Precision Cutting From Fiber Laser Cutting Machines in Metal Tube Bevel Cutting

What is Fiber Laser Cutting?

Fiber laser cutting machines are a versatile and powerful tool for cutting a wide variety of materials, including aluminum sheet. However, with so many different machines on the market, it can be difficult to know which one is right for your needs.

How does fiber laser cutting work?

Fiber laser cutting machines use a high-powered laser to cut through metal.

Fiber laser cutting machines use a high-powered laser to cut metal by melting or vaporizing it. They are very precise, fast, and versatile, and they produce less waste than other cutting methods.

The laser beam is focused onto the metal, which causes it to melt and vaporize.

Fiber laser cutting machines use a high-powered laser beam to cut through metal by melting or vaporizing it. The laser beam is focused onto the metal using a lens, which concentrates the energy of the beam onto a very small area. This causes the metal to heat up very quickly, until it melts or vaporizes.

The molten metal is then blown away with a jet of gas, leaving a clean and precise cut.

The gas jet blows away the molten metal and debris, cooling the cut surface, preventing re-solidification, and protecting the laser lens. The gas pressure can be adjusted to achieve the desired cut quality.

Why is Fiber Laser Cutting Ideal for Aluminum Sheet?

Precision and accuracy

Fiber laser cutting is ideal for aluminum sheet because it can produce very precise and accurate cuts.

• Focused laser beam: Fiber laser cutting machines use a very focused laser beam to melt or vaporize the aluminum sheet. This allows for very fine cuts to be made, even in complex shapes.
• Stable and repeatable machines: Fiber laser cutting machines are very stable and have a high degree of repeatability. This means that they can produce consistently precise cuts, even when cutting large quantities of aluminum sheet.
• Not affected by heat distortion: Fiber laser cutting is not affected by heat distortion. This is because the laser beam does not generate any heat itself. Other cutting methods, such as plasma cutting and oxy-fuel cutting, do generate heat, which can cause the aluminum sheet to distort. This can lead to less precise cuts.

Laser is important for many applications, such as the manufacturing of electronic components and aerospace parts.

This is due to a number of factors, including:

Focused laser beam: Lasers produce a very focused beam of light that can be used to melt or vaporize materials with great precision. This makes them ideal for cutting delicate and complex shapes, such as those found in electronic components and aerospace parts.
Heat-free cutting: Lasers do not generate much heat, which means that they can cut materials without distorting them. This is important for many applications, such as the manufacturing of electronic components, where even the smallest amount of distortion can cause the components to malfunction.
Versatility: Lasers can be used to cut a wide variety of materials, including all kinds of metals. This makes them ideal for use in a wide range of industries, including electronics, aerospace, and manufacturing.

Speed and efficiency

Fiber laser cutting is also a very fast and efficient cutting method.

This is because fiber laser cutting machines use a very powerful laser beam to melt or vaporize the material, which allows them to cut at very high speeds. Additionally, fiber laser cutting machines are very efficient because they can produce very precise cuts with little to no waste.

The speed and efficiency of fiber laser cutting make it ideal for a wide range of applications, including:

High-volume manufacturing: Fiber laser cutting machines can be used to cut large quantities of material at very high speeds, making them ideal for high-volume manufacturing applications.
Prototype development: Fiber laser cutting machines can be used to quickly and easily produce prototypes, which can help businesses to reduce the time and cost of product development.
Custom fabrication: Fiber laser cutting machines can be used to cut custom shapes and features into a wide variety of materials, making them ideal for custom fabrication applications.

This can help businesses to increase their productivity and reduce their costs.

First, fiber laser cutting machines are very fast and efficient. This allows businesses to produce more products in a shorter amount of time, which can lead to increased productivity. Additionally, the efficiency of fiber laser cutting machines means that there is less waste, which can lead to reduced costs.

Second, fiber laser cutting machines are very precise and accurate. This allows businesses to produce products with very high tolerances, which is essential for many industries. Additionally, the precision of fiber laser cutting machines can help to reduce the need for secondary operations, which can lead to further cost savings.

Versatility

Fiber laser cutting machines can be used to cut a wide variety of materials, including aluminum sheet, stainless steel, mild steel, and copper. This makes them a versatile tool for businesses that need to cut a variety of different materials.

How to Choose the Right Fiber Laser Cutting Machine for Your Needs

Factors to consider, such as:

Cutting area

Omni offers a wide range of fiber laser cutting machines to choose from, with cutting areas ranging from 1500mm x 3000mm to 12000mm x 2000mm. This allows you to choose the right machine for your specific needs, depending on the size of the materials you need to cut.

Omni also offers a variety of wattage options for its fiber laser cutting machines, ranging from 1000W to 12000W. This allows you to choose the right machine for the materials you need to cut and the desired cutting speed.

Here are some specific examples of Omni fiber laser cutting machines and their capabilities:

OMNI3015E Fiber Laser Cutter: This machine has a cutting area of 1500mm x 3000mm. It is ideal for cutting thin sheet metals, such as carbon, stainless steel, galvanized steel, and aluminum.

OMNI2030E/2040E Fiber Laser Cutter: This machine has a cutting area of 2000mm x 3000mm.
OMNI6020E Fiber Laser Cutter: This machine has a cutting area of 6000mm x 2000mm.
OMNI6020T Tube Fiber Laser Cutter: This machine has a cutting area of 6000mm x 2000mm.

In addition to the above machines, Omni also offers a variety of other fiber laser cutting machines with different capabilities. You can visit the Omni website to learn more about their full line of fiber laser cutting machines.

Wattage

Wattage is the power of the laser beam. It is one of the most important factors to consider when choosing a fiber laser cutting machine. The wattage of the machine will determine the types of materials that it can cut and the thickness of the material that it can cut through.

Here are some examples of how wattage affects the cutting capabilities of a fiber laser cutting machine:

1000W, 2000W, 3000W, 4000W, 6000W, 12000W
It is important to choose a fiber laser cutting machine with a wattage that is high enough to cut the materials that you need to cut. However, it is also important to consider the cost of the machine. Higher wattage machines are typically more expensive.

Here are some tips for choosing the right wattage for your fiber laser cutting machine:

Bed type

There are two main types of fiber laser cutting machines: flatbed and tube cutting machines. Flatbed machines are used to cut sheet metal, while tube cutting machines are used to cut tubes and pipes. It is important to choose the right type of machine for the materials that you need to cut.

