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CNC Fiber Laser Cutting Machine

MIHARMLE is one of the best China laser cutting machine manufacturers and exporters in China.

Our fiber laser cutting machine performs automatic cutting. It moves the light spot irradiation position through a CNC mechanical system. It is applicable for both flat and beveled cutting, making it suitable for precision cutting of stainless steel, carbon steel, and other sheet metals and pipes.

We take into account the metal cutting requirements of different industries and sell the following series of CNC fiber laser cutting machines. If you want to wholesale high-quality laser cutting machines at factory prices, MIHARMLE is your trustworthy best choice.

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Board One Fiber Laser Cutting Machine

Double-Drive Open-Type Laser Cutting Machine

Exchange Worktable Fiber Laser Cutting Machine

Fiber Series Handheld Laser Welding Machine

Tube Firber Laser Cutting Machine

Step-by-Step Guide to Buying a Fiber Laser Cutting Machine

What Is Fiber Laser Cutting Machine and How Does it Work?

A fiber laser serves as the cutting source for a fiber laser cutting machine. Then, laser energy is conveyed to the cutting head through optical fibers.

Finally, focus the laser beam onto the workpiece through a focusing lens for cutting.

The fiber laser cutting machine is adaptable, able to carry out cutting tasks in both flat and beveled configurations.

Laser cutting achieves high speed, narrow slits, minimal heat-affected zones, vertical slit edges, smooth edges, and neat and polished results.

The MIHARMLE fiber laser cutting machine is designed for precision cutting of both metal plates and pipes, accommodating various materials such as carbon steel, stainless steel, alloy steel, wood, plastic, and more.

Technical Parameters - Specifications

Model	FIBER-3015	FIBER-4020	FIBER-6020	FIBER-6025
Cutting range	3000*1500mm	4000*2000mm	6000*2000mm	6000*2500mm
pipe cutting length	6000mm	6000mm	6000mm	6000mm
Chuck diameter	220/320mm	220/320mm	220/320mm	220/320mm
Laser power	1000w-20000w	1000w-20000w	1000w-20000w	1000w-20000w
Max. positioning acceleration	10m/s²	10m/s²	10m/s²	10m/s²
Positioning accuracy	±0.02mm/m	±0.02mm/m	±0.02mm/m	±0.02mm/m
Reposition accuracy	±0.03mm	±0.03mm	±0.03mm	±0.03mm

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How expensive is a Fiber Laser Cutting Machine?

If you want to buy a new laser cutting machine to make a profit, you must want to know how much it costs? The primary factors influencing costs include the following:

Equipment Purchase Cost:

CNC fiber laser cutting machines are relatively expensive. The price of an ordinary laser cutting machine ranges from $15,000 to $70,000. High-end laser cutting machines can cost hundreds of thousands of US dollars.

Energy Consumption:

Energy consumption constitutes a significant element of the operational costs of laser cutting machines. Fiber Laser cutting machines require a large amount of power support, and their power consumption is also very large.

Maintenance of the Cutting Head and Lens:

Key parts such as the cutting head and lens require regular maintenance to ensure the normal operation of the equipment. This is also a part of the operating cost of the laser cutting machine that cannot be ignored.

Cost of Worn Materials:

During long-term production and processing, some spare parts and cutting materials of the laser cutting machine will wear out. Replacement and repair are necessary, and this will also have an impact on operating costs.

In addition to the above factors, other machine accessories will also have a significant impact on the cost of the laser cutting machine. For example, air compressors, dust collectors, and water coolers.

In short, laser cutter prices can vary widely, and specific configurations vary by manufacturer. Contact the MIHARMLE team for a free quote.

