Fiber Laser Equipment In Building Industry
With the rapid development of modern architecture towards large-scale, complex, green, and intelligent directions, traditional processing and construction methods are facing unprecedented challenges. Accuracy, efficiency, environmental protection, and cost control have become the new focus of industry competition. fiber laser cutting machines, fiber laser welding machines, and fiber laser cleaning machines are deeply integrated into various links of the construction industry chain with their unparalleled advantages, providing escort for the manufacturing and construction of modern buildings.
fiber laser cutting machine
Building steel structure is the skeleton of modern buildings such as skyscrapers, sports venues, bridges, etc. The cutting accuracy and efficiency of its materials directly affect the quality and progress of the overall project.
Application Scenario:
1. Steel structure processing: high-precision cutting and drilling of H-beams, I-beams, and steel plates.
2. Production of decorative components: Artistic cutting and hollowing of customized products such as complex building facade decorative panels (such as stainless steel, aluminum plates, brass, etc.), metal screens, hollow partitions, etc.
3. Production of irregular curtain walls: Complex curved surface design can be achieved by laser cutting aluminum plates or glass.
4. Rapid prototyping of building components such as stairs, guardrails, and brackets.
Application advantages:
1. Ultra high precision and quality: The fiber laser beam has extremely fine focusing, narrow cutting seams, smooth and burr free cross-sections, and does not require secondary processing. It can be directly welded and assembled, greatly improving the accuracy of component docking.
2. Extraordinary efficiency: No matter how complex the graphics are, high-speed and uninterrupted cutting can be achieved through the CNC system. Compared with plasma, flame cutting and other methods, the efficiency is improved several times, effectively shortening the construction period.
3. Excellent flexibility: One device can easily handle the switching of multiple materials and complex patterns, perfectly meeting the personalized and artistic design needs of modern architecture.
4. Energy saving and environmental protection: High energy conversion efficiency, low operating costs, and non-contact processing with low noise and dust, meeting the requirements of green construction sites.
Fiber laser welding machine
Safety is the lifeline of architecture. The connection strength between steel structures is crucial, and laser welding provides a high-strength solution that traditional welding cannot match.
Application Scenario:
High strength welding of the main steel structure (beams, columns) of the building.
Fine welding of steel reinforcement cages and embedded parts in prefabricated modular buildings (PC structures).
Manufacturing and repairing of heavy equipment such as construction machinery and construction platforms.
Application advantages:
1. Deep welding and low deformation: With high laser energy density, deep penetration welding can be achieved, and the heat affected zone is extremely small, effectively avoiding deformation and stress caused by high heat in steel structures, ensuring the dimensional stability and integrity of the structure.
2. High weld strength: The weld structure is dense and has excellent mechanical properties, even surpassing the base material, greatly improving the safety and durability of building structures.
3. Automation integration: It is easy to integrate with robotic arms and positioners to achieve automated welding, especially suitable for mass production of standardized components, ensuring stable quality and reducing dependence on advanced technicians.
Fiber laser cleaning machine
Surface treatment is a heavy but crucial step in construction and maintenance. Traditional methods such as sandblasting and chemical cleaning suffer from pollution, high energy consumption, and damage to substrates.
Application Scenario:
1. Pre weld preparation: Efficiently remove rust, oil stains, and paint coatings from the weld area of steel structures, providing a clean surface for high-quality welding.
2. Post weld cleaning: Quickly remove welding slag and oxidation color, improve aesthetics.
3. Building restoration and renovation: Non destructive removal of dirt, coatings, and floating rust on the surfaces of historical buildings and bridges, achieving precise restoration.
4. Mold cleaning: Clean concrete residues on prefabricated building components (such as cement formwork).
Application advantages:
1. Green and pollution-free: No need for chemical agents or abrasives, no discharge of exhaust gas or wastewater, it is a true "green cleaning", especially suitable for construction environments with strict environmental requirements.
2. Precise and non-destructive: The cleaning area and layer depth can be precisely controlled, with zero damage to the metal substrate, and the surface is clean as new after cleaning.
3. Efficient and economical: Easy to operate, both handheld and automated, with long-term usage costs much lower than traditional methods, and simple equipment maintenance.
From precision cutting to sturdy connections, and then to green cleaning, fiber laser technology is redefining the manufacturing standards in the construction industry. The complete solution of fiber laser cutting, welding, and cleaning provided by Razortek not only brings a leap in production efficiency to construction enterprises, but also sets a new benchmark in product quality, construction safety, and environmental protection.
