How to combine acetylene flame cutting and laser cutting to cut thick plates?
Автор: Matteo-JNTECH LASER
Загружено: 2025-12-19
Просмотров: 56
Описание:
The core objective of the acetylene flame and laser combined cutting equipment is to integrate the advantages of laser and flame cutting, compensating for their respective shortcomings to meet more complex processing needs. #acetyleneflame #acetylene #flamecutting #flamelaser
The advantages of this equipment are:
🔨Expanded processing range: The equipment can efficiently and precisely process medium and thin plates and non-ferrous metals (such as stainless steel and aluminum) using lasers, and economically cut thick carbon steel plates using flames. This significantly increases the types and thicknesses of materials that a single unit can handle.
⛏️Improved overall efficiency and precision: When processing thick plates, flame cutting can be used for rapid grooving or rough machining first, followed by precision beveling or drilling using lasers, improving overall efficiency through process combination.
⚒️Intelligent process switching: A Bochu control system enables automatic switching between the laser head and the flame torch, path planning, and process parameter recall. This eliminates the need for handling complex workpieces in the machine room, achieving "one-click processing."
🛠️Adaptable to complex scenarios: For example, precision parts can be laser-cut while peripheral structures or waste are simultaneously cut using a flame cutter on the same sheet of material, fully leveraging the advantages of each.
🔧Savings on equipment investment and floor space: Users do not need to purchase separate laser cutting and flame cutting machines, saving on procurement costs and factory space.
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