The Dexter Russell 4 1/4" Square Point Traditional Handle Shoe Knife is a precision engineered industrial cutting tool designed for intricate tasks requiring control and durability, featuring a 4 1/4 inch high-carbon steel blade with a sharp square point for clean, accurate incisions into flexible materials. Individually honed and ground to ensure superior sharpness, the blade is heat treated and cooled to precise temperatures that enhance its grain structure, promoting exceptional edge retention and resistance to wear during prolonged use. Complementing the blade is a traditional round hardwood handle with brass compression rivets for a secure, ergonomic grip that minimizes slippage, resulting in an overall length ideal for detailed, one handed maneuvering. Proudly made in the USA as part of Dexter Russell's renowned industrial cutlery collection, this shoe knife exemplifies the brand's commitment to functional excellence, blending timeless craftsmanship with modern performance for professionals in specialized trades.

Most Common Uses Include:

• Shoe and Leatherworking: Essential for cobblers and leather artisans to precisely trim, shape, and bevel shoe uppers, linings, or soles, enabling intricate detailing on leather hides without fraying or distortion for high-quality footwear assembly.
• Craft and Model Making: Ideal for hobbyists and model builders cutting thin fabrics, foam, or synthetic materials in scale replicas or prototypes, where the square point provides the finesse needed for curved or angled cuts in confined spaces.
• Industrial Trimming and Scraping: Utilized in manufacturing for edging laminates, rubber components, or plastic sheets, as well as light scraping tasks in maintenance departments to remove excess material cleanly and efficiently.
• Artisan Reed and Material Fabrication: Employed by musicians or fabricators for sharpening and shaping cane reeds or thin polymer strips, offering the sharpness and control required for repetitive, fine adjustments in musical instrument repair or custom material processing.