A high power CO2 laser machine has a wide range of options that can be applied to various tasks and projects. Although they are more industrial in nature, high-yield laser cutting and engraving machines are not only used in specialized industries. In fact, they are effective when used for home-based, individual projects. High-output laser cutting and engraving machines, like those in the Monport Fireproof series, are the best option if you frequently need to obtain consistent and reliable results without being constrained by volume or speed.
What are High Production Laser Cutters and Engravers?
High-production laser engravers are advanced machine tools that use laser technology to engrave designs or patterns onto a variety of materials with high precision and speed. High power CO2 lasers are designed to handle high-volume production runs, making them ideal for industries such as manufacturing, product development, and prototyping.
Characteristics of high production laser engravers include:
High precision and accuracy: The laser beam used in high production laser engravers allows for intricate designs to be created with high accuracy and precision.
High speed: These machines can engrave at a fast rate, allowing for large quantities of material to be processed in a short amount of time.
Versatility: High power CO2 laser engravers can be used on a wide range of materials, including wood, metal, glass, plastic, and more.
Automated processes: Many high production laser engravers include advanced software and automation tools that allow for fast and efficient production runs.
Robust construction: These machines are typically built to withstand the demands of high volume production and are designed to be durable and long-lasting.
In summary, high-power CO2 laser engravers are advanced machine tools designed to produce large quantities of precise, intricate engravings with high speed and efficiency.
Standard vs Large Format High Production Laser Cutters and Engravers
In general, high power CO2 laser engravers have larger workspaces, high-speed laser output, and advanced automation and software tools that increase efficiency and streamline the production process. An 80W laser engraver with these capabilities and a suitable workspace may be considered a high production laser engraver.
The first thing you'll notice is that high production laser cutters and engravers come in a variety of sizes. Determine what you want to accomplish with this type of laser machine and whether you need the larger format to complete your project. This ensures that you find the best laser-cutting machine for your needs.
Monport Fireproof 80W CO2 Laser Engraver
Working Dimension: 24'' x 36''
Engraving Speed: 800 mm/s
Cutting Speed: 400 mm/s
Resolution: 4500 dpi
Monport Fireproof 150W Built-in Chiller CO2 laser engraver
Working Dimension: 40" x 64"
Engraving Speed: 800 mm/s
Cutting Speed: 400 mm/s
Resolution: 4500 dpi
Monport 80w can cut 1inch baltic birch plywood easily. Aside from its high cutting efficiency, the Monport 80w has some of the characteristics that other high output engraving machines should have. This machine can meet the requirements of high output engraving and cutting due to its solid shell structure and various design concepts for convenient and rapid production.
For a 150w machine, it can cut 1.4 inches of plywood. The depth of this cutting can already catch up with most CNC machines. For a machine that mainly focuses on carving, the higher the power ensures that you can carve materials of the same depth at a faster speed. Let's make a comparison:
Test Content: Cutting Settings for Baltic Birch Plywood
Material: 1/16 Baltic birch plywood
Machine: Monport 60W CO2 laser engraver
speed: 17mm/s
power: 20%
Machine: Monport 150W CO2 laser engraver
speed: 40mm/s
power: 18%
At the same power, the speed of cutting plywood of the same depth by 150w machine is twice as fast as that of 60w, and the production efficiency is also doubled.
Why choose high production laser cutters and laser engravers
Larger workspace: Large format laser engravers offer a larger workspace, allowing for larger materials or multiple items to be processed in a single run.
Increased production capacity: The larger workspace of a large format laser engraver allows for increased production capacity, reducing the need for multiple machines and increasing overall efficiency.
High-volume production runs: Large format laser engravers are designed to handle high-volume production runs, making them ideal for industries that require large quantities of precise, intricate engravings.
Wide range of materials: The large format laser engraver can be used to process a wide range of materials, including large sheets of metal, wood, glass, and more.
Robust construction: Large format laser engravers are built to withstand the demands of high-volume production, ensuring durability and longevity in demanding production environments.
Customization: Large format laser engravers can be customized to meet specific production needs, allowing for greater flexibility in production processes.
In summary, large format laser engravers may be chosen for their ability to handle large-scale production runs, process a wide range of materials, and offer increased production capacity and efficiency.
Conclusion
in the electronics industry, high production laser engravers are used to produce markings on circuit boards, providing a precise and durable means of labeling components. In the jewelry industry, high production laser engravers are used to produce intricate designs on metal and other materials, creating high-end and customized jewelry products. In the packaging industry, high production laser engravers are used to produce branding and product information on packaging materials, increasing the efficiency and consistency of production runs.