Fiber Laser Cutting Machine

Why choose us

*High-Quality Products

We specialize in manufacturing CNC routers, nesting CNC machines, CNC plasma cutting machines, laser cutting machines engraving machines, etc.

*Wide Range of Applications

These machines can be used for wood furniture making, the decoration industry, the advertising industry, the art field, the mold production field, etc.

*Export experience

With an experienced and professional team, we have exported our products to many countries and regions all over the world.

*Company Hono

We have SGS, CE certification, etc. We enjoy a good reputation among our customers. We welcome customers from all parts of the world to contact us and seek cooperation for mutual benefit.

Our Factory

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What Is Fiber Laser Cutting Machines

With the refinement and efficiency of the product processing industry, the application of laser cutting technology is becoming more and more widespread. Fiber Laser Cutting Machines use fiber laser generators to output condensed high-energy-density laser beams to melt/vaporize the surface of the irradiated product, thereby performing cutting and engraving functions. It can cut materials of various thicknesses, including metal, wood, etc., depending on the capacity of the equipment, and is often used in the manufacturing and infrastructure industry.

How Does Cnc Fiber Laser Cutting Machine Work

The fiber laser generator releases an extremely high-density laser beam. When the laser beam irradiates materials such as metal plates, the high temperature generated can instantly melt or vaporize the material. Then, the high-pressure gas can blow away the melt and residue generated by cutting, revealing a clear cutting seam. X, Y, Z multi-axis linkage makes cutting more three-dimensional and efficient. Computer control technology can assist the workstation to receive data and use lasers to produce specific patterns or designs.

Features Of Laser Metal Cutting Machine

High-speed Processing

The energy density of the laser metal cutting machine is extremely high, so the material can be heated up quickly. The high output power of several kilowatts allows it to cut thick materials in a short time.

Easy and Fast Operation

The use of a CNC system means that the operator only needs to enter the required data, and the equipment can automatically cut materials. Its operation is simpler and easier, and staff can get started quickly.

Exchangeable Platform Fiber Laser Cutting Machine

Versatile and Flexible Cutting

The computer controls the movement and cutting path of the laser, which can convert complex graphic data into laser movement instructions to achieve precise and flexible cutting. Therefore, the laser metal cutting machine can easily handle various materials such as steel, aluminum, copper, etc., and can also cut materials of different thicknesses.

Multi Heads Relief CNC Engraving Machine

Cost-Effective

Contactless processing reduces equipment and material wear, thereby reducing costs and processing time. Precisely controlled parameters ensure cutting accuracy and consistency, reducing errors and scrap rates.

High Performance Fiber Laser Cutter From Zhongke

01.Raycus Laser Source

It is the core component of the laser cutting machine. It amplifies the light through the gain medium and turns it into a high-intensity and highly directional laser beam. The laser diode outputs excitation light through the optical fiber, causing the light to propagate in the optical fiber. The energy and number of photons continue to increase, resulting in a high-intensity laser beam.

02.Super heavy Steel Welding Machine Bed

The Super heavy Steel Welding Machine Bed is the main frame of the High Performance Fiber Laser Cutter, which supports all parts of the entire equipment and bears the motion load. The high-strength steel plate is integrally cast, with high strength, high rigidity, and high stability.

03.Aviation Aluminum Alloy Beam

When the fiber laser cutting machine is performing cutting operations, Aviation Aluminum Alloy Beam is used to support the movement of the laser and laser cutting head. The servo motor drives the beam, controls the Z-axis movement, and completes complex and precise cutting operations according to program instructions.

04.Intelligent Control System

Intelligent Control System can automatically control the cutting process of Fiber Laser Cutter, including processing parameter control, cutting speed control, laser power control, cutting path planning, etc. Precise control results in higher cutting accuracy and fewer errors.

05.Auto focusing laser head

The laser head is a laser output device, which mainly includes parts such as a cavity, a focusing lens holder, a focusing mirror, a capacitive sensor, and an auxiliary gas nozzle. The cutting head will move according to the set cutting trajectory.

06.Linear Guide Rail

The linear guide is a mechanical transmission element, which is mainly composed of two parts: a guide rail and a guide rail slider. Among them, the guide rail is a linear motion track, and the guide rail slider is the carrier of motion. The high precision and high speed of the linear guide can achieve high-precision control of the laser cutting machine's motion trajectory and improve cutting accuracy and efficiency.

