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G25
HND LASER
Automatic Feeding Mechanism: With an automatic feeding mechanism, the pipe cutting machine minimizes manual intervention, enhancing operational efficiency. This feature enables continuous cutting operations, reducing downtime and boosting productivity. Operators can preset parameters, allowing the machine to handle feeding tasks accurately and consistently.
Removal of Inner Wall Powder: The machine's capability to remove inner wall powder is a significant advantage, particularly in industries with stringent cleanliness standards. By eliminating debris and contaminants from the inner walls of pipes during the cutting process, it ensures the production of clean, high-quality pipes suitable for various applications, including pharmaceuticals, food processing, and electronics.
Bevel Cutting: Offering bevel cutting capabilities, the machine allows for precise angled cuts, enhancing the versatility of pipe fabrication. Bevel cutting is indispensable in industries like construction, automotive, and aerospace, where accurately fitting and welding pipes are essential. This feature improves joint strength, facilitates seamless assembly, and reduces the need for additional finishing work.
Supports Cutting of Medium-sized Pipes: With the ability to cut medium-sized pipes up to 250mm in diameter, the machine caters to a broad range of pipe fabrication needs. This versatility makes it suitable for diverse industries and applications, providing manufacturers with flexibility and scalability in their production processes.
High-precision Cutting: The pipe cutting machine delivers high-precision cutting results, ensuring accuracy and consistency in every operation. This precision is vital for meeting tight tolerances and quality standards demanded by various industries. Whether cutting complex shapes or intricate patterns, the machine maintains exceptional precision, resulting in superior finished products.
Detailed Display
Bevel cutting
Utilizing bevel cutting techniques significantly diminishes the need for excessive assembly welds. By strategically applying bevel cutting, welds can be minimized, streamlining the assembly process and enhancing the structural integrity of the final product.
Chuck avoidance
Implementing chuck avoidance strategies can substantially reduce the amount of tail material required to a minimum of 45mm. By employing techniques to avoid using chucks during machining processes, manufacturers can significantly decrease material wastage while maintaining optimal production efficiency.
High-precision, high-control chuck
Ensures that the pipe remains free from deformation during machining processes. By utilizing advanced chuck technology, manufacturers can maintain the structural integrity and dimensional accuracy of the pipe, even during intricate machining operations.
Slag suction device
A slag suction device efficiently removes slag and debris generated during welding or cutting processes. By effectively suctioning away waste materials, it ensures a clean and safe working environment while minimizing the need for manual cleanup.
Automatic loading machine
Automatic loading machines streamline the loading process, enhancing operational efficiency and productivity. By automating the loading of materials or components, these machines eliminate the need for manual handling, reducing labor costs and minimizing the risk of errors.
Parameter
Product Series | G25 | ||
Model | 7025A | 7025B | 9025B |
Processing range | ○ Round tube:φ15-250 mm □ Square tube:15-180 mm Max. Rectangular tube:200*120 mm | ||
Loading length(Optional) | 5800-7000mm | 5800-6200mm | 5800-9200mm |
Max. load | 220KG | ||
Tail length | ≤200 mm | ≤50 mm | ≤50 mm |
Max. B-axis speed | 100 r/min | 100 r/min | 120 r/min |
Max. Y-axis speed | 100 m/min | 100 m/min | 120 m/min |
Max. acceleration | 1.0 G | 1.0 G | 1.2 G |
Automatic loading time | - | 18-22 s | 22-26s |
Applications
In the automotive industry, precision-cut pipes play integral roles in exhaust systems, fuel lines, and chassis fabrication, ensuring optimal performance and durability of vehicles.
In construction, accurately cut pipes are indispensable for plumbing systems and structural frameworks, supporting the infrastructure of buildings and other structures with reliability and safety.
The aerospace sector demands the utmost precision in pipe fabrication for critical aircraft components, where accuracy is paramount to ensure the safety and functionality of aircraft systems.
In medical device manufacturing, precise pipe cutting is essential for creating instruments and equipment used in surgeries and diagnostics, contributing to the advancement of healthcare technologies and patient care.
Within the energy sector, including oil and gas pipelines and renewable energy infrastructure, accurately cut pipes are fundamental for the efficient operation of transportation and distribution systems, facilitating the safe and reliable delivery of energy resources to consumers.