In the field of wood processing, the efficient utilization of raw materials is directly related to the cost control and sustainable development of enterprises. The traditional manual sawing mode relies on empirical judgment, which can easily cause problems such as material waste and low efficiency.
As an intelligent representative of modern woodworking machinery, Optimization Cutting Saws have completely changed the way of wood processing and become the core equipment for reducing costs and increasing efficiency in the industry.
Optimization Cutting Saw SJ-260R
Principle of work
Optimization Cutting Saw is an intelligent processing equipment that integrates computer algorithms, automation control, and precision machinery. By scanning the dimensions, defects, and other parameters of the wood, combined with order requirements, generate the optimal sawing plan.
Here above are the electrical components of SJ-260R
The Four Major Technical Advantages
1. Improve utilization and reduce raw material costs
The utilization rate of traditional sawing wood is usually less than 70%, while optimized saws can increase to 85% -95% through algorithm optimization.
2. Fully automated production, saving labor
The equipment integrates automatic feeding, scanning, sawing, and sorting systems. One preferred saw can replace 5-8 skilled workers and support 24-hour continuous operation.
3. Adaptation to diverse needs
Meet the needs of different industries such as furniture, flooring, doors and windows in various production scenarios.
4. Green environmental protection and energy-saving design
Replacing traditional pneumatic systems with servo motors reduces energy consumption by 40% -70%; The automatic waste recycling system reduces dust pollution and complies with the EU CE environmental standards.
Application Scenarios
1. Furniture manufacturing
In the production of solid wood furniture, saws are preferred for efficient processing of materials such as finger joints and splices.
2. Solid wood flooring processing
By using the “automatic defect avoidance” function, precise removal of scar areas is achieved while retaining high-grade boards.
3. Production of integrated timber and wooden structures
Supporting mixed width wood processing, combined with high-speed sorting and pushing devices, to achieve automatic classification of surplus materials and save more than 30% of storage space.
Finished Product(high-precision)
Development Trends
1. The rise of domestic equipment
Domestic manufacturers such as Leabon have broken through core technologies, with equipment prices only one-third of imported products and stronger algorithm adaptability.
2. Intelligent upgrade direction
-AI defect recognition: By using deep learning technology, the detection accuracy of knots and cracks is improved.
-Internet of Things Integration: Remote monitoring of device status, real-time adjustment of sawing solutions.
3. Market Expansion
With the rise of customized homes and environmentally friendly buildings, Optimization Cutting Saws are becoming popular in small and medium-sized timber factories. Meanwhile, specialized models for new materials such as bamboo and engineered wood are being developed.
Conclusion: From “Experience Driven” to “Data Driven”
The popularity of Optimization Cutting Saw the transformation of the wood processing industry from relying on manual experience to being data-driven and intelligent. Under the wave of green manufacturing, this intelligent device will continue to drive the wood processing industry towards an efficient, precise, and sustainable future.
