Custom Etched Razor Blades for Medical, Industrial & Precision Cutting

Custom Etched Razor Blades for Medical, Industrial & Precision Cutting

Razor Blades Overview

Etched Razor Blades are manufactured using advanced photo chemical etching technology to achieve exceptional dimensional accuracy and burr-free cutting edges. Compared with traditional stamping or machining, chemical etching produces intricate blade profiles without mechanical stress, making it ideal for precision cutting applications requiring consistent quality and fine details.

Xinhaisen supplies custom etched razor blades in stainless steel and other specialty alloys for OEM manufacturers worldwide.

Manufacturing Process

• Material Selection & Cleaning: High-carbon steel, stainless steel, or specialized alloys are selected and meticulously cleaned.

• Photoresist Lamination: A light-sensitive polymer film is applied to the metal sheet.

• Precision Patterning: The blade design is exposed onto the resist using high-resolution digital tooling.

• Controlled Etching: The exposed metal areas are etched away with a controlled chemical solution, forming the exact blade profile and edge.

• Stripping & Cleaning: The photoresist is removed, and the blades undergo thorough cleaning.

• Secondary Processing: This includes optional hardening, coating, and final sharpening/honing.

• 100% Quality Inspection: Each batch is inspected for edge integrity, dimensional accuracy, and surface finish.

Razor Blades Features

• Unmatched Sharpness: Etching produces a consistently thin, clean, and acute cutting edge right from the substrate, enhancing initial sharpness.

• Burr-Free Edges: The non-contact, stress-free etching process eliminates mechanical burrs common in stamping or grinding, ensuring smooth performance.

• Complex Geometry: Ability to create intricate hole patterns (for lubrication/cleaning), specialized edge profiles, and textured grips with high precision.

• Material Integrity: No heat or mechanical force is applied during shaping, preserving the grain structure and inherent properties of the metal.

• High Consistency: Excellent batch-to-batch repeatability with tolerances as tight as ±0.01mm.

• Customizable: Full flexibility in design, material, hole patterns, coatings, and packaging.

• Suitable for ultra-thin metal
• Complex blade geometries
• Excellent consistency
• OEM & ODM supported
• Small and large production runs

Razor Blades Specifications

Razor Blades Applications

• Consumer Grooming: Cartridge razor blades, safety razor blades, trimmer blades, facial razors.

• Medical & Surgical: Disposable surgical scalpel blades, dermatological blades, biopsy blades.

• Industrial & Commercial: Precision cutting blades for packaging, textile, and converting industries.

• Medical devices
• Surgical instruments
• Laboratory equipment
• Film cutting
• Electronics manufacturing
• Precision trimming

Our Advantages

• Precision Edge Technology: Our core etching expertise allows us to create blades with superior and more consistent initial sharpness than many conventional methods.

• Speed & Flexibility: Rapid prototyping (5-7 days) and ability to handle urgent, high-volume orders without tooling delays.

• End-to-End Control: We manage the entire process from material procurement to final inspection, ensuring quality and traceability.

• High-Volume Mastery: Equipped to fulfill "super-large" orders while maintaining stringent quality standards.

• Proven Reputation: Trusted by clients in demanding industries for our high accuracy, fast turnaround, and ability to handle complex, varied orders.

FAQ

Q: How does etched blade sharpness compare to traditionally ground blades?
A: Etching creates a fundamentally sharp edge from the material itself. While both methods can achieve high sharpness, etching offers superior consistency and eliminates microscopic burrs from mechanical deformation, often resulting in a smoother initial shave. Final honing can be applied post-etch for ultimate sharpness.

Q: Can you create blades with lubrication strips or specific hole patterns?
A: Absolutely. Photochemical etching is ideal for integrating precise micro-holes, slots, or complex patterns into the blade design for functions like lubrication delivery, hair clearance, or weight reduction.

Q: What are the benefits of different coatings?
A: Coatings enhance performance. PTFE reduces friction for a smoother glide. DLC (Diamond-Like Carbon) significantly increases hardness, corrosion resistance, and longevity, providing an exceptionally durable edge.

Q: What is your minimum order quantity ?
A: We are flexible to support both prototyping/low-volume needs and mass production. Please contact us with your specific project details.

Q: Can you work with our custom alloy or design?
A: Yes. We have extensive experience processing various metals. Our engineering team can collaborate on optimizing your design for the etching process and material selection.

Welcome to contact us at any time!