Motorcycle parts industry:
Highly automated production methods, so the equipment is also integrated into the processing automobile production line. The motorcycle plate frame is welded from the left and right side plates, and the material is 1.4mm 08AL thin steel plate. The process sequence currently used is dropped stock, drawing, slicing a punch, trimming a punch, rolling an edge a flip hole. If cnc laser tube cutter technology is used, it can replace the process of the material drop and can combine cutting edge punching and trimming edge punching into one process. In addition, the front and rear gear mudguard, fuel tank, chain box, left and right cover and other parts can be trimmed by cnc laser tube cutter technology after the drop and stretch molding.
Elbow connector industry:
With simple operation mode, a round tube laser cutting machine of CNC profile cutting is suitable for batch production and processing of multiple types of elbow connectors.
Metal sanitary ware industry:
The metal tube laser cutting machine has no damage to the surface of the tube, and the automatic slag removal device can ensure that the inner wall of the pipe is clean. This can meet the high-quality requirements of high-end bathroom products. Besides, a metal tube laser cutting machine is capable of completing any shape of plate cutting, which shortens the preparation time cycle and is easy to complete continuous processing.
Metal door and staircase industry:
Compared with traditional processing methods, Fibersaw F-Series round tube laser cutting machine has the advantages of low cost tube laser, higher processing efficiency, and higher profit. Processed by cnc laser tube cutter technology and breaking the stereotype of metal furniture, it is coming into people’s lives in various guises.
Metal stroller industry:
The bevel cutting can meet the processing requirements of the splicing end between the metal stroller tube workpiece. Metal tube laser cutting machine can perform ultra-fine cutting because of the extremely small focused spot and small heat-affected zone of processing. It is favored by many manufacturers.
Elbow and fittings cutting:
The simple laser tube cutting machine is more difficult to cut elbow fittings due to abnormal pipe types. However, the finished tube parts cutting machine can realize requirements of elbow and fittings through a customized clamping device.
Metal trolley:
Only need to perform shape cutting on the surface of the tube assembly of the metal trolley. It has the characteristics of uniform specifications and batches, which is very suitable for using a finished tube parts laser cutting machine.
Outdoor tent:
Generally, the tent frame adopts similar square and round pipe fittings for casing splicing, and the positions of the pipe butt holes are uniform. Therefore, matching two jaws to clamp both ends of the material for processing can improve accuracy.
Laser Cutting-Machine In Pipe Fence
Pipe fencing is an extremely durable and versatile fencing system that provides years of trouble-free service.
For safety, the utilization rate of pipe fences has also increased. Pipe fences can be divided into highway fences, street fences, landscape fences, stair fences, balcony fences, green belt fences, etc. More and more new materials are also applied to pipe fences, such as iron fences, aluminum fences, and stainless steel pipe fences.
What are the advantages of laser tube cutting machine processing pipe fence?
1. Flexible processing
The laser pipe cutting machine is suitable for the cutting of various types of materials such as carbon steel pipes, stainless steel pipes, aluminum alloy pipes, square pipes, round pipes, rectangular pipes, and other shapes of metal pipes.
2. High quality and high efficiency
The finished products without burrs can be directly used for welding without secondary processing.
3. Cost saving
There is no need to make molds for different designs. It can also realize automatic cutting and nesting, which improves the utilization rate of materials and saves a lot of production cost.
4. Automation and flexibility
The openness and flexibility of the software can work with other industrial equipment to form a flexible automated production line, realize unmanned automated production, and improve production efficiency.
Seamless Stainless Steel Tubes
Unlike carbon tubes or stainless welded tubes, seamless tubes are applied in more harsh environments and are supplied to a variety of industries with corrosive media, high and ultrahigh temperatures & pressures, other aggressive conditions. Key application areas of seamless tubes products are chemical and petrochemical engineering, mechanical engineering and power generation, including nuclear.
TUBE SIZE RANGE
| Hot Finished | Outside diameter 56-250mm | Wall thickness 3,05-43mm | Length up to 15meters |
| Cold Finished | Outside diameter 6-114mm | Wall thickness 0,7-12mm | Length up to 27meters |
- Heat-exchanger tubes
- Instrumentation tubes
- Boiler tubes
- Furnace tubes
- Hollow bars
- Automotive tubes
- General tubes & pipes
- Nuclear tubes
Instrumentation tubes are widely used for automotive industry.
Instrumentation tubes are widely used for hydraulic & pneumatic control systems, fuel supply lines, pressure sensors lines for automotive industry; for onshore control panels, topside processing facilities and subsea manifolds in oil and gas industry; high purity tubes for semiconductor industry, fuel rods, control tubes for advanced engineering; cooling circuits, brake cylinders for automotive industry.