Flatbed Type Fiber Laser Cutting Machine

Flatbed Combined Tube Cutting Machine

Tube Metal Fiber Laser Cutter

H4: Budget

Fiber laser cutting machines can range in price from tens of thousands of dollars to hundreds of thousands of dollars. It is important to set a budget before you start shopping for a machine.

Consider your future needs

Don’t just choose a machine that meets your current needs. Think about what your needs may be in the future and choose a machine that can grow with you.

Talk to a fiber laser cutting machine expert to get advice on the right wattage for your needs.

Tips for Getting the Most Out of Your Fiber Laser Cutting Machine When Cutting Aluminum Sheet

Use the correct cutting parameters

To use the correct cutting parameters for a fiber laser cutter to cut aluminum sheet, it is important to consider the following factors:

Thickness of the aluminum sheet: The thickness of the aluminum sheet will determine the power, speed, and frequency settings that you need to use.
Type of aluminum sheet: The type of aluminum sheet will also affect the cutting parameters. For example, anodized aluminum may require different cutting parameters than regular aluminum.
Desired cut quality: The desired cut quality will also affect the cutting parameters. For example, if you need a very precise cut, you will need to use a lower cutting speed and a higher frequency.

Here are some general cutting parameters for fiber laser cutting aluminum sheet:

Use a sharp lens

A dull lens can cause the laser beam to scatter, which can lead to a poor quality cut.

Use a high quality assist gas

The assist gas helps to cool the cut and remove debris. Nitrogen is a good choice for cutting aluminum sheet.

Clean the material before cutting

This will help to prevent the laser beam from reflecting, which can damage the lens or the machine itself.

Use a cutting table with a good fume & debris collection system

This will help to remove the fumes and debris generated by the cutting process.

Maintain your machine regularly

It is also important to maintain your fiber laser cutting machine regularly.This will help to ensure that the machine continues to operate safely and efficiently.

Conclusion

Overall, fiber laser cutting machines offer a number of key benefits for cutting aluminum sheet. They are precise, accurate, fast, efficient, and versatile. They also produce high-quality cuts with minimal dross and heat distortion. In addition, fiber laser cutting machines are environmentally friendly and safe to operate.

Any question about aluminum sheet cutting, contact us.

The Current Conditions of the Fiber Laser Cutting Machine Market in Pakistan

• The demand for fiber laser cutting machines in Pakistan is growing rapidly. This is due to the increasing adoption of new technologies by businesses in Pakistan, as well as the growing demand for high-precision and cost-effective cutting solutions.

• The market is dominated by a few large Chinese manufacturers. This is because China is the world’s leading manufacturer of fiber laser cutting machines. Chinese manufacturers offer a wide range of machines at competitive prices, making them a popular choice for businesses in Pakistan.
• There are also a number of smaller local manufacturers. These manufacturers offer more affordable machines, but they may not offer the same level of quality or support as the larger Chinese manufacturers.
• The cost of fiber laser cutting machines in Pakistan is relatively low. This makes them an affordable option for businesses of all sizes. Now more and more laser cuting service in Pakistan, here is a screen shot from Google Map about the fiber laser cutting service.

Why Buy Fiber Laser Cutting Machines from China?

• China is the world’s leading manufacturer of fiber laser cutting machines.

This means that there are a number of reputable Chinese manufacturers that offer high-quality machines at competitive prices.

• The cost of labor in China is much lower than in Pakistan.

This means that businesses in Pakistan can save a significant amount of money on the cost of labor when they buy fiber laser cutting machines from China.

• The Chinese government offers a number of incentives to businesses that import machinery from China.

This can further reduce the cost of buying fiber laser cutting machines from China.

• The shipping time from China to Pakistan is relatively short.

This means that businesses in Pakistan can get their fiber laser cutting machines quickly and start using them to improve their productivity. From the quote of shipping company in July 2023, the freight is only around US$200 – US$300 for OMNI 3015 sheet metal fiber laser cutting machine.

Fiber Laser Cutting Machine Price in Pakistan

The price of a fiber laser cutting machine in Pakistan can vary depending on a number of factors, including the machine’s specifications, the brand, and the supplier. However, you can expect to pay anywhere from PKR 1 million to PKR 10 million for a fiber laser cutting machine in Pakistan.

Here are some of the factors that can affect the price of a fiber laser cutting machine in Pakistan:

Machine specifications: The price of a fiber laser cutting machine will increase as the machine’s specifications increase. For example, a machine with a larger cutting area and a higher cutting power will be more expensive than a machine with a smaller cutting area and a lower cutting power.
Brand: The brand of the machine can also affect the price. Generally speaking, machines from well-known brands will be more expensive than machines from lesser-known brands.
Supplier: The supplier you choose can also affect the price. Some suppliers may offer lower prices than others, but it is important to make sure that the supplier you choose is reputable and that the machine you purchase is of good quality.

According to the OMNI3015E fiber laser cutting machine US$12,500 FOB Qingdao, you will get this machine at the cost of US$13,000 around.

How to Import Fiber Laser Cutting Machines from China

here are some steps on how to import cnc machines from China:

Find A Reputable Fiber Laser Cutter Supplier

There are a number of ways to find a reputable supplier of fiber laser cutting machines from China. You can search online, ask for referrals from other businesses, or attend trade shows. When you are looking for a supplier, it is important to consider the following factors:

1. • Reputation. OMNI is a reputable company with a long track record of success. We have been selling fiber laser cutting machines for over 10 years and have a satisfied customer base all over the world. We are known for our high-quality machines, our excellent customer service, and our competitive prices.
   • Track record. OMNI has a proven track record of delivering high-quality fiber laser cutting machines on time and within budget. We have a team of experienced engineers who are dedicated to providing our customers with the best possible service. We also have a strong commitment to quality control, so you can be sure that your machine will meet your expectations.
   • Warranty and return policy.OMNI offers a one-year warranty on all of our fiber laser cutting machines. This means that if your machine breaks down within the first year, we will repair or replace it at no charge.
   • Customer support.OMNI offers excellent customer support. We have a team of experienced engineers who are available to answer your questions and help you troubleshoot any problems you may have with your machine. We also offer training on how to use our machines so that you can get the most out of them.

What information you need to confirm with fiber laser cutting machine supplier?