07.Water Chiller

The main function of the Water Chiller is to cool the laser, spindle, and other devices. When electrical energy is converted into light energy, a large amount of heat will be generated, and the cooling water will take away the excess heat to maintain the normal operation of the laser generator. It makes the performance of Fiber Laser Cutter more stable.

What Materials Are Suitable For Fiber Laser Cutting Machines

Metal materials: steel, iron, copper, aluminum, nickel, titanium, chromium, etc.

Metal alloy materials: stainless steel, carbon steel, copper alloy, titanium alloy, etc.

Non-metallic materials: wood, plexiglass, acrylic, rubber, plastic, fiberglass, ceramics, marble, quartz, etc.

Applicable Industries:

Aerospace industry: Processing aerospace engine components, structural parts, casings, etc.
Machinery manufacturing: Cutting steel pipes, steel plates, etc.
Automobile manufacturing: Cutting auto parts, body panels, chassis, etc.
Electronic manufacturing: Cutting electrical appliances, microelectronic products, electronic accessories, etc.
Furniture: Cutting various metal parts and non-metal parts in furniture.
Precision manufacturing: Cutting precision instruments, medical equipment, etc.
Jewelry Industry: Accurately cut metal materials such as gold, silver, copper, and platinum to produce jewelry accessories and decorations.

1390 CO2 Laser Engraving Cutting Machine

What Are The Advantages Of Laser Cutting Compared To Other Cutting Solutions

Precision

Fiber laser cutting machines utilize high-energy-density laser beams for cutting. Its laser beam has a small focus and concentrated energy, and its cutting accuracy can reach ±0.2mm, which is higher than traditional cutting equipment.

Speed

Compared to plasma cutters, laser cutters have higher cutting speeds when cutting thin metal materials. At the same time, the higher energy allows it to cut faster than other cutting devices.

Flexibility

Laser cutting can be used for cutting metal or non-metal materials, but ordinary CNC machine tools or cutting machines are often difficult to be compatible with multiple materials.

Low-contact

Laser cutting adopts low-contact or no-contact processing. The laser beam does not directly contact the object being cut, which can avoid physical contact damage that may occur in traditional cutting method, achieve more precise cutting effects, and reduce maintenance price.

Cost-effectiveness

Laser cutting equipment has fast cutting speed and a high degree of automation, which can save labor costs and improve production efficiency. The smooth, burr-free cutting surface avoids secondary processing and reduces costs. At the same time, it does not require the use of molybdenum wire, cutting coolant, and other consumables like wire cutting, making it a very cost-effective cutting method.

Precautions of Fiber Laser Cutting Machine

1. Make sure the power supply is in good condition and the ground wire is grounded

2. Ensure that the voltage of the chiller is stable and it can work normally.

3. Use the power frequency that matches the Fiber Laser Cutting Machine.

4. Turn on the machine after filling the water tank with water to avoid damaging the water circulation pump.

5. Avoid blocking the air inlet and outlet of the chiller.

6. Clean the dust filter regularly to avoid chiller failure caused by dust blockage.

7. Regular cleaning of the machine and guide rails ensures laser cutting accuracy.

8. Take fire prevention measures in the machine working area.

9. If there is no cutting task for more than one hour, it is recommended that the customer turn off the power switch and water chiller of the fiber laser.

10. Employees should receive previous skills and safety training before operating equipment.

FAQ

Q: What is the difference between a fiber laser cutting machine and a plasma cutting machine?

A: Laser cutters and plasma cutters are both commonly used cutting machines in industrial settings. Fiber laser cutting equipment uses high-density light to cut materials, while plasma cutting equipment cuts with a directed plasma stream. Fiber laser cutting machines can be used to cut different materials, including metal, plastic, and wood, but plasma cutting machines can only cut conductive materials. At the same time, the former has faster cutting speed, high cutting accuracy, and can be used for complex material processing. However, plasma cutting is more suitable for thicker materials than laser cutting.

Q: What is the difference between Fiber Laser Cutting Machines and CO2 Laser Cutters?

