Patent-pending shaving blade technology featuring a continuous functional serrated cutting edge designed to provide progressive hair engagement and cutting. The geometry distributes cutting forces along the blade edge, potentially reducing peak cutting loads, improving shaving smoothness, and enhancing cutting stability. The concept is applicable to disposable razors, cartridge systems, and personal grooming products. Technology available for evaluation, licensing, development partnerships, and commercialization opportunities.
The technology relates to a novel shaving blade geometry incorporating a continuous functional serrated cutting edge designed to achieve progressive engagement with hair during shaving.
Unlike conventional straight-edge blades, the proposed geometry distributes cutting action through multiple sequential contact points along the cutting edge. This progressive engagement may reduce peak cutting forces, improve cutting stability, and provide a smoother shaving experience.
The concept is applicable to disposable razors, cartridge shaving systems, personal grooming products, and other precision cutting applications.
The technology is protected by a patent-pending application filed with the United States Patent and Trademark Office (USPTO).
Application Number: 64/045,037
The inventor is interested in licensing agreements, technology evaluation, joint development projects, and commercialization partnerships.
Patent-pending technology. Further technical documentation and prototype information are available under confidentiality upon request.
Current development status
Experimental technologies
Applications
Disposable shaving razors
Multi-blade cartridge razor systems
Personal grooming and shaving products
Consumer cutting-edge products
Desired business relationship
Patent licensing
Joint ventures
Technology development
New technology applications
Adaptation of technology to other markets
Mechanical Engineering professional and industrial technical consultant with experience in maintenance supervision, project execution, and commissioning in heavy industry environments, including metallurgical and cement plants. Experienced in industrial operations, equipment reliability, and applied problem-solving in real-world conditions.
Skilled in engineering tools such as AutoCAD, Excel-based analysis, and maintenance management systems, with strong ability to translate operational needs into practical engineering solutions.
Focused on industrial innovation, mechanical design improvements, and performance optimization of mechanical systems.
Independent inventor and developer of patent-pending technologies focused on mechanical design, industrial innovation, energy recovery systems, and cutting-edge geometries for consumer products. Interested in technology transfer, licensing opportunities, and industrial partnerships.
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