Heat-exchanger tubes are designed for heat transfer and mostly applied in the processes like heating, cooling, ventilation, condensation and evaporation.
Heat-exchanger tubes are used in the following types of equipment: shell & tube heat exchangers, plate & frame heat exchangers, cooling towers, air coolers and others. Main industries of heat-exchanger tubes application are chemical & petrochemical, power generation (including nuclear), oil & gas and others (food&beverage, pulp&parer, transportation, etc.).
Automotiv Tubes
Seamless stainless steel tubes are widely used for automotive industry. But the most common application is as a part of fuel supply systems in GDI (Gasoline Direct Injection) engines.
In nuclear industry the tubes are used as parts of primary and secondary circuits of nuclear power station facilities. Depending on application and specific requirements, the tubes can be divided into three sub-segments – steam-generating, heat-exchanging tubes and pipelines.
Boiler tubes are applied in thermal power-generation and heating as a part of tubing components of utility and industrial boilers.
- Furnace tubes
- Hollow bars
- Automotive tubes
- General tubes & pipes
- Nuclear tubes
- Heat-exchanger tubes
- Instrumentation tubes
- Boiler tubes
- Furnace tubes
- Hollow bars
- Automotive tubes
- General tubes & pipes
- Nuclear tubes
- Heat-exchanger tubes
- Instrumentation tubes
- Boiler tubes
- Furnace tubes
- Hollow bars
- Automotive tubes
- General tubes & pipes
- Nuclear tubes
heat-exchanger tubes are designed for heat transfer and mostly applied in the processes like heating, cooling, ventilation, condensation and evaporation.
Heat-exchanger tubes are used in the following types of equipment: shell & tube heat exchangers, plate & frame heat exchangers, cooling towers, air coolers and others. Main industries of heat-exchanger tubes application are chemical & petrochemical, power generation (including nuclear), oil & gas and others (food&beverage, pulp&parer, transportation, etc.).
Instrumentation tubes are widely used for automotive industry.
Instrumentation tubes are widely used for hydraulic & pneumatic control systems, fuel supply lines, pressure sensors lines for automotive industry; for onshore control panels, topside processing facilities and subsea manifolds in oil and gas industry; high purity tubes for semiconductor industry, fuel rods, control tubes for advanced engineering; cooling circuits, brake cylinders for automotive industry.
Boiler tubes are applied in thermal power-generation and heating as a part of tubing components of utility and industrial boilers.
Boiler tubes in power-generation are used only for utility boilers to generate steam for electricity production. Boilers for industrial applications produce steam or hot water for process applications for various industries – biomass firing (fluidized bed boilers), heating, pulp and paper industry (recovery boilers), waste to energy plants, various chemical processes. Boilers are used for different combustion systems (conventional coal, oil and gas) and usually boiler tubes withstand high pressure and high temperature conditions.
Boiler tubes for nuclear power-generation are used within secondary cycle of nuclear power stations and are a tube components of a steam generation boiler. Special safety requirements are applied to nuclear boiler tubes, which is due to critical application area.
Furnace or heater tubes are mainly used in petrochemical industry as process tubes in cracking furnaces for refineries and ethylene\propylene plants.
Oil refinery cracking processes allow the production of «light» products such as liquefied petroleum gas (LPG). In a typical ethylene furnace the pyrolysis reaction is endothermic. For this reason, furnace tube material must be suitable to accommodate the high process temperature
Hollow bar – also called the seamless mechanical tubing, – is a tubular product made with properties and characteristics suitable for subsequent transformation into a numerous cylindrical components and hollow products for different engineering purposes.
Applications of hollow bar include aerospace, electronics, medical, military, food processing, transportation, chemical and petrochemical industry. Hollow bars are widely used in general engineering industry.
Seamless stainless steel tubes are widely used for automotive industry. But the most common application is as a part of fuel supply systems in GDI (Gasoline Direct Injection) engines.
General tubes & pipes are used as piping components or line pipes for variety of industries: chemical\petrochemical, oil&gas, power generation, processing, food&drink, metallurgy, and others.
In subsea media general tubes & pipes can be used as line pipes, flowlines, risers, hydraulic & gas injection lines, etc. In topside media general tubes & pipes can be used as utility and process piping, sea water piping systems, LNG piping.
In nuclear industry the tubes are used as parts of primary and secondary circuits of nuclear power station facilities. Depending on application and specific requirements, the tubes can be divided into three sub-segments – steam-generating, heat-exchanging tubes and pipelines.