Chemical Stainless Steel Etching Precision Etched Printer Blades 0.1mm-3mm

Printer Blades Overview
Xinhsen's etched printer blades are manufactured using advanced chemical etching technology, delivering unmatched edge uniformity and wear resistance. These blades are essential components for industrial printers, label applicators, and precision coating systems, ensuring consistent ink/toner application and debris removal. Our etching process achieves burr-free edges with micron-level tolerances, significantly outperforming conventional laser-cut or stamped alternatives.

Key Advantages
Razor-sharp edges (Ra <0.2μm) for clean material contact
Zero thermal deformation – Cold etching preserves metal properties
Custom geometries – Complex slit patterns & edge profiles available
Material versatility – Stainless steel, titanium, specialty alloys
Long service life – Uniform grain structure reduces wear

Printer Blades Specifications

Design Capabilities
Blade Types: Doctor blades, Wiper blades, Squeegee blades, Flexo blades
Edge Profiles: Chisel, Bevel, Radius, Multi-stage (custom designs welcome)
Perforations: Micro-holes/slits for specialized coating applications
Markings: Laser-etched logos, orientation indicators, batch codes

Performance Data
300% longer lifespan vs. conventional blades (tested per ISO 9001 standards)
≤0.1% variation in edge thickness across full length
Compatible with speeds up to 1200m/min (depends on installation)

Applications
Digital/offset printing systems
PCB solder mask application
Roll-to-roll coating machines
3D printer wiper assemblies
Industrial label dispensers

Quality Assurance

100% automated optical inspection (AOI)

Material certs provided (MTC, RoHS, REACH)

Sample approval before mass production

ISO 13485 compliant for medical printer applications

Order Flexibility
Prototypes: 5-7 days lead time
Mass production: 2-4 weeks (capacity: 500,000pcs/month)
Custom packaging: VCI anti-rust paper, vacuum sealing

Why Choose Xinhsen Printer Blades?
Our chemical etching technology eliminates mechanical stress and heat-affected zones, producing blades with:
No micro-fractures – Critical for long-term edge integrity
Batch-to-batch consistency – Essential for OEMs
Cost efficiency – No secondary deburring required