steel laser cutting machine CNBM form China

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Loading Port:
Tianjin
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TT OR LC
Min Order Qty:
1 set
Supply Capability:
20 set/month

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Product Description:

Specifications

1. 500W fiber laser
2. Water cooling 

                      

1. Fiber Laser Cutting Machine features


1) Excellent beam quality: Smaller focus diameter and high work efficiency, high quality.


2) High cutting speed: cutting speed is more than 20m/min


3) Stable running: adopting the top world import fiber lasers, stable performance, and key parts can reach 100,000 hours;


4) High efficiency for photoelectric conversion: Compare with CO2 laser cutting machine, fiber laser cutting machine has three times photoelectric conversion efficiency


5) Low cost: Save energy and protect environment. Photoelectric conversion rate is up to 25-30%. Low electric power consumption, it is only about 20%-30% of traditional CO2 laser cutting machine.


6) Low maintenance: fiber line transmission no need reflect lens, save maintenance cost;


7) Easy operations: fiber line transmission, no adjustment of optical path;


8) Super flexible optical effects: compact design, compact and easy to flexible manufacturing requirements.
 
2. Fiber Laser Cutting Machine Application Industrial
Applied in sheet metal processing, aviation, spaceflight, electronics, electrical appliances, subway parts, automobile, machinery, precision components, ships, metallurgical equipment, elevator, household appliances, gifts and crafts, tool processing, adornment, advertising, metal foreign processing various manufacturing processing industries.
 
3. Fiber Laser Cutting Machine Applicable materials
Mainly used for cutting carbon steel, silicon steel, stainless steel, aluminum alloy, titanium alloy, galvanized steel sheet, pickling board, aluminum zinc plate, copper and many kinds of metal materials cutting and so on.
 
4. Fiber Laser Cutting Machine Equipment Feature and Technical Advantages


1) High Speed: cutting speed is more than 20m/min;


2) High Performance: It is suitable for high reflecting material cutting, such as copper and aluminum.


3) High Efficiency: Excellent high cutting speed, low operating and use cost, double return on your   investment.


4) Low Gas Cost: Use air to cut the thin stainless steel sheet, no need to use Nitrogen.


5) Low Energy Consumption: Save energy and protect environment. Photoelectric conversion rate is up to 25-30%. Low electric power consumption, it is only about 20%-30% of traditional CO2 laser cutting machine.


6) Low Maintenance: Fiber transmission, no need reflect mirrors, no need to adjust optical path, laser source lifetime is more than 100,000 hours, almost free maintenance.
 
5. Fiber Laser Cutting Machine Technical Parameter

Model

BFC3015

BFC4020

Laser power

1000-4000W

Laser type

Import fiber laser

Processing Scale

3000mm*1500mm

4000mm*2000mm

X axis stroke

3000mm

4000mm

Y axis stroke

1500mm

2000mm

Z axis stroke

100mm

100mm

Max cutting thickness

20mm

Location precision

±0.05mm/m

Re-location Precision

±0.03mm/m

Power demand

380V/50Hz

Worktable max.load

800KG

1500kg

Cooling way

Water Cooling

Consumption power

25Kw

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Q:What is the processing of materials?
The workability of the material means that the material exhibits excellent flow characteristics not only during injection molding but also excellent mechanical properties (strength, toughness and stiffness), short molding cycle (high productivity) and high temperature resistance (
Q:Material processing technology and machinery manufacturing What is the relationship
Products produced by specialized organizations, so that the factory's production process has become relatively simple, is conducive to improving product quality, improve labor productivity and reduce costs, is the development trend of modern machinery industry.
Q:How to improve the mechanical properties of materials?
Shot peening can improve the surface tension of the material, improve the surface hardness, but also improve the ability to resist corrosion.
Q:What are the main considerations when choosing mechanical parts?
Mechanical parts are designed to select the material to take into account factors: the function of the part, the part of the device, its purpose.
Q:Metal forming and processing methods which have their own characteristics and scope of application
Metal material refers to the metal or metal-based metal properties of the material collectively. Including pure metal, alloy and special metal materials. Common metal materials, molding methods are casting, forging processing, cutting, powder metallurgy and welding.
Q:What kind of materials can EDM machine
Theoretically, any conductive material can be machined with a wire EDM machine.
Q:How to choose the material when doing mechanical design
Casting, welding, etc.), the price and source of the material, the physical and chemical properties of the material (temperature, life, corrosion resistance, severe, heat transfer performance, etc.), so this is a very broad topic,
Q:Teflon rod material in the mechanical processing how to get the surface smoothness and clean surface
At the same time, keep other excellent PTFE performance. Filling varieties are glass fiber, metal, metal oxide, graphite, molybdenum disulfide, carbon fiber, polyimide, EKONOL, wear resistance, limit PV value can be increased by 1000 times.
Q:Mechanical material forming cold forming and thermoforming What is the difference, the main processing of what materials
Mechanical material forming Cold forming and thermoforming difference: molding is mainly for forging. Workpiece blank in the state of non-heating is forging molding is cold forming, heating in the state of forging is hot forming, thermoforming and temperature forging and hot forging, the temperature is different. Not only stainless steel, other materials forging this is the case. Mainly used to process steel parts.
Q:Metal materials commonly used in the processing methods which
Processing technology is divided into cold processing and processing of cold processing, including the car, pliers, planing, milling, grinding, etc. Hot processing is divided into casting and forging inside and can be divided into forging and stamping forging free forging (including upsetting,

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