Full Oxydation & Corrosion Resistance I High Wear Resistance
- Sizes : Width 25, 40, 50 mm I Thickness : 15 mm
Printing Doctor Blades (Plastic)
- Polyester & Polyethilene Blades I sizes : Width: 35 mm, 40×0.35 mm
- Fast Adaptability I Proper Ink Chamber Sealing (as flexo containment blade)
| Blade Profile | Width (mm) | Thickness (mm) | Process Specifications |
| Standard | |||
| Â
 LAMELLA |
Â
 from 8 to 90 |
0.102 | Thickness 0.152 mm
1.3 x 0.070/0.085 mm |
| 0.152 | |||
| 0.203 | Thickness 0.203 mm
1.3 x 0.100 mm |
||