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Laser cutters are used across the world, and this includes the heli laser machine. It comes in different types, and they include:
This cutting machine utilizes a fiber laser to give precision cuts to metals. It is efficient when cutting reflective materials and offers quick and cost-effective operations as compared to old cutting methods.
This machine uses a CO2 gas laser and is ideal for cutting non-metal materials. It is versatile and can cut plastics, wood, and acrylic. The machines are used in signage, furniture, and other diverse industries.
It uses a high-intensity laser beam for precision cutting of metals. The machine is commonly used in manufacturing industries for cutting stainless steel, aluminum, and other alloys. It offers clean edges and minimizes post-processing work.
This is a compact laser cutting machine designed for small-scale cutting and engraving. It is suitable for materials like paper, wood, and acrylic. This machine is mainly used in small businesses and workshops.
This is a lightweight and adaptable machine that is mainly used for on-site operations. It is ideal for cutting metal sheets in place. It provides flexibility and is mainly used in repair work or when there’s limited space in transportation.
As the name suggests, this machine integrates cutting, engraving, and welding functions. It uses a laser source to provide great adaptability in operations. It is suitable for various materials and is commonly used in diverse production processes.
Heli laser cutting machines are commonly used in the metalworking, automotive, electronics, and machinery manufacturing industries. These machines are mainly preferred due to their precision, speed, and ability to cut complex shapes with ease. Apart from this, they offer clean edges and reduce the need for further finishing.
In the metal laser cutting machine, it is used to create parts for machinery, which includes cutting metals like steel and aluminum for essential components. In the automotive industry, the machines are used in the production of intricate parts like gears, usually offering tight tolerances. In the electronics industry, laser cutting machines are used to manufacture components like circuit boards, apart from providing precise cuts.
Heli laser cutting machines are also used in the aerospace industry to cut materials for light and strong aircraft components. In the machinery manufacturing industry, these machines provide efficient cutting of parts. This enables quick production and supports just-in-time manufacturing. Due to their adaptability, precision, and efficiency, these machines are perfect for large production runs and making significant business investments.
Laser power
The laser power for the Heli laser cutting machines range from 500 to 2000 in wattage. This depends on the model. The laser power is pivotal for cutting thickness and material types.
Cuts speed
Speed is an important factor because it influences the productivity. Most models typically cut metals at a speed of around 20,000 mm/s.
Working area
The common working area for Heli laser cutting machines is about 1500 × 3000 mm. This determines the size of the projects that can be handled.
Precision
Heli laser cutters normally achieve a fine cutting accuracy of 0.01 mm. Heli laser cutters are known for their accuracy and precision, and this makes them ideal for intricate designs.
Material type
Laser cutting machines by Heli efficiently cut a variety of materials. For instance, they cut metals like stainless steel, aluminum, brass, and copper. They are also capable of cutting non-metal materials such as acrylic, wood, and textiles.
Maximum cutting thickness
The maximum cutting thickness varies with the material used. For metals, common thickness ranges from 1 mm to 20 mm, depending on the laser power. For non-metals, it can cut up to 10 mm.
When choosing a laser cutter, consider the type of material that one will be using. CO2 lasers are great for non-metal, while fiber lasers are suitable for cutting metals. Also, consider the thickness of the material. More powerful lasers are ideal for cutting thicker materials.
Selecting the right laser type is important for achieving the desired cutting results. CO2 lasers use gas, and they are ideal for cutting non-metal materials like wood and acrylic. Fiber lasers use solid-state fibers, and they are ideal for cutting metals.
Laser power output is an important factor since it affects the material's cutting capability. Higher wattage is suitable for larger and thicker material cuts. While lower wattage is efficient for delicate material cuts.
Automatic focusing is a vital feature that enhances convenience and efficiency. This is because the feature automatically adjusts the focus according to the material's depth. This will then eliminate the need to adjust manually. One will also have a consistent cut across various materials.
Software compatibility is important for a seamless workflow. Ensure the machine supports popular design software, like AutoCAD and Adobe Illustrator. It will help one easily create and transfer designs. The software should have user-friendly interfaces that are easy to operate.
The overall cost should involve initial investment and operational costs. The price of the models will depend on their features and technology. Budget-friendly machines can handle simple tasks. While high-end machines have advanced features for complex jobs. Get one that suits the project requirements.
A1: The machine's accuracy depends on the material and design complexity. But generally, the laser cutting machine achieves a cutting tolerance of ±0.01 mm. This makes it ideal for projects that require high precision.
A2: These machines are preferred for their efficiency and precision. They are commonly used for metal cutting, engraving, and marking in manufacturing.
A3: Yes. Fiber lasers are one of the most efficient laser cutting machines for materials like brass and copper. This is because they offer precise cuts.
A4: Yes. These machines can be used for engraving by adjusting the settings. This makes them ideal for creating detailed designs on various materials.
A5: Maintenance practices include regular lens cleaning, software updates, and wear inspections. One should also ensure the cooling system works properly.