• Machine specifications: This includes the working dimensions, cutting head brand and power, driving motor power, transmission size, controller specification, and accessories.
• Lead times: This is the estimated production time for the machine. It is important to factor in the lead time when making your purchase decision. OMNI fiber laser cutter delivery time is 15-30 working days as per different configuration fiber laser machine.
• Payment terms: The most common payment terms for fibe laser cuting machines are T/T (Telegram Transfer) and LC (Letter of Credit). You may also be able to use PayPal, Western Union, or other methods. Usually, we require 30% downpayment, when you see the product testing video, final products, then arrange the balance and we arrange the shipment for you.
• Packaging: The machine should be packaged in a way that protects it from damage during shipping. The packaging should also be compliant with the import regulations of your country.
• Shipping terms: The most common shipping terms for CNC machines are FOB, EXW, and CIF. FOB means that the seller is responsible for the machine until it is loaded onto the ship. EXW means that the seller is responsible for the machine until it is made available to you at the factory. CIF means that the seller is responsible for the machine until it arrives at your port of destination.

Negotiate a price and terms of delivery.

Once you have found a reputable supplier, you will need to negotiate a price and terms of delivery. The price of a fiber laser cutting machine can vary depending on the manufacturer, the specifications of the machine, and the terms of delivery. It is important to negotiate the price to get the best possible deal.

Make sure the machine is compatible with the electrical standards in Pakistan.

The electrical standards in Pakistan may be different from the standards in China. It is important to make sure that the machine you purchase is compatible with the electrical standards in Pakistan. You can check with the Pakistan Bureau of Standards and Quality (PSBQ) to find out the specific electrical standards that apply to fiber laser cutting machines.

Factor in the cost of shipping and customs clearance.

The cost of shipping and customs clearance can add to the overall cost of buying a fiber laser cutting machine from China. It is important to factor these costs in when making your decision. You can get an estimate of the shipping and customs clearance costs from a freight forwarder, let us know your nearest sea port and omni will calculate the freight for you.

Main Sea Ports for fiber laser cutting machine shipping

• Karachi
• Qasim
• Gwadar

Delivery Time on Sea

15-20 Days

Import the machine.

Once you have found a supplier, negotiated a price, and made sure the machine is compatible with the electrical standards in Pakistan, you can import the machine. You will need to work with a customs broker to clear the machine through customs. If you are not familiar with this, we can help you to arrange the shipment and preparted the document, you just wait for the contact from the cargo agenacy to clear customs under their guide. Below we take example of goods in Karachi sea port, check the process.

Customs clearance done in Karachi sea port

Get the goods release order (GRO) from the customs authorities. The GRO is a document that authorizes you to pick up your goods from the port.
Go to the port and present the GRO to the customs clearance agent. The customs clearance agent will help you to complete the necessary paperwork and release your goods.
Pay the customs duty and other charges. The customs duty and other charges are payable before you can pick up your goods.
Arrange for transportation of your goods. You will need to arrange for transportation of your goods to your destination.
Pick up your goods. Once you have paid the customs duty and other charges, you can pick up your goods from the port.

Of couse, above work, you can find a cargo agency to handle it for you also. And OMNI work with cargo agency for over 10 years, our cargo agency can handle this for you.

According to the official import tax calculating site, fiber laser cutting machine import duty is 0, SALES_TAX is 17%. Take example of OMNI3015E fiber laser cutting machine, which is fiber laser machine on sale, which costs US$12,500 FOB Qingdao, plus freight US$300 (may changed per month), total is around PKR Rs 2176.00. 

Arrange the transportation of goods from Karachi sea port

Find a transportation company. There are a number of transportation companies that operate in Karachi. You can find a company by searching online or by asking for recommendations from friends or colleagues.
Get quotes from different companies. Once you have found a few companies, get quotes from each company. This will help you to compare prices and services.
Book your transportation. Once you have chosen a company and agreed on a price, book your transportation. This will ensure that your goods are transported on time.
Track your shipment. Once your goods have been shipped, you can track their progress online. This will help you to know when your goods will arrive at your destination.

Conclusion

Overall, fiber laser cutting machines can be a great investment for businesses in Pakistan. They can help businesses to improve their productivity and efficiency, and they can save businesses money in the long run.
Looking for a reputation fiber laser cutting machine supplier like OMNI is a good option for businesses in Pakistan. OMNI is a reputable company with a long track record of success. We offer high-quality machines, excellent customer service, and competitive prices.

If you are looking for a fiber laser cutting machine for your business in Pakistan, contact OMNI. We would be happy to answer your questions and help you find the perfect machine for your needs.

Fiber Laser Cutter Cutting Quality & Precision

Fiber laser cutter are known for their ability to deliver high-quality cuts with smooth edges and precise dimensions. The cutting quality and precision of a fiber laser cutting machine depend on various factors, including the quality of the machine itself, its components, and the cutting parameters used during operation.

To ensure high cutting quality, the machine must be made of high-quality materials and components, including the laser source, cutting head, and motion control system. The laser source Raycus is powerful and stable, with a high beam quality and wavelength that is suitable for the material being cut. The cutting head Raytools is be well-designed to ensure optimal focus and alignment of the laser beam. The motion control system FSCut is precise and reliable, with high-speed and accuracy to ensure the machine can cut at the desired speed and accuracy.

In addition to the quality of the machine, the cutting parameters used during operation play a crucial role in determining the quality and precision of the cuts. These parameters include the laser power, cutting speed, focus position, and assist gas pressure and flow rate. These parameters must be carefully calibrated and adjusted to ensure optimal cutting results for each material and thickness being cut.

1000W Raycus Laser Source

1500WRaycusLaserSource

RaycusLaserPower3000W

Raycus Laser Source 4000W

Raycus Laser Source 6000W

Users of fiber laser cutting machines must also consider the maintenance and upkeep of the machine to ensure its continued high-quality performance. Regular cleaning, calibration, and replacement of worn components are necessary to maintain the machine’s performance and avoid any degradation in cutting quality over time.

Power Output

The power output of a fiber laser cutter is a critical factor that determines its cutting capabilities. The power output is measured in watts and determines the machine’s ability to cut through different materials and thicknesses efficiently.

The higher the machine’s power output, the greater its ability to cut through thicker and denser materials, such as metal. However, it’s important to note that higher power output machines also come with a higher price tag.

When you choose a fiber laser cutting machine, they need to consider the types of materials they will be cutting and the thicknesses they will be working with. This will help them determine the minimum power output they need for their cutting needs. For example, cutting through thin sheets of metal may only require a machine with a lower power output, while cutting through thicker sheets of metal may require a higher power output machine.

