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The 350 laser cutting machine differs from other laser machines due to the size and type of work it addresses. A 350 CO2 laser cutting machine is for medium or larger industries where cutting volume and speed greatly matter. Therefore, this machine is used when processing layers of wood or plastics and metals, including steel and aluminum. The cutting table size 350 refers to the machine's table dimension in millimeters.
Its types are as follows:
These are considered one of the most powerful and popular cutting machines in the market. It uses a gas laser, specifically a blend of carbon dioxide, nitrogen, hydrogen, and oxygen, which is then pumped with electrical energy through a series of tube electrodes. A CO2 laser cutting machine is known for its precision in cutting, engraving, and marking materials like wood, acrylic, paper, glass, and fabric. It is suitable for medium industrial usage due to the extensive range of materials it can cut with finesse.
These are primarily used for cutting metals. They use a glass fiber optic cable rather than a gas-filled tube to generate the laser. Among all types of laser-cutting machines, fiber laser cutters are the most effective in cutting reflective materials like aluminum, brass, copper, and stainless steel. Just like CO2 lasers, the 350 fiber laser cutting machine is ideal for businesses that require high-speed cutting of various metallic tasks.
Hybrid laser cutting machines would mix CO2 and fiber technologies. That would give them the advantage of being able to cut both thick and thin materials, even reflective ones. Hybrid laser cutters can cut plastics, fabrics, wood, metals, and other materials, making them versatile for many possible applications.
Due to the sheer number of materials and tasks, it is imperative to understand the kind of laser cutting machine that will satisfactorily perform a required task.
Half of the global market for a laser cutting machine is in the manufacturing industry. That may be required to bespeak the importance of a laser cutting machine in fiberglass cutting and the many distinct uses it offers. It is used mainly in sheet metal fabrication, vehicle components, electronics enclosures, and appliances. Because laser cutting offers an excellent level of accuracy in these tasks, it well works with materials like steel, aluminum, and titanium.
The signage industry also utilizes 350 laser cutting machines for its tasks. Lasers are mainly used to cut acrylic, metal, and other materials to be used in signs. Because laser cutting leaves edges that are well polished and quickly done, it eliminates additional finishing works. The machine is used to create custom cut letters, logo displays, wayfinding signs, and more elaborate sign and design works.
In interior design, laser cutting machines are used to cut design decorative elements. Materials like wood and acrylic are the main resources that laser cutting will create stunning designs in furniture, lighting, and other interior decorative items. Thanks to the precision degree of the laser, complex patterns can be incorporated into the designs to provide uniqueness.
Laser cutting in textiles is to cut or engrave fabrics with high accuracy. A 350 laser cutting machine can work with many fabric types and more complex patterns, cuts, and designs. Therefore, it helped in fashion design, tailored clothing, and home textile production.
Famous among consumers today, product personalization is another area that 350 laser cutting machines work. Materials such as wood, leather, and acrylic are cut or engraved in real time, making custom products like trophies, jewelry, phone cases, and bespoke gifts. Businesses in this niche meet customers' desires for the unique and custom-made products to create an additional profitable avenue for themselves.
Apart from being suitable for a wide range of tasks, 350 laser-cutting machines exhibit various technical specifications that are crucial to understanding.
Laser cutting machines use various materials on the cutting bed to achieve desired results. CO2 laser cutting works well with acrylic, wood, fabric, and other non-metal materials. In fiber laser cutting machines, metals such as aluminum, copper, brass, stainless steel, and other non-metal materials can be effectively cut. Hybrid lasers can cut all these materials, so they are versatile in material processing.
Laser cutting machines are usually constructed using either CO2 technology or fiber-optics. The CO2 machine runs in a gas-filled tube laser, while fiber laser machines run in a laser that transmits through fiber.
While buying any product, certain parameters have to be considered to get the desired product. So, several hefty reasons make it necessary to consider the following factors when purchasing a 350 laser cutting machine.
Laser cutting machines can be CO2, fiber, or hybrid. CO2 machines are excellent for organic materials and thin metals, while fiber machines are excellent for hard metals. Purchase a hybrid machine if one intends to cut various materials.
Depending on the required tasks to be processed, the CO2 laser cutter power ranges from 40 to 150 watts. Lower wattages are sufficient for thin materials or engraving, while higher wattages are suitable for thick materials requiring cutting. Select the laser power in accordance with the type of cutting one needs.
Speed and accuracy are important factors in laser cutting. Find out the machine's speed in cutting material and the precision level, such as the kerf width or focal point. The more precise a machine is, the less its cutting speed. While speed is critical for mass production, high precision is essential for intricate work.
Laser cutting machines are controlled by design software. When selecting a machine, laser cutting software compatibility is essential, especially if one has design software they are already happy with. Ensure that the software is convenient if one uses software to design graphics that will cut or engrave.
It is important to look into the company's customer support services and the kind of warranty they give. It will be important to consider how customers can reach out to the company if there is an issue with the machine. A good warranty can save a business from some future costs.
A1. 350 machines are suitable for medium-scale tasks requiring speed and high precision. They easily cut larger workpieces than smaller models.
A2. Vector graphics software like Adobe Illustrator or CorelDRAW are used to create design files that correspond to the machine's cutting or engraving instructions. Cutting path, power level, and speed are set in the software before sending it to the machine for laser cutting processes.
A3. Many manufacturers have user guides, videos, and online courses. The latter is often the case for 350 machines, while the best resource is directly from the manufacturer.
A4. The common add-ons include rotary attachments for cylindrical engraving, air assist for better cutting, fume extractors for improved air quality, and different lens focuses for varying cutting or engraving depths.
A5. Using the right lens, ensuring a focused beam, and maintaining consistent power and speed can achieve precise cuts or engravings. Regular maintenance, including cleaning and alignment, also helps in maintaining accuracy.