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Features of MIHARMLE CNC Fiber Laser Cutting Machine

Brand fiber laser cutting machine.
Cut various pipes, including round, square, rectangular, and oval pipes.
You can achieve one-time forming and processing of 6-meter pipes. Optional pipe cutting machines are available in different pipe lengths and diameters, such as 9 meters and 12 meters.
The equipment is matched with the feeding shaft and the pulling shaft. This can greatly reduce the waste of processing tailings.
Cut multiple pipes in different directions and diameters on the main pipe.
Cut variable angle bevel surfaces.
It is known in the industry as a magic machine for cutting pipes and an expert in stripping materials.
New closed design, double worktables can be exchanged quickly, and materials can be unloaded while processing.
It has fast speed, small cutting seam, smooth cross section, easy operation, and low energy consumption.
It is suitable for large-volume continuous processing. It highlights the competitive advantage of cutting.

Performance Advantages of MIHARMLE Fiber Laser Cutting Machine

High precision: It is suitable for fine cutting of precision accessories and various craft calligraphy and paintings.
Fast speed: Over 100 times greater than the efficiency of wire cutting.
The heat-affected zone is minimal, and deformation is not easily induced. The cutting seams are smooth and visually appealing, eliminating the necessity for extra post-processing.
Extremely cost-effective: The price is only 1/3 of the CO2 laser cutting machine with similar performance, and 2/5 of the CNC punch machine with the same performance.
The cost of use is very low: It is priced at only 1/8 to 1/10 of comparable CO2 laser cutting machines. The hourly operating cost of CO2 laser cutting machines is approximately US$2.5, while the cost for a fiber laser cutting machine ranges from US$20 to US$25 per hour.
The subsequent maintenance cost is very low: Merely 1/10 to 1/15 of comparable CO2 laser cutting machines and 1/3 to 1/4 of CNC punch machines with equivalent efficiency.
Consistent performance is crucial for uninterrupted production. The Solid YAG laser stands out as one of the most reliable and well-established products in the laser industry.

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Advantages of Fiber Laser Cutting Machine over CO2 Laser Cutting Machine:

High Beam Quality: Smaller focused spot, thinner cutting strip, higher machine efficiency, and better product quality.
Extremely High Cutting Speed: At an equivalent power level, it is twice as powerful as the CO2 laser cutter machine.
Extremely High Stability: Utilizing imported fiber lasers ensures stable performance, with the service life of certain parts reaching up to 100,000 hours.
High Photoelectric Conversion Efficiency: The fiber laser cutting machine boasts a photoelectric conversion efficiency of approximately 30%, representing a threefold increase compared to CO2 laser cutting machines. This not only enhances energy efficiency but also aligns with environmentally friendly practices.
Extremely Low Cost of Use: The overall power consumption of this machine is merely 20-30% when compared to similar CO2 laser cutter machines.
Extremely Low Maintenance Costs: No need for laser working gas due to optical fiber transmission, eliminating the requirement for reflective lenses and resulting in significant maintenance cost savings.
The machine is simple to operate, easy to maintain, and has high optical fiber transmission efficiency.
Super Flexible Light Guide Effect: Compact design and small size make it well-suited for accommodating flexible processing needs.

How to Use Laser Metal Cutting Machine?

As a laser cutting machines manufacturer and supplier, we are committed to providing you with a detailed guide to using your laser cutting machine to help you realize the full potential of this advanced technology. The following are the specific steps to highlight the use of laser cutting machines:

Secure the cutting material. Secure the cutting material to the machine's work surface.
According to the material and thickness of different plates, adjust the corresponding equipment parameters in the system.
Select the matching lens and nozzle, check for completion first, then check for completeness and cleanliness.
Adjust to suit the focal length. Adjust the cutting head to the best focus
Check and fine-tune the center of the nozzle.
Adjust the cutting head sensor for calibration.
First select the matching gas and then check the spraying quality
Try cutting the material. After completing the material cut, assess the smoothness of the cut end surface and verify the cutting accuracy. If an error occurs, adjust the device parameters to meet the requirements before proofreading.
Program the workpiece drawings and type them accordingly. They are then imported into the equipment cutting system.
Ensure precise positioning of the cutting head and commence the cutting operation.
In the process of operation, it is crucial to have a vigilant presence, closely monitoring the cutting procedure. In case of an emergency demanding swift action, promptly engage the emergency stop button.
Inspect the cutting quality and accuracy of the initial sample.