It’s important to note that a machine with a higher power output may not always be the best option. Other factors such as the machine’s cutting speed, accuracy, and reliability also play crucial roles in determining its cutting capabilities.

Operating Speed

Operating speed is an important factor to consider when choosing a fiber laser cutting machine. A faster cutting speed increases productivity, which can be beneficial for businesses that require high-volume production without sacrificing cut quality.

However, it’s important to note that the cutting speed is not the only factor that determines the machine’s productivity. Other factors such as the machine’s acceleration and deceleration rates, the type of material being cut, and the thickness of the material also play crucial roles in determining the machine’s overall productivity.

When choosing a fiber laser cutter, we suggest you look for a machine that provides a balance between cutting speed and cut quality. A machine with a high cutting speed may sacrifice cut quality, resulting in a rough or uneven cut. On the other hand, a machine with a slower cutting speed may provide a higher quality cut but may not be as efficient in terms of productivity.

Additionally, you should also consider the machine’s ability to handle different types of materials and thicknesses. Some machines may only be suitable for cutting specific materials or thicknesses, while others may have a broader range of capabilities.

Fiber Laser Cutting Machine Ease of Operation

It is suggested that  you choose machines that have intuitive controls and user-friendly software, as it makes it easier to learn and operate the machine, regardless of the operator’s skill level.

Fiber laser cutting machines with easy-to-use software Cypcut, Cypone, Cypnest, Tube Pro and controls like Fscut can help reduce user errors and improve productivity. User-friendly software can simplify the design and cutting process, allowing operators to create and modify designs quickly and easily. Intuitive controls can also make it easier to adjust cutting parameters and settings, allowing operators to optimize the machine’s performance for different materials and thicknesses.

In addition to user-friendly software and controls, other factors that can contribute to ease of operation include the machine’s accessibility and maintenance requirements. Machines that are easy to access for maintenance and repairs can help reduce downtime and improve overall productivity.

Material Compatibility

Different materials have varying properties, such as density, thickness, and melting point, which can affect the machine’s cutting capabilities.

Fiber laser cutting machines are commonly used for cutting metals, such as steel, aluminum, and copper. Some machines may be more suitable for cutting certain materials than others, depending on the machine’s power output, wavelength, and other factors.

When choosing a fiber laser cutting machine, buyers should ensure that the machine is compatible with the materials they plan to work with. This may involve consulting with the machine manufacturer or supplier to determine the machine’s capabilities for cutting specific materials and thicknesses. Additionally, buyers should also consider the machine’s cutting speed and accuracy for the materials they plan to work with, as these factors can affect the quality and efficiency of the cutting process.

It’s important to note that some materials, such as reflective metals, may require special considerations and additional equipment, such as a beam splitter or a special cutting head, to ensure optimal cutting results.

Maintenance & Service about Fiber Laser Cutter Machine

Like any industrial equipment, fiber laser cutting machines require regular maintenance to ensure optimal performance and durability over time.

You should ensure that the machine you choose has a well-documented maintenance schedule and that the manufacturer provides adequate support and training for maintenance procedures. Regular maintenance may involve tasks such as cleaning and lubrication, inspection and replacement of worn components, and calibration of the machine’s cutting parameters.

In addition to regular maintenance, you should also consider the availability of technical support and replacement parts from the manufacturer. Machines that are backed by a reputable manufacturer with a strong customer support team can help ensure that any technical issues or part replacements can be resolved in a timely and efficient manner, minimizing downtime and maximizing productivity. OMNI offer onsite training and lifetime after sales service, and also have professional installation and training team for offering machine installation and training at your workshop.

You should also consider the machine’s warranty and service agreements when making their purchasing decision. A comprehensive warranty and service agreement can provide added peace of mind and protection against unexpected repairs or downtime.

Cost

Budget constraints are always a concern, and you will look for a machine that offers the best value for your investment, considering both the initial purchase price and ongoing operational costs.

The initial purchase price of a fiber laser cutting machine can vary widely depending on its capabilities, power output, and other factors. Higher-power machines with more advanced features will generally have a higher price tag, while lower-power machines with fewer features may be more affordable.

You should also consider the machine’s efficiency and productivity when assessing ongoing operational costs, as a more efficient machine can help reduce energy consumption and lower overall operating costs over time. Of couse, if with limited budget, we are for sure you will be very interested to see OMNI fiber laser cutter on sale.

Safety Features of Fiber Laser Cutter

These machines use high-energy laser beams that can pose safety risks to operators and other personnel in the surrounding area if proper safety measures are not in place.

To ensure operator safety, fiber laser cutting machines OMNI have built-in safety interlocks that prevent the machine from operating if safety features are not properly engaged. Protective enclosures should also be in place to prevent accidental exposure to the laser beam and to contain any potential hazards. OMNI offer full cover fiber laser cutting machine for high power fiber laser cutter, especially over for the one over 6KW.

You should also ensure that the machine is compliant with relevant safety standards and regulations, such as those set forth by CE or FDA.

Software Compatibility to Fiber Laser Cutting Machine

The ability to integrate the machine with popular CAD/CAM software packages can help streamline workflow and improve efficiency by allowing users to easily import and modify designs.

CAD/CAM (Computer-Aided Design/Computer-Aided Manufacturing) software packages are commonly used in the manufacturing industry to design and produce parts or products. These software packages allow you to create 2D or 3D designs and generate cutting paths for machines such as fiber laser cutting machines. CypCut sheet cutting software is an in-depth design for fiber laser cutting industry. It simplifies complex CNC machine operation and integrates CAD, Nest and CAM modules in one. From drawing, nesting to workpiece cutting all can be finished by a few clicks.

To ensure optimal efficiency, you should look for a fiber laser cutting machine that is compatible with popular CAD/CAM software packages. This compatibility can help streamline the design and cutting process, allowing users to easily import and modify designs and generate cutting paths without the need for manual programming.

In addition to software compatibility, you should also consider the machine’s software capabilities, such as its ability to optimize cutting parameters for different materials and thicknesses or to generate reports on cutting performance and efficiency. When you only cut 2D work, suggest you Cypcut, and if you also cut tubes, then add Tubepro software to your  package.

Scalability & Future-proofing on Sheet Metal Fiber Laser

As businesses grow and expand, you may need to upgrade your machines to accommodate higher production volumes or more complex projects.

To ensure scalability, you should look for fiber laser cutting machines with higher laser power or bigger working size to meet changing production needs.

