Wood Defect Scanning And Optimizing Sawing Line

Wood Defect Scanning And Optimizing Sawing Line with Feeding And Conveying Device

• Whole Machine Power : 22 kW
• Scan Speed :60-120 m/min
• Processing Length (8 hours) : 20,000 m
• Maximum Feeding Speed : 135 m/min
• Maximum Processing Length :6000 mm
• Application :Optimizing saw can optimize the sawing plan by identifying and marking the defects of the wood, ensuring that the right grade of wood is used in the right location, thereby maximizing the value of the wood.

The Optimizing Saw is an efficient woodworking machine mainly used for wood cutting and processing. One of its most significant advantages is its ability to automatically identify and remove defects in wood, such as scars, cracks, heads and tails, etc. This function not only improves work efficiency, but also greatly reduces workers’ labor intensity.

Wood defect scanning technology is a technology that uses a scanner with multi-sensor technology to automatically detect and identify wood size and surface information. This technology can use intelligent material cutting to formulate the best sawing plan based on the condition of the raw materials and the size and quality requirements of the subsequent processes, and guide the optimal saw at the back end to saw.

Through accurate defect identification and classification, the use of wood is optimized, waste is reduced, and production efficiency is improved. Automated scanning reduces human errors and improves the stability and consistency of the production process.

High Precision 3D Laser Wood Defect Scanner Scanning Machine

1.Sets completely new benchmarks in the development of scanner technology. The innovative andcomprehensively improved product portfolio provides higher performance and highlights the advantagesof the scanner.

2.Provides solutions across all process stages:Whether it is wood longitudinal or cross cutting, ormaterial sorting, scanning technology can be deeply integrated with the cutting process.

3.After analyzing and calibrating each system of the equipment, the informationis transmitted to a specific optimal saw for optimized sawing. The gradeclassification system will classify and process according to different lengths.saving labor and materials, improving efficiency, easy management, and product qualification rate. High, unaffected by human factors.

4.Suitable for scanning and sawing of long materials (such as production of specification materials).

1. Furniture manufacturing: In the furniture manufacturing industry, the optimal saw can be used for cutting and trimming wood boards. It can accurately and efficiently cut wood according to design requirements and size requirements, and provide high-quality wood processing for furniture manufacturing.

2. Construction engineering: In construction engineering, the optimal saw can be used for cutting and processing wood beams and columns. It can cut quickly and accurately, providing accurate wood sizes and shapes for construction.

3. Wood product processing: In the wood product processing industry, the optimal saw can be used for processing and manufacturing wood products, such as wooden floors, wooden doors, etc. It can ensure accurate and smooth cutting of wood products, and improve the quality and beauty of wood products.

4. Packaging industry: In the packaging industry, the optimal saw can be used for cutting and processing wooden packaging boxes. It can achieve efficient cutting of packaging boxes, provide accurate and uniform cutting edges, and ensure the quality and stability of packaging boxes.