A: Carbon dioxide laser cutting machines and fiber laser cutting machines are both high-precision and multi-functional cutting equipment. The main gas filled in the laser tube of the CO2 laser cutting machine is CO2, and it is suitable for processing various non-metallic materials, including plastics, textiles, glass, wood, stone, etc. It is often used to mark product surfaces as well. The cutting efficiency of fiber laser cutting machines is much higher than that of CO2 laser cutting machines, and it can be used to cut metal. The fiber cutter does not require preheating, and the energy of the laser beam is effectively absorbed by the metal, so the cutting speed is also very fast and the operating cost is lower (about half that of traditional CO2 laser cutting machines).

Q: How thick of steel can a fiber laser cut?

A: The cutting thickness of the fiber laser varies depending on the power. Generally speaking, when fiber laser cuts metal materials, the thickness that can be cut is about 20 - 25mm. If thicker materials need to be cut, we recommend using a higher-power laser cutter, or other equipment.

Q: How to choose a fiber laser cutting machine?

A: There are a variety of cutting needs to consider when choosing a fiber laser cutting machine:

Material type: For different materials, a specific fiber laser cutting machine may be more efficient. For example, we have cutting machines that are good at cutting sheets, pipes, or other products.

Equipment power: Fiber laser cutting machines with higher power typically have higher cutting speeds and can cut thicker materials. At the same time, different equipment has different cutting functions, and users can determine the specific cutting machine model according to their needs.

Cutting accuracy: The servo motor and linear guide rail are related to the cutting accuracy of the fiber laser cutting machine, and the light spot of the fiber laser is also closely related to the cutting accuracy. At the same time, users can also confirm the cutting tolerance of the equipment.

Size: Users can determine the size of the equipment's cutting area according to the size of the material that needs to be processed, and further determine the size of the cutting machine according to the space.

Safety: The structure and materials of the fiber laser cutting machine will affect its safety. For example, a closed fiber laser cutting machine can cut different materials and avoid material splashing, making it safer.

Q: Does a desktop fiber laser need ventilation?

A: Yes. Proper ventilation is critical to the safe operation of a desktop fiber laser. Lasers will produce smoke and particles during operation, which will have adverse effects on the operating environment and operators. These harmful particles can be removed through ventilation to avoid affecting the machine and operators. At the same time, ventilation also helps reduce the high temperatures generated by equipment operation.

Q: Is fiber laser metal cutting machine safe?

A: Fiber laser metal cutting machines are among the most dangerous pieces of equipment in manufacturing and job shops because lasers can reach extremely high temperatures and can cause serious health harm to operators. Cutting materials can also accidentally injure people near the equipment. Therefore, the operator must wear relevant protective equipment and operate the equipment strictly according to the instructions.

Q: Do I need to protect my eyes when using a fiber laser cutting machine?

A: Yes! Laser beams are extremely dense and powerful and can cause irritation and damage to your eyes. Therefore, users need to wear appropriate goggles or special safety glasses and avoid looking directly at the laser outlet.

Q: Are laser-cutting fumes toxic?

A: The heating and oxidation caused by the high laser energy of laser processing may cause the raw materials to be processed to produce toxic aerosols, fumes, vapors, or particles. These ingredients are likely to be highly toxic, which will not only cause damage to the machine but also harm human health, so users need to understand the raw materials being processed and take precautions.

Q: What is the life expectancy of a laser steel cutting machine?

A: The service life of a laser steel cutting machine is generally about 5-8 years (10,000-15,000 hours). Its service life varies depending on the intensity of use. Users can maintain its functionality by replacing components such as laser diodes.

Q: How to set the laser cutting parameters?

A: Laser cutting parameters include power, wavelength, pulse width, spot size, etc. Almost all of these parameters can be changed, and the setting depends on the material you are cutting. Users can use computer software to precisely adjust parameters.

Q: Will fiber laser cutter cut wood?

A: Yes. The fiber laser cutter can be used to cut all types of wood, including solid wood boards, plywood, and medium-density fiberboard. However, this processing method may leave some processing marks, and the user needs to adjust parameters according to the different properties of the board. At the same time, the processing of flammable materials requires attention to prevent fires.

We're well-known as one of the leading fiber laser cutting machine manufacturers and suppliers in China. Please rest assured to buy high quality fiber laser cutting machine for sale here from our factory. For price consultation, contact us.

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