In addition to scalability, you should also consider the machine’s compatibility with industry advancements and emerging technologies. Fiber laser cutting technology is constantly evolving, and machines that are compatible with the latest advancements in laser technology, software, and automation can help ensure that the machine remains competitive and efficient over time.

You may also consider the machine’s ability to integrate with other equipment or systems, such as automation or material handling systems, to improve productivity and efficiency. OMNI offer robotic laser welding machine for enhancing your metal handling capability.

I. Introduction

Fiber laser cutter offers significant advantages for cutting stainless steel. They can achieve high precision, speed, and quality while reducing costs and environmental impact. By understanding the properties of stainless steel, factors that affect the cutting process, and best practices for optimization, manufacturers can maximize the benefits of fiber laser technology for their applications.

Fiber lasers have revolutionized laser manufacturing by providing faster, higher quality and lower-cost production while enhancing worker safety – critical advantages in today’s competitive global economy.  Their unparalleled combination of high power, efficiency, quality, compactness, reliability, flexibility and safety gives manufacturers new capabilities and a competitive edge.

In this blog, we will discuss how this affects the cutting process, how to choose fiber laser cutter and more tips.

II. Fiber Laser Cutting Machine: A Brief Overview

Fiber laser cutting uses concentrated light from a fiber laser source to melt and sever materials.  The laser beam is directed at the target material, where its high density of photons generates intense local heating.  This causes the material to melt and vaporize, creating a cut with minimal deformation.

• Benefits of fiber laser cutter

  High precision

Excellent beam quality. Fiber lasers produce a very clean and uniform laser beam. This leads to more precise cutting, welding, drilling and engraving. It results in fewer imperfections and a superior finish.

          High speed

High power and efficiency. Fiber lasers can generate high power outputs with excellent efficiency. This allows them to cut through thick materials quickly and precisely.

         Low maintenance

Fiber lasers have no moving parts so they tend to be very reliable and low-maintenance. This results in minimal downtime which is critical for manufacturing operations.

        Safety

The all-optical design of fiber lasers results in no exposure to laser resonator mirrors, cooling water or other potential safety hazards found in solid-state lasers. This makes them much safer to operate and interface with human workers or robotic systems.

III. Stainless Steel: Properties and Applications

• Composition and types

Stainless steel contains chromium and nickel, which provide corrosion resistance.  Typically, stainless steel contains 10.5-12% chromium and up to 8% nickel.  When chromium is alloyed with iron, it forms a continuous, passive chromium-rich oxide layer that protects the underlying metal from corrosion.

The main types of stainless steel are:

• 300 series: Austenitic grade, high strength and ductility.  Contains 16-20% Cr, 8-12% Ni.  Stainless steel 304 and 316 are common grades.  Used for cutlery, utensils, appliances.

• 400 series: Higher chromium (16-20%), lower carbon (0.08%) for even better corrosion resistance.  Mostly quarantine applications.

• 200 series: Lower Cr (16-18%) so cheaper to produce but less corrosion resistant.  Grade 201 is a common economical grade.

• Duplex series: Equal amounts of ferrite and austenite phases for high strength.  Grades 2205 and 2304 contain 22% Cr, 3.5-4% Ni.  Used offshore for pipes, pumps, valves.

• Ferritic series: Body-centered cubic phase, maximum Cr (10.5-12%) minimum Ni.  Low cost, corrosion resistant but low strength.  Used for cookingware, appliances.  Grades 403 and 430 typical.

• Super alloys: Very high strength/creep resistance for high-temperature applications.  Often contain Ni (up to 80%) and other alloys.  Used for aircraft engines, heat exchangers, industrial gas turbines.

Properties: corrosion resistance, strength, and durability

Corrosion resistance: Stainless steel contains chromium which forms a thin passive oxide layer that protects the metal from corrosion.  The oxide layer is self-healing and protects even when scratched.

Strength: Stainless steel has high tensile strength, hardness, and wear resistance depending on the grade.  Austenitic grades like 304 are relatively soft while duplex grades are very strong.

Durability: Stainless steel is very durable due to its corrosion resistance, strength, and hardness.  It can withstand high levels of stress and last a long time with little deterioration.

• Applications of stainless steel in various industries

  • Construction

Stainless steel is popular for architectural elements like facades, roofs, doors and frames due to its corrosion resistance and durability.  It is used to make structures long-lasting with minimal maintenance.  Grades 304 and 316 are common for construction.

Automotive industry

Stainless steel is used for components such as exhaust manifolds, automotive trim, bumpers, wheels, and springs.  Its corrosion resistance prevents rust while its strength enables lightweight designs.  Grades 304 and 201 are often used for heat exchangers, trim and wheels.

Medical industry

Stainless steel is the material of choice for surgical instruments, implants, prosthetics, hospital equipment and hygienic/sterile devices due to its biocompatibility, corrosion resistance and durability.  Surgical grade 304L is the most common grade for implants and instruments.  It resists pitting and corrosion in moist environments.

Food processing industry

Stainless steel is essential for equipment and surfaces where food is prepared and served due to its hygienic qualities like corrosion resistance, hardness, ease of cleaning and thermal conductivity.  It is used for sinks, tableware, appliances, pipes, processing equipment and more.  Food grades 304 and 316 are typically used.

Consumer goods industry

Stainless steel is used for products such as cutlery, cookware, appliances, appliances, sinks and more due to its attractive appearance, corrosion resistance, hardness and heat conductivity.  Stainless steel stays elegant, shiny and scratch-resistant with minimal maintenance.  Grades 304, 316 and 430 are common for consumer goods.

IV. Fiber Laser Cutting Stainless Steel: Process and Factors

Process​​​​​​​

• Initiating the cutting process

A high-power fiber laser generates a focused beam of light which is directed at the stainless steel material.  The light is absorbed and converted into heat, initiating melting and vaporization at the cutting edge.

• Melting and vaporizing the material

The intense heat from the laser beam melts and then vaporizes the stainless steel, creating a narrow molten pool.  As more of the material is heated and removed, the molten metal and vapor are ejected from the cutting path.

• Ejecting molten material

An assist gas, typically nitrogen or argon, is delivered through the focus head and cutting path.  The assist gas forms a jet that helps remove the molten metal droplets and prevent oxygen contamination of the molten pool and cut edge.  This allows the cut to deepen and widen rapidly.

