Visual positioning, placing materials at will, using a 20 million high-definition camera to shoot materials, extracting outlines, accurately matching the input pattern to the material for cutting.

General Workers Do Not Need Skilled Workers

Internationally Certified Major Brand Electrical Components

Online Operation

Projection Display

Reduce Material Loss

Save On Die-Cutting

Built-In Gas Tank

Digitalization Of Production

European Standard CE Certification
Technical Parameters
| The Namae | ELS-B13 |
| Overall Dimension | 4500*2415*2020mm |
| Work Area | 1600*700mm |
| Work Platform | Aluminum alloy honeycomb platform and conveying carpet |
| Max Material Processing Height | <10mm(Dependingon differentmaterial) |
| Beam Height | 30mm |
| Material Fixation Method | Vacuum adsorbtion |
| Max Processing Speed | 72M/Min. |
| Positioning Method | Projectionpositioning |
| Camera Pixels | 20 million |
| Number Of Cameras | Standard configuration: 2 (4 optional) |
| Repeatable Cutting Accuracy | ±0.2mm |
| Drive System | Servo motor, Linear guide and Synchronous belt drive |
| Number Of Motor | 9 Axis |
| Format Of Supported Files | AI、EPS、DXF、PLT、PDF、JPG、TIF、TPS |
| Power | 12Kw |
| Capacity | 380V |
| Net Weight | 2200Kg |
| Country Of Original | Made in China |
Main Details
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| Photo Recognition Technology | Parts Modification Tool | Multi-Layer Fine Cutting |
| ELS is equipped with 4 ultra-high-definition industrial cameras for material identification, positioning and cutting, which avoids errors caused by manual matching and greatly improves the accuracy and efficiency of cutting. | ELS is equipped with a 4-camera visual recognition system, which can automatically identify the contour features of parts and accurately cut matching parts, efficiently and quickly. | ELS developed multi-layer fine cutting technology, which can cut a variety of different materials, such as leather, genuine leather, sponge, mesh, midsole, etc., with a cutting thickness of up to 10mm. |
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| Rapid Punching Function | Intelligent Typesetting | Data Analysis | Servo Frequency Conversion Energy Saving |
| ELS is equipped with a fast punching function, a double-head punch with a total of 4 punches, which can be added. It is stable and efficient and can better meet the complex production requirements of modern manufacturing companies. | ELS has developed an intelligent automatic nesting system for leather, midsole, accessories and other roll materials, which saves 80% of time compared to manual layout and greatly improves the utilization rate of materials. | ELS cutting software has its own data collection and analysis function, which can timely reflect the production time, production completion status, process efficiency, machine status, operator status and other data during the cutting process for reference by production managers. | ELS adopts the most advanced frequency conversion servo drive system from Panasonic and Inovance, which greatly reduces the energy consumption during the operation of the equipment, improves the economic benefits of the enterprise, and is in line with the concept of sustainable development. |
Main Functions
1. Visual positioning, placing materials at will, using a 20 million high-definition camera to shoot materials, extracting outlines, accurately matching the input pattern to the material for cutting
2. Fully automatic intelligent typesetting, automatically typeset the input different patterns on the material, greatly improving the utilization rate of materials and saving manual typesetting time
3. Asynchronous simultaneous cutting of different shapes, high work efficiency, and support for power-off continuous cutting
4. Automatic continuous feeding, support for seamless cutting function.
Main Features
ELS-B13 is a new generation of efficient intelligent cutting production line that adopts high-rigidity heavy-duty machine body and dense screw drive, double beam, double head asynchronous control cutting and punching. It has low running noise, fast main control chip operation speed, high cutting accuracy, time-saving and labor-saving, and small space occupation. It is widely used in industrialized mass intelligent cutting in clothing, sofas, digital printing, advertising photo, curtain fabrics, luggage, shoemaking and other industries.