Flat round knife
Flat round blades are mainly used for slitting materials such as paper, film, aluminum foil, and fabric. The blade body is made of high-speed steel, cemented carbide, and SKD11 steel, and undergoes vacuum quenching treatment, achieving a hardness of HRC53-65°, combining high wear resistance and toughness. Widely used in papermaking, packaging, textile, and food machinery, they achieve precise slitting through high-speed rotation or pneumatic drive, featuring low cutting resistance, smooth, burr-free edges, and adaptability to processing diverse materials.
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AGCO Vibrating Blade
The Inrohua vibrating cutting machine blade is an industrial tool specifically designed for efficient cutting of flexible materials. It employs high-frequency vibration cutting technology, using the high-frequency reciprocating motion of the blade to separate materials, avoiding the scorching problems of traditional thermal cutting. Its core advantages include: Precise cutting: Vibration frequencies can reach over 10,000 times per minute, combined with a servo control system, ensuring smooth, burr-free edges without the need for secondary finishing.Broad applicability: Capable of handling over 20 materials including fabrics, leather, carbon fiber, fiberglass, and silicone, especially suitable for continuous cutting of multi-layer composite materials; Intelligent adaptation: Supports automatic layout function, optimizing material utilization, reducing waste, and adapting to the needs of multiple industries such as clothing, automotive interiors, and bags; Environmentally friendly and energy-saving: The cutting process is smokeless and odorless, meeting green production standards, and features a long blade life and low maintenance costs. This blade is widely used in automated cutting equipment, helping companies improve production efficiency and product quality.
Benma cutting blades
The Benma CAD cutting blade is an important accessory for computer-controlled automatic cutting machines. It is mainly used for cutting flexible materials such as fabrics and leather, and is widely used in clothing, automotive interiors, aerospace materials, bags, shoes, hats, home textiles, and upholstered furniture.
Disc knife
Flat round blades are mainly used for slitting materials such as paper, film, aluminum foil, and fabric. The blade body is made of high-speed steel, cemented carbide, and SKD11 steel, and undergoes vacuum quenching treatment, achieving a hardness of HRC53-65°, combining high wear resistance and toughness. Widely used in papermaking, packaging, textile, and food machinery, they achieve precise slitting through high-speed rotation or pneumatic drive, featuring low cutting resistance, smooth, burr-free edges, and adaptability to processing diverse materials.
HeYing CAD Cutting Machine Blades
The HeYing CAD cutting blade is an important accessory for computer-controlled automatic cutting machines. It is mainly used for cutting flexible materials such as fabrics and leather, and is widely used in clothing, automotive interiors, aerospace materials, bags, shoes, hats, home textiles, and upholstered furniture.
Kronos CAD Cutting Tool
The KRONS CAD cutting blade is an important accessory for computer-controlled automatic cutting machines. It is mainly used for cutting flexible materials such as fabrics and leather, and is widely used in clothing, automotive interiors, aerospace materials, bags, shoes, hats, home textiles, and upholstered furniture.
Lecter Cutting Blades
Inluhua cutting machine blades utilize nano-level heat treatment technology to ensure a blade hardness ≥ HRC63, providing superior wear resistance and impact resistance, extending service life by over 30%. Full-matrix compatibility covers major cutting machine brands (Lectra, Bullmer, Gerber, etc.), supporting customization of over 20 sizes including 223×10×2.0/2.5mm and 88×5.5×1.5mm.Seamlessly compatible with CAD/CAM systems, improving cutting accuracy to ±0.1mm. Highly efficient cost reduction: Optimized blade geometry reduces fabric layering errors, and an automatic sharpening system lowers blade change frequency, helping companies save over 15% on consumable costs and increase production capacity by 4-5 times. Inronwa – empowering intelligent manufacturing with precision-engineered blades, providing highly compatible, long-life, and cost-effective cutting solutions for the apparel, automotive interiors, and composite materials industries.
Ruizhou Vibrating Cutting Machine Blades
The Inrohua vibrating cutting machine blade is an industrial tool specifically designed for efficient cutting of flexible materials. It employs high-frequency vibration cutting technology, using the high-frequency reciprocating motion of the blade to separate materials, avoiding the scorching problems of traditional thermal cutting. Its core advantages include: Precise cutting: Vibration frequencies can reach over 10,000 times per minute, combined with a servo control system, ensuring smooth, burr-free edges without the need for secondary finishing.Broad applicability: Capable of handling over 20 materials including fabrics, leather, carbon fiber, fiberglass, and silicone, especially suitable for continuous cutting of multi-layer composite materials; Intelligent adaptation: Supports automatic layout function, optimizing material utilization, reducing waste, and adapting to the needs of multiple industries such as clothing, automotive interiors, and bags; Environmentally friendly and energy-saving: The cutting process is smokeless and odorless, meeting green production standards, and features a long blade life and low maintenance costs. This blade is widely used in automated cutting equipment, helping companies improve production efficiency and product quality.
Weft vibrating knife
The Inrohua vibrating cutting machine blade is an industrial tool specifically designed for efficient cutting of flexible materials. It employs high-frequency vibration cutting technology, using the high-frequency reciprocating motion of the blade to separate materials, avoiding the scorching problems of traditional thermal cutting. Its core advantages include: Precise cutting: Vibration frequencies can reach over 10,000 times per minute, combined with a servo control system, ensuring smooth, burr-free edges without the need for secondary finishing.Broad applicability: Capable of handling over 20 materials including fabrics, leather, carbon fiber, fiberglass, and silicone, especially suitable for continuous cutting of multi-layer composite materials; Intelligent adaptation: Supports automatic layout function, optimizing material utilization, reducing waste, and adapting to the needs of multiple industries such as clothing, automotive interiors, and bags; Environmentally friendly and energy-saving: The cutting process is smokeless and odorless, meeting green production standards, and features a long blade life and low maintenance costs. This blade is widely used in automated cutting equipment, helping companies improve production efficiency and product quality.