• Completing the cut

The laser continues to melt and vaporize the stainless steel layer by layer as it is removed by the assist gas jet.  The cut progresses smoothly until the laser is turned off, resulting in a clean, precise cut edge with minimal deformation.

Factors affecting the cutting process​​​​​​​

• Laser power

Laser power: Higher laser power enables faster, deeper cutting of thicker sections with minimal heat and deformation to the surrounding material.  However, laser power must be properly matched to the material and process to avoid issues like oxidation, cracking and warping.  Higher laser power alone does not necessarily translate to better results, so other factors like cutting speed and focus position must be optimized for ahieve high precision metal cutting and maximum productivity &quality.

• Cutting speed

Cutting speed significantly impacts cut quality and kerf width.  Slower cutting speeds produce narrower kerf cuts with a cleaner edge finish and less oxidation.  Faster speeds result in a rougher edge with more melt and re-solidification along the cut edge.  Cutting speed must be balanced with laser power for optimal performance.  Multiple tools can achieve different cutting speeds for various requirements.

• Gas pressure

The pressure of the assist gas (oxygen, air or inert gas) impacts cut quality, kerf width and edge quality.  Higher pressures help more efficiently remove molten material from the cut edge and narrow kerf cuts.  Lower pressures have the opposite effect.  Gas pressure should be adjusted based on material thickness, laser power, and cutting speed.  For most cases, higher pressures will improve results but must be monitored to avoid blowouts.

Auxiliary gases often utilized in fiber cutting machines include oxygen, nitrogen, and air. Nitrogen is commonly utilized in the cutting of copper, aluminum, and stainless steel. In most cases, oxygen is utilized to cut carbon steel. When employing air cutting, a 10 kW air compressor is required, as well as a 7.5 KW drier and a tertiary filter.

• Focus position

The focus position of the laser relative to the cutting material impacts efficiency, quality and kerf width.  A focused beam produces the narrowest cuts and cleanest edges but the depth of focus limits the cut thickness.  Defocusing the beam widens the kerf and allows cutting thicker sections, but at the cost of cut quality and edge finish.  The focus position must be optimized for each material thickness to balance these factors.

• Material thickness and type

The material properties substantially influence laser cutting performance and results.  Thicker materials require higher laser power and focused beams to cut efficiently with narrow kerf widths, while thinner sections can achieve superior quality at lower powers.  Different material types also cut differently, as they vary in hardness, thermal properties, oxidation tendency and other factors.  Process parameters must be tailored for best results in each material.

Below is the cutting parameter of 3000W, 1500W, 1000W of fiber laser cutting machine for sale for stainless steel, including aire pressure, power, cutting thickness, speed, nozzle, focus potition and cutting height.

Note: The red-labeled parameters in the table are proofing parameters, whicharegreatly affected by various factors in actual processing, and are only suitable for small batch production. Higher power lasers are recommended for mass production processing.

V. Advantages of Fiber Laser Cutter for Stainless Steel

The advantages of fiber laser cutting machine for stainless steel are extremely compelling, resulting in its rapid adoption worldwide.  As technology continues to advance, fiber laser cutting will provide even greater benefits, supporting its dominance for high-performance cutting of metals and other materials.

• Precision and accuracy

Fiber lasers produce a high-quality focused beam that can cut very precisely with minimal roughness or irregularities, especially in thin sections.  Cuts have a uniform width and can achieve ±0.01 mm accuracy. It is the best choice for high precision sheet metal cutting solution.

• Clean cuts with minimal burr

Clean cuts with minimal burr.  The concentrated beam energy and assist gas can cut cleanly through tough materials like stainless steel with minimal burr formation on either side of the cut.  Burr heights are typically <0.1 mm.

• Increased production speed

Fiber lasers provide high power for fast cutting of thick stainless steel sections.  Deep sections can be cut quickly with minimal heat and distortion.  They can cut steel up to 100 mm thick at high speeds.

• Reduced heat-affected zone

The narrow focused beam minimizes heat input, resulting in a smaller HAZ where the material properties are modified.  The HAZ is typically <0.3 mm for fiber laser cutting.  This reduces softening,Warping and residual stresses.

• Lower operating costs

CNC fiber laser has high power efficiency, require little maintenance, have no consumables like electrodes, and have a long lifespan.  This results in lower operating and maintenance costs.  They also produce minimal waste and fume extraction requirements.

• Ability to cut complex shapes and intricate designs

The precise focused beam can cut intricate parts, profiles and features with exceptional dimensional accuracy and surface finish, even in tight spaces or with sharp corners and edges.

• Environmentally friendly process

More fiber laser cutting benefits are producing minimal pollution, hazardous waste or emissions.  It generates no toxic fumes or particulate matter that requires special filtration or containment.  What fume is produced is mostly inert gases like nitrogen or argon, not toxic oxides.  It is a very “green” cutting process.

VI. Tips for Optimizing Fiber Laser Cutting of Stainless Steel

With experience, optimizing these keys to setup, parameters, maintenance, equipment and monitoring will become second nature, resulting in world-class cutting results, higher productivity, lower costs and superior part quality. Optimized fiber laser cutting is the path to industrial dominance and leadership.

• Properly setting up the machine

Ensure the fiber laser cutting machine is level for best results.  Check that the cutting table, clamping mechanisms and ends effector are securely mounted and protected.  Calibrate optical components like mirrors and lenses for optimal focus.  Protect equipment from environmental contaminants and ensure premises conditions meet specifications.

• Selecting the right parameters

Choose an assist gas (oxygen, air, nitrogen or argon) suitable for the material and process.  Determin appropriate laser power, speed, focus position and gas pressure based on material type, thickness, complexity and cut quality requirements.  Start with fiber laser cutting conservative parameters and adjust for best results.  Higher power and lower speeds typically require thicker materials while higher speeds usually suit thinner sections.

• Regular maintenance and cleaning

Conduct routine maintenance like scheduled filter replacement, optical component cleaning, and gas line inspection.  Clean the cutting path, mirrors, lenses and ends effector regularly to prevent built-up debris.  Wipe down the entire machine, especially splash guards, to prevent residue buildup.  Maintain properly for best performance and safety.

• Using high-quality assist gas

Use an assist gas that is properly purified and consistent in grade for best cutting results.  Lower purity gases will introduce more contaminants that damage optics, clog filters or impair cutting ability.  High-purity assist gases produce superior, cleaner cuts with less maintenance required.

