Machine Overall Dimension(L×W×H) 2350×1850×1750 mm
Main Machine Case:2500×2000×1900 mm Control Accessory Case:850×750×1100 mm Total Packing Volume Approx. 10.28 CBM Control System Industrial AI vision + PLC touch screen system Cutting Mode Multi-tool oscillating blade cutting (no laser scorch damage) Nesting Feature Real-time leather defect identification & automatic layout optimization Net Weight 1480 KG Gross Weight 1620 KG
Environmental Protection & Social Responsibility
Application Fields
Core Footwear Production Scenarios
1.Automatic nesting & precision cutting of full-grain genuine leather shoe upper parts
2.Microfiber / PU synthetic leather footwear upper batch digital blanking
3.Shoe pattern marking, positioning punching and layered fabric cutting processing
Extended Application Scenarios
4.Leather goods, handbag leather piece intelligent layout and cutting production
5.Custom irregular leather material small-batch proofing and rapid sample making
6.Sustainable leather material processing matching low-carbon footwear production lines
To address the challenges faced by ASEAN footwear factories, including high genuine leather costs, inefficient manual nesting, shortages of skilled cutting operators, and inconsistent material utilization between operators, our new-generation AI Vision Automatic Nesting and Digital Cutting Machine for Genuine Leather Footwear will be presented at VFM 2026 Vietnam.
As one of the featured exhibits at the Vietnam Footwear Machinery and Materials Exhibition from October 14 to 17, 2026, the system is designed for Southeast Asian footwear manufacturers and supply-chain companies visiting the exhibition at SECC in Ho Chi Minh City. It integrates genuine leather contour scanning, defect identification, shoe-pattern import, intelligent automatic nesting, and precision digital cutting into one production solution.
Based on the actual shape, grain direction, quality grade, and marked defect areas of each leather hide, the system automatically optimizes the placement of footwear components and generates efficient cutting paths. It is suitable for the digital cutting of genuine leather shoe uppers, tongues, heel components, and other footwear parts.
By reducing dependence on manual nesting and physical cutting dies, the machine helps footwear factories handle style changes and small-batch orders more efficiently, reduce leather waste caused by inefficient pattern placement, and improve cutting accuracy, batch consistency, and overall material utilization. It provides an integrated solution for cost reduction, production efficiency, material savings, and digital manufacturing upgrades.
Footwear manufacturers, genuine leather product factories, and machinery buyers from around the world are warmly invited to visit VFM 2026 at SECC in Ho Chi Minh City and experience this AI Vision Leather Nesting and Digital Cutting System through on-site demonstrations and cutting tests.
