Chemical Stainless Steel Etching Printer Blades with High Precision
Product Details
| Materials: | Stainless Steel Or Customized | Process: | Chemical Etching |
|---|---|---|---|
| Oem/Odm: | Accepted | Surface Finish: | Smooth |
| Resistance: | Corrosion | Document File: | DXF, CAD Or PDF |
| Highlight |
Chemical Stainless Steel Etching,0.1mm Stainless Steel Etching,Precision printer blades |
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Product Description
Chemical Stainless Steel Etching Printer Blades with High Precision
Printer Blades Overview
Xinhaisen's etched printer blades are manufactured using advanced chemical etching technology, delivering unmatched edge uniformity and wear resistance. Our etching process achieves burr-free edges with micron-level tolerances, significantly outperforming conventional laser-cut or stamped alternatives.
Printer Blades Key Advantages
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Ultra-Sharp & Burr-Free Edge: The etching process produces an exceptionally sharp, clean cutting edge without mechanical stress or burrs, essential for consistent doctoring.
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Superior Flatness & Uniformity: Excellent material stability ensures minimal warping and consistent thickness across the entire blade length.
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High Precision & Consistency: Capable of achieving extremely tight tolerances on edge geometry, bevel angles, and overall dimensions, part-to-part.
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No Mechanical Stress: Unlike stamping or laser cutting, etching introduces no heat-affected zones or mechanical deformation, preserving material integrity.
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Customizable Design: Quick and cost-effective prototyping for custom shapes, mounting holes, edge profiles (single or double bevel), and material specifications.
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Corrosion Resistance: Typically made from stainless steel, offering good durability against inks, solvents, and coatings.
Printer Blades Specification
|
Parameter |
Specification |
|
Material |
304/316L SS,High-carbon steel,etc. |
| Edge Sharpness | <0.03mm radius |
| Surface Finish | Matte (standard), Mirror polish (optional) |
| Flatness | <0.1mm/100mm |
| Hole/Slit Size | Customizable |
| Tolerance | ±0.01mm (standard) |
| Heat Treatment | Optional hardening up to HRC 60 |
Printer Blades Applications
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Printing Industry: Flexographic, gravure, and offset printing presses.
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Coating & Laminating: Applying precise layers of adhesives, paints, or functional coatings on films, papers, and foils.
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Battery Manufacturing: Electrode coating for lithium-ion batteries.
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Precision Cleaning: Squeegee blades for cleaning rollers and substrates.
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Textile & Non-Woven: Glue application and fiber doctoring.
Our Advantages
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Speed & Flexibility: Rapid prototyping and production turnaround, ideal for urgent, small-batch, or high-volume orders. No expensive hard tooling required.
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Material Expertise: Experience etching a wide range of metals to suit different abrasion, corrosion, and stiffness needs.
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High-Precision Capability: Advanced etching technology allows for extremely fine features and tight tolerances, ensuring blade performance.
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Consistent Quality: Our process guarantees uniform quality across every blade, minimizing machine downtime due to blade variation.
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Customer-Centric Service: We work closely with clients to understand their specific challenges and deliver tailored solutions.
FAQ
Q1: What is the lead time for samples and bulk orders?
A: Samples can typically be delivered within 5-7 days. Bulk order lead time depends on quantity and specification, usually 2-4 weeks.
Q2: Can you produce blades according to our provided drawings?
A: Yes, absolutely. We accept CAD (DXF, DWG), AI, or PDF files and can manufacture blades to your exact specifications.
Q3: How do you ensure the edge sharpness and consistency?
A: Our chemical etching process is digitally controlled and produces uniform edges without burrs. We perform 100% inspection of critical dimensions and edge quality using precision measuring equipment.
Q4: What is the maximum length of a blade you can produce?
A: We can etch from small blades up to 600mm in length in a single piece. Longer blades can be supplied as segmented parts.
Q5: Why choose etching over traditional stamped or ground blades?
A: Etching offers superior precision, no mechanical stress/burrs, better flatness retention, faster tooling-less setup, and more cost-effectiveness for complex designs or prototypes compared to traditional methods.
Welcome to contact us at any time!
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