• Monitoring and adjusting parameters during the cutting process

Carefully monitor cutting results, kerf width and edge quality as cutting progresses.  Make small adjustments to laser power, speed, focus or gas pressure as needed to optimize results.  It is easier to adjust parameters during cutting than after, resulting in better cut quality, less waste and higher productivity.  With practice, balancing these parameters will become highly intuitive.

VII. Choosing the Right Fiber Laser Cutter for Stainless Steel

• Factors to consider when selecting a fiber laser cutter

Following up fiber laser cutting machine purchasing guide. By evaluating below factors, you can choose a fiber laser cutting machine that maximizes performance, quality and low maintenance for cutting stainless steel while minimizing total costs.  The right machine will give you dominance in the market through superior productivity, part quality, flexibility and ease of use.​​​​​​​ And if there is no high demand on production, you may also could choose cheap fiber laser. 

•      Power output

Select a fiber laser with enough power to cut the stainless steel section thicknesses required while maintaining high quality results.  As a rule of thumb, more power enables faster cutting of thicker sections but also higher potential for issues if not properly controlled.  For most applications, 1-5 kW of power is suitable, belongs to low cost fiber laser, while some machines offer up to 10 kW or more for extremely thick materials.  Higher power requires upgrading electrical service and may increase costs.

•        Table size and workspace

How to choose a fiber laser cutter with table size and workspace? Check if it allows cutting of the largest parts needed while still leaving extra space for material placement, part handling and possible automation integration.  Larger tables typically mean higher upfront and maintenance costs while smaller tables will limit maximum part size.  Aim for at least 1500-3000mm x 3000-5000mm of clear table space for most applications.

• Software compatibility

Select a machine with intuitive, user-friendly software that is suited for programming complex 2D and 3D cutting profiles with high accuracy.  Look for software that supports features such as nested cutting, auto-generation of support structures, toolpath optimization and simulation.  Software should also enable macros, templates and easy import/export of files.

For 2D sheet cutting, we suggest :

The CypCut sheet cutting software is a comprehensive design for the fiber laser cutting business. It unifies CAD, Nest, and CAM components to simplify complicated CNC machine operating. Drawing, nesting, and workpiece cutting may all be completed with a few clicks.

CypOne is a low-cost technology developed for the advertising business, which mostly produces thin metal sheets. It is suitable for low power range laser machines and can perform operations such as drawing process, toolpath generation, method setting, laser focus control, and pallet changer, among others, to satisfy your high efficiency and quality production requirements.

CypNest is a nesting program for the CypCut/HypCut sheet laser cutting systems. To satisfy your production demands, it incorporates sophisticated operations such as drawing modification, rapid nesting, toolpath creation, analysis report, and more.

For 3D tube cutting, we suggest:

TubesT-Lite is a free toolpath generation program for the FSCUT tube cutting machine. It is intended for use with CypTube/TubePro, and it can import a part from an external igs file, draw a standard shape part, and array-nest the part on the tube.

TubePro is intended for professional tube cutting and can produce tubes and profiles of various shapes. It smoothly integrates with TubesT nesting software to provide method configuration, sophisticated toolpath creation, and nesting for standard and customized production requirements.

• Automation features

Consider the potential to integrate automation such as a robot, gantry system or material handling equipment.  Machines that provide access to programming interfaces, I/O ports, space around the working area and a sturdy frame/base will be easier to automate for unmanned or high-volume cutting.  However, automation adds significantly to upfront cost, complexity and maintenance requirements. If you are with limited budget, go for low cost fiber laser is an option.

• Manufacturer reputation and support

Choose a reputable brand that is known for high-quality, durable fiber laser cutting machines.  Look for a manufacturer that provides excellent technical support, training, service and spare parts availability, check if they are familiar with how to import fiber laser to your country, check how much does a fiber laser cost.  While upfront costs may be higher, total cost of ownership will be lower if issues can be addressed promptly by a supportive manufacturer. Get to know more before purchasing a fiber laser cutter.

• Top fiber laser cutter manufacturers

• Trotec – Trotec is a leading German brand that has manufacturing facilities in China.  They are known for high-quality fiber laser cutters that provide exceptional cutting performance, precision and durability.

• Bystronic – Bystronic is a Swiss company with a strong presence in China.  They supply fiber laser cutting machines for high-volume industrial cutting of metals, plastics and other materials.

• Trumpf – Trumpf is one of the largest global suppliers of laser cutting machines and systems.  They are headquartered in Germany.

• Prima Power – Prima Power is a Finland-based company that develops CNC cutting machines using fiber laser, laser and punch technology.

• Coherent – Coherent is an American brand that supplies fiber laser cutting systems, heat exchangers, industrial lasers and other products.

• M/s Hamamatsu – Hamamatsu is a Japanese company that supplies industrial fiber laser cutting machines aimed at high-volume manufacturing.

VIII. Safety Precautions for Fiber Laser Cutting Stainless Steel

By following these guidelines and best practices, fiber laser metal cutting  can be completed with minimal risk to people, equipment, facilities and the environment.

• Understanding hazards associated with laser cutting

Laser cutting poses risks like intense focused light, hot materials/surfaces, gases, fumes and sparks/slag.  Operators must understand all potential hazards to work safely.

• Properly training operators

All operators must receive comprehensive training on machine safety, lighting/disabling the laser, emergency shutoff, and relevant protective equipment before using the laser cutter.  Only properly trained personnel should operate the equipment.

• Using appropriate personal protective equipment

Operators and bystanders must wear safety glasses with UV protection, protective gloves, steel-toed shoes, dust masks and close-fitting respirators as required.  Hazardous vapors may also necessitate protective suits or SCBA equipment.

• Implementing safety protocols and guidelines

Clear rules must be established for addressing issues like machine malfunctions, gas leaks, fires, laser misfires, entrapment, instability, toxicity, etc.  Safety guides should cover setup, operation, maintenance and emergency response procedures.

• Protecting from intense focused light

Direct/reflected laser light can cause blindness.  The laser beam path must be enclosed within safeguards like barriers, curtains and interlocks with e-stops.  No lasers should emit directly to unprotected areas.

• Containing sparks, slag and hot materials

Metal sparks, slag and hot cut pieces can cause burns, fires, and explosions.  Shields, guards, chutes and quenching/cooling systems must direct all debris into properly provided and sealed containers.

• Monitoring gas usage and leaks

Flammable/toxic gases used as assist fuels pose risks of asphyxiation, explosion and fire.  Proper ventilation, gas detectors, valve controls and shutoff systems should be in place to prevent buildup and leakage.