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Care and Maintenance

Keep your Equipment Clean

Clean the cutting table: Clean any residue and dust on the cutting table promptly after each use. This prevents it from deforming and maintains the accuracy of the machine.
Clean the rails: Ensure the equipment operates seamlessly by cleaning the guide rails at least once a week and applying lubricant.
Clean the lens: Regularly examine and clean the laser head's focusing lens to prevent any potential damage or reduction in laser power.

Check Equipment Regularly

Check the laser: Inspect the laser system monthly to ensure its proper functioning. If any irregularity is detected, promptly replace or repair the components.
Check the cooling system: Check the cooling system every two months to mitigate the risk of water shortages. Timely replacement of cooling water and prompt cleaning of scale are essential to prevent blockages that may impact the equipment's performance.
Check the gas system: Frequently inspect the gas source, connections in the gas pipe, and the solenoid valve to ensure a consistent gas supply and prevent any gas leaks.

Maintenance Equipment

Regular oil change: Ensure the smooth operation of the equipment by regularly changing the lubricating oil. The oil change depends on how often you use the equipment.
Maintain the electrical system: Perform routine inspections on the electrical system, including cables, connectors, switches, and other components, to ensure the equipment's stable operation.
Make sure to replace wear parts regularly: replace cutting nozzles, focusing lenses and other easily worn materials according to the use of the machine. This guarantees both the quality and efficiency of the cutting process.

Use Appropriate Parameters

Optimal cutting speed: Choose the suitable cutting speed based on the thickness and type of the material. This will avoid excessive equipment loss caused by speeds that are too fast or too slow.
Appropriate laser power: Choose the suitable laser power to prevent equipment overload caused by excessive power.
Proper care and regular maintenance can significantly extend the operational lifespan of the laser cutting machine. It can also improve the equipment's operation stability and cutting efficiency. We trust these tips will assist you in optimizing your utilization of the laser cutter.

Buyer's Guide

First of all, we have to consider factors such as the scope of our business, the thickness of the cutting material, and what materials we want to cut.
Secondly, determine the power of the equipment you need to purchase. As the thickness of the board increases, the challenge of cutting also escalates, necessitating a higher amount of power.
Regarding size, the standard is 3015, representing 3 meters by 1.5 meters. Nonetheless, size is flexible. Typically, companies offer various size options for customers. The workbench size is usually customizable by manufacturers based on customer requirements.
Laser cutting machine configurations vary from manufacturer to manufacturer, and prices can vary greatly.
Ultimately, when selecting an appropriate machine and taking into account the price, the optimal solution is to opt for a manufacturer that offers cost-effective equipment.

Feel free to reach out to us if you have any inquiries regarding purchases and product selection.

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Why Choose MIHARMLE?

Experience

MIHARMLE is a Chinese laser cutting machine manufacturer and supplier, we have 15 years of export experience.

laser cutting machine manufacturer of Quality Certification

Industry Certification

Our full range of sheet metal processing machines have passed CE, ISO9001 and other certifications. Click to view more certificates.

Customized services for laser cutting machine supplier

Provide Customization

We accept customized laser cutting machines, including color, model, and size. Our customer service staff provides comprehensive assistance.

About after-sales

Quality: Our factory promises that, after the machine is sold, if there is any quality problem caused by us within the 3-year warranty period, it will be repaired free of charge.
Maintenance: Our factory will make regular return visits. In the event of a malfunction or any other issue, timely repairs will be carried out.
Technical Support: Our factory is always available to provide you with technical support. We can help with problem-solving, software updates, and addressing various technical issues.

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MIHARMLE is a professional manufacturer and exporter of sheet metal machinery. We aim to offer CNC sheet metal processing machine solutions with flexible control. This will help you maximize productivity. Until now, we have partnered with 750+ customers around the globe.

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