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360degree Successive Multi-bend Pipe Processing
Spiral bending is a kind of continuous bending technology. Spiral bending has unique heat transfer function, so it is widely used in aerospace, nuclear energy, chemical industry and other fields. Spiral bending, especially high precision spiral bending, is an advanced metal pipe bending processing technology, which is especially suitable for complex bending structure of pipe processing. Jinmason company through the in-depth study of metal plastic forming, mastered the complex bending technology, has been equipped with high precision spiral bending tube for rockets, engines, evaporators, heat exchangers and other equipment.
The following is a detailed introduction to spiral continuous bending technology:
1.By establishing a resilient compensation database for plastic bending of metal pipes, spiral bending pipes of different specifications, different materials and different processing parameters are classified for research and testing. The open database collects basic data and increases the algorithm function, so that no matter how complex the bending shape of pipe fittings is, high-quality bending can be achieved through accurate control.
2.The core of spiral continuous bending is its unique machining path planning algorithm and precise motion control system. Through the in-depth study of the material characteristics of pipe fittings and the application of simulation technology, combined with high-precision sensor and servo drive device, the pipe fittings can be accurately bent at any Angle and at any level in three-dimensional space, so as to form a complex spiral structure pipe fittings.
3.It can be personalized programmed for pipe fittings of different materials, diameters and thicknesses to achieve customized processing solutions and adapt to a variety of application scenarios.
Application scenarios
- In aerospace, it is used to manufacture complex fluid channels and heat exchange components in aircraft engines, rocket propulsion systems.
- In medical device manufacturing, for the production of minimally invasive surgical tools, implantable vascular stents and other high-precision components.
- In the field of clean energy, serving the design of heat conduction pipelines in wind power generation and solar photovoltaic thermal conversion systems.
In short, spiral continuous pipe bending processing technology with its excellent innovation and practicality, is becoming a key driving force to promote the upgrading of products in many industries, leading the new trend of metal pipe manufacturing technology.
360degree Successive Multi-bend Pipe Processing
Spiral bending is a kind of continuous bending technology. Spiral bending has unique heat transfer function, so it is widely used in aerospace, nuclear energy, chemical industry and other fields. Spiral bending, especially high precision spiral bending, is an advanced metal pipe bending processing technology, which is especially suitable for complex bending structure of pipe processing. Jinmason company through the in-depth study of metal plastic forming, mastered the complex bending technology, has been equipped with high precision spiral bending tube for rockets, engines, evaporators, heat exchangers and other equipment.
The following is a detailed introduction to spiral continuous bending technology:
1.By establishing a resilient compensation database for plastic bending of metal pipes, spiral bending pipes of different specifications, different materials and different processing parameters are classified for research and testing. The open database collects basic data and increases the algorithm function, so that no matter how complex the bending shape of pipe fittings is, high-quality bending can be achieved through accurate control.
2.The core of spiral continuous bending is its unique machining path planning algorithm and precise motion control system. Through the in-depth study of the material characteristics of pipe fittings and the application of simulation technology, combined with high-precision sensor and servo drive device, the pipe fittings can be accurately bent at any Angle and at any level in three-dimensional space, so as to form a complex spiral structure pipe fittings.
3.It can be personalized programmed for pipe fittings of different materials, diameters and thicknesses to achieve customized processing solutions and adapt to a variety of application scenarios.
Application scenarios
- In aerospace, it is used to manufacture complex fluid channels and heat exchange components in aircraft engines, rocket propulsion systems.
- In medical device manufacturing, for the production of minimally invasive surgical tools, implantable vascular stents and other high-precision components.
- In the field of clean energy, serving the design of heat conduction pipelines in wind power generation and solar photovoltaic thermal conversion systems.
In short, spiral continuous pipe bending processing technology with its excellent innovation and practicality, is becoming a key driving force to promote the upgrading of products in many industries, leading the new trend of metal pipe manufacturing technology.