• Combating potential fires

Due to gas usage, hot processing and sparks, fire is a constant threat.  Fire suppression systems, extinguishers, sand/vermiculite, and clearly marked emergency routes must be provided.

• Providing access for emergency response

An appropriately sized access path must lead to each laser cutter to allow quick entry/exit and rescue/response equipment access in case of emergency.

• Conducting regular inspections and maintenance

Rigorous inspection and maintenance schedules should be followed to ensure all safety systems, mechanisms and features remain properly installed, functional and in good working condition.

IX. Conclusion

In short, invest in the performance, cost-effectiveness and competitive advantage of fiber laser cutting technology.  Superior quality, flexibility and sustainability at a fraction of the total cost.  A proven solution with more and more affordable options to suit any budget.  Stay on the cutting edge or get left behind.  The future is here – don’t delay progress any longer!

Transform your business through the tons of benefits fiber laser cutter provides for little risk or headache.  You have analyzed the potential, now make the leap to future success and prosperity.  Laser cutting pays for itself, so the time for you to get start business with fiber laser cutting machine now.

Since the 19th century, laser technology has been implemented in the fabric industry for manufacturing. Laser technology was introduced to reduce the percentage of human error in tasks like cutting, engraving, and embossing.

The accuracy of the laser pointer combined with software support like CAD, Corel Draw, and Photoshop gives better results and products. Laser-cutting machines are becoming more and more popular in the textile, leather, and garment industries because of the –

• Accuracy of laser machines
• Efficiency of laser machines
• Simplicity of laser machines
• Scope of automation in the future

Let’s take a deeper look at the application of laser machines in the fabric industry.

CONTENTS

• Fabric fault detection
• Laser cutting
• Evaluation of Seam Pucker
• Mass Customization
• Denim Fading
• Laser engraving
• Welded garment production
• Bar code scanning
• Laser marking

Laser Cutting Machines- Detailed Study

Laser-cutting machines are rising in the fabric industry. With the implementation of laser-cutting machines, companies have been able to increase their production. Along with this, the laser cutting machines help in the process of fabric fault detection.

While the industry benefits from high-speed cutting and accuracy, the trade came with additional expenses. The tool life, complex laser components, labor training, and downtime during machine maintenance are some drawbacks of the trade.

Laser-cutting machines are operational in the majority of textile industries. The purpose of the machine is to achieve precise tailoring in reduced time as compared to manual labor. As a relatively new introduction in the fabric industry, laser cutting machines have vast potential.

Fabric Fault Detection

When the fabric is received by the manufacturers in a production unit, the fabric is checked for damages. This check is done using morphological image processing which is carried out by a laser. The machine uses a laser to capture the diffraction grating of the thread in the fabric.

Multiple lenses with similar focal lengths magnify the test sample images and then invert them. These images are then stored in the computer where the software programs compare the images with the standard images. Any change in the measurement leads to the rejection of the fabric.

Laser Cutting

Using a beam of laser and computer software, the operators input the design details into the system. Once started, a very fine beam of laser is focused on the fabric surface which increases the temperature. This rise in temperature leads to the cutting of the fabric.

This operation is faster and cheaper than a mechanical cutting machine. However, the number of fabric layers that you can cut is lesser as compared to the traditional methods. The laser cutting machine offers high precision with the cuts.

Evaluation of Seam Pucker

Let’s understand what seam puckering is before we know the laser evaluation method. Seam puckering refers to the gathering of seams during the sewing, after sewing, or after laundering for a wrinkled seam on the clothing.

The laser method is used to measure the wrinkle formation in the fabric using laser triangulation. The wrinkle percentage is measured with the help of a laser line on the object and then capturing its reflection at a known distance.

This detail is then used to understand the defect in the fabric. The formation of a seam in the fabric leads to quality deterioration and reduces the aesthetic look of the garment. This eventually leads to a bad name for the brand.

Mass Customization

Mass customization is the industrial term that is used when making customized garments based on body dimensions and individual choices. Laser scanning technology helps in the accurate measurement of an individual’s body.

The machine uses various thin laser stripes with the assistance of cameras to measure the body size. To keep it a safe procedure, only eye-safe lasers are used. The machine focuses on the human body for digitization and the number of optical systems depends on the position of the body.

Denim Fading

Gone are the days of using sandblasting to give a rugged fade to your jeans. Manufacturers now use laser machines for laser fading designs on markings that require fading. Commercially, there are two kinds of laser machines that are being sold- solid-based and gas-based.

The degree of fading on the jeans depends on the wavelength, power density, and pulse of the laser. Laser marking causes less harm to the environment as compared to sandblasting or acid washing. Laser fading also offers a precise and smart look to the denim.

Laser Engraving

Laser engraving is a complex process that is done by computerized laser machines. It is done to engrave or mark an object. Despite being complex, laser engraving can deliver precise engravings with a high rate of production. There is no physical contact between the laser and the operator.

You can use a single machine to produce clean, crisp engravings and cuts. Laser machines are used to engrave on printing screens, create patterns, engrave leathers, and more. Engraved pictures of leather products add value to the products. The advantages of laser engraving are:

• High-speed operation
• Minimum wear and tear
• Reduced wastage
• Same design and color on all fabrics

Welded Garment Production

Garment welding is another process that is done using high-power lasers. During the production process, the thermoplastic parts of the fabric are joined together with the help of heat. The welded garment is weaker than sewn parts but gives a better appearance and offers flexibility.

Bar Code Scanning

Earlier, manufacturers used helium-neon lasers to scan the barcodes to identify the products. This bar code would contain information like the article number, product pricing, and more information related to it.

However, more and more manufacturers have moved to RFID (radio frequency identification) tags. The reason is that RFID tags can be processed faster and they avoid any physical contact with the product.

Laser Marking

Laser marking includes high precision and fast marking of products of different make and hardness. These can be used for products that have a complex design. Laser markings last long and can be used for various products like clothing, leather, metals, and more.

This process is accepted by several brands for marking their clothing precisely and for marking fashion accessories during their production phase.

Conclusion

Laser cutting can be used widely in the fabric industry on various materials. The process brings several advantages with itself that help in revenue generation while cutting costs at the same time. It also offers the flexibility of cutting or engraving any design you wish for, unlike the traditional methods.

To get the best deal on fabric laser cutting machines, visit us.