Benefits of High-strength Plate Welding Bed

The high-strength plate welding bed of the laser cutting machine is the mainstream choice for mid-to-high-end equipment. Its core advantages are high rigidity, long-term stability and excellent vibration resistance, which is especially suitable for high-power and high-precision processing scenarios.
1. High rigidity and stability
• Strong vibration resistance: The high-strength plate welding structure has been optimized and has high overall rigidity, which can effectively reduce vibration during cutting and ensure high-precision processing (especially suitable for high-power laser cutting).
• Long-term stability: The welding bed is annealed to eliminate internal stress, avoid deformation caused by temperature changes or long-term use, and extend the life of the equipment.

2. Lightweight and high strength
• High material utilization: Steel plate welding can flexibly design reinforcement ribs and internal structures, reduce weight while ensuring strength (20%~30% lighter than the casting bed), reduce equipment inertia, and improve dynamic response speed.
• Strong load-bearing capacity: Suitable for large-format, heavy-load processing (such as thick plate cutting), and it is not easy to cause bed deformation due to material weight.
3. Design flexibility and customization
• High degree of freedom: The bed size and structure can be customized according to customer needs (such as split design for easy transportation), adapting to different power lasers or automation supporting (such as material storage, loading and unloading system).
• Functional integration: The welding structure is convenient for integrating auxiliary functional modules such as slag trough and gas pipeline to optimize the production environment.
4. Cost and maintenance advantages
• Low manufacturing cost: Compared with large casting bed, steel plate welding does not require mold opening, the production cycle is short, and it is suitable for small and medium batch customization.
• Convenient maintenance: Local damage can be repaired by repair welding, without overall replacement, reducing maintenance costs.

5. Environmental protection and process adaptability
• Reducing casting pollution: Avoiding the emission of waste gas and waste slag during the casting process is more in line with environmental protection requirements.
• Surface treatment optimization: The welding bed can enhance the rust resistance through processes such as sandblasting and spraying, and adapt to humid or dusty environments.
Summary: Plate welding bed has become the preferred structure for mid-to-high-end laser cutting machines due to its rigidity, lightweight and customizable characteristics, especially for users who pursue long-term stability and high cost performance.