ELS B6616S CNC Flexible Leather Material Cutting Machine

Main Functions
1. Fully automatic intelligent layout, automatically layout the input different layouts on the material, greatly improving the utilization rate of materials and saving manual layout time
2. Asynchronous simultaneous cutting of different shapes, high work efficiency, and support for power-off continuous cutting
3. Automatic continuous feeding, support seamless cutting function

Main Features
ELS-B6616S-V is a new generation of efficient intelligent cutting machine that adopts a high-rigidity heavy-duty body and dense
screw drive, double beams, double heads asynchronous control cutting and punching. It has low operating noise, fast main
control chip operation speed, high cutting accuracy, time-saving and labor-saving, and occupies less space. It is widely used in industrialized large-scale intelligent cutting in industries such as clothing, sofas, digital printing, advertising photography, curtain fabrics, luggage, and shoemaking.

Main Technical Parameters

Advantages

Real-time Monitoring of the Entire Leather Cutting Process

Achieve real-time information control over the entire process from leather warehousing, inspection, grading, leather digitization (including defect identification), intelligent layout, and automatic cutting. Features intelligent monitoring and automatic prompts, significantly improving enterprise management capabilities.

Optimized Staff Structure, Reducing Reliance on Skilled Workers

For example, with 90 skilled cutting workers and 120 other cutting and marking workers: the intelligent mass production mode requires only 10 skilled intelligent layout operators and 65 other machine operators to achieve the same production capacity. Skilled workers are reduced by 89%, and the total number of workers is reduced by 64%.

Optimized Layout Efficiency, Improving Leather Utilization

Utilizing internationally leading layout algorithms, automatically analyze pattern parameters (size, shape, quantity) and leather characteristics (width, texture direction, defect distribution). The algorithm optimizes the layout logic, automatically combining and arranging multiple cut pieces to minimize material waste and maximize layout efficiency.

Improve cutting efficiency, reduce manpower, and save on cutting dies

Through core algorithms that pre-layout and output program instructions, continuous operation integrates complex processes such as cutting, punching, and scribing, effectively improving production efficiency. Supports automated production, reducing labor intensity and saving labor costs. No need for cutting blades, and no need to make and store cutting dies, reducing production costs.