All categories
Featured selections
Trade Assurance
Buyer Central
Help Center
Get the app
Become a supplier
(69104 products available)
Ready to Ship
Ready to ShipTable laser cutting machines come in various types, each offering unique cutting capabilities and advantages based on the laser source, cutting materials, and application needs.
CO2 laser cutting machines use carbon dioxide as the laser gas to generate the laser beam. These machines are highly effective for cutting non-metal materials such as acrylic, wood, glass, and fabric. A CO2 laser cutting machine is often used in tasks requiring deep engraving or rapid cutting. Due to their efficiency and precision on organic materials, they are popular in woodworking, sign making, and garment industries.
Fiber laser cutting machines employ a solid-state laser, typically generated by a fiber optic cable, to cut materials. These machines are primarily used for metal cutting, including stainless steel, aluminum, copper, and brass. Fiber lasers offer deeper penetration, higher cutting speeds, and exceptional accuracy on thin to medium metal sheets. These machines suit industries focusing on aerospace, automotive, and heavy manufacturing.
Peak laser cutting machines are renowned for their advanced technologies and versatility. Peak machines effectively handle various materials, including metals, acrylic, wood, and fabric. Known for their state-of-the-art control systems and high laser efficiency, Peak machines ensure precise cuts and minimal energy wastage. Their ability to operate continuously without overheating makes them ideal for industrial settings requiring large-volume production.
Nd:YAG (Neodymium: Yttrium Aluminum Garnet) laser cutting machines utilize a solid laser crystal and can operate in both continuous and pulsed modes. These machines are ideal for cutting and engraving hard metals and exotic materials like titanium and carbide. Although not as common for large-scale use, Nd:YAG machines are valuable in specialized industries where precise cutting of durable materials is essential.
Hybrid laser cutting machines combine different laser sources, such as CO2 and fiber or Nd:YAG. This versatility allows for cutting various materials and thicknesses with optimal efficiency. These machines are ideal for businesses with diverse cutting needs, as they can switch between laser types depending on the material requirements. Hybrid machines offer an all-in-one solution for industries ranging from automotive to signage manufacturing.
Working with a table laser cutting machine necessitates observing some safety precautions to prevent injuries and ensure equipment longevity.
Protective laser safety glasses are essential to protect the eyes from harmful reflections and direct exposure. Keeping eyes protected from the laser beam and any flashback is better. These goggles must meet the required safety standards for the laser's wavelength used in the workspace.
It's critical to avoid leaving the laser cutting machine unattended during operation. One must monitor the process continuously to prevent hazards such as material ignition, equipment malfunction, or laser misalignment. If a procedure needs a break, ensure it is paused safely until it is time to resume work.
Maintaining proper ventilation in the workspace is essential as laser-cutting materials can produce fumes. These fumes are dangerous, so one must work in a well-ventilated area or use an industrial fume extractor. The extractor must be in position and fully operational before starting the machine. It must always be checked and cleaned before use to increase extraction efficiency.
Correctly securing and placing materials on the table is crucial to ensure safety and achieve precision in cuts. When a material shifts or moves during a procedure, it can lead to accidents and cause damage to the machine or injuries. Ensure the material is stable and flat before starting the cutting procedure.
One must exercise caution when using materials that have reflective surfaces (like metal or glass). This is because these materials can reflect the laser beam unpredictably. An unpredictable laser misdirection can cause serious laser beam exposure. Cover or mark non-cutting areas of the reflective materials to limit direct exposure.
One should not forget to adjust the laser cutting machine's settings according to the material being cut. Operating a table laser cutter with improper settings can damage the material, pose dangers such as fire hazards, or hurt the operator. Before starting production, set the speed, power, and frequency as required by the material specifications.
There are key factors to consider when purchasing a table laser cutting machine. These factors will help buyers select the right model to meet their specific business needs.
Table laser cutters come with various laser sources, including CO2, fiber, Nd:YAG, and hybrid. CO2 lasers are ideal for non-metal materials like acrylic and wood laser cut. In contrast, fiber lasers are more suitable for metals due to their precision and cutting speed. Businesses should evaluate which laser source best meets their material-cutting requirements.
The bed size determines the maximum material size the machine can accommodate. Smaller machines are suitable for businesses with limited space or those focused on smaller projects. In contrast, larger bed machines support bigger materials and offer more flexibility for extensive production runs. Machine bed sizes can range from 300mm x 500mm to over 1500mm x 3000mm.
Laser cutting machines have different wattage levels, with higher wattages equating to cutting capability and speed. Machines with higher wattages tend to cut thicker materials faster. However, it's equally important to consider energy efficiency, especially for businesses with large-volume production needs. Compare models for both power output and energy consumption.
Lasers generate extensive heat during operation. To dissipate the heat effectively, a reliable cooling system is necessary to maintain cutting precision and prevent damage. Laser cutting machines mainly incorporate water-cooled and air-cooled systems. While air-cooled systems are easier to install and maintain, water-cooled systems provide better temperature control, although they are more complex.
Most modern laser cutting machines rely on advanced software to operate seamlessly. Effectiveness will be meaningful if the software offers user-friendly design interfaces and precise control over the laser settings. Additionally, businesses should check for compatibility with their existing design software to ensure a smooth workflow. Some models come with built-in software, while others require third-party applications.
Table laser cutting machines have diverse industrial applications. These applications benefit from the precision, speed, and versatility of laser cutting technologies.
A major area of application for laser cutting is metal fabrication. Laser cutting machines quickly cut metals like stainless steel, aluminum, and copper into complex shapes with high accuracy. This precision reduces material wastage and minimizes the need for post-processing. Laser cutting has speed and efficiency, making it a popular choice in automobile manufacturing and aerospace components.
Laser cutting machines are widely used in producing custom signage. These machines cut various signage materials, such as acrylic, wood, and metal, into detailed and intricate designs needed for effective signage. The clean edges and precision of laser cutting enhance the visual appeal of signs, making them more professional and eye-catching. The ability to cut both 2D and 3D signs gives manufacturers a competitive advantage in the market.
Table lasers are used extensively in the packaging industry for creating custom boxes, labels, and other packaging materials. The machines can cut cardboard, plastic, and paper into precise packaging shapes and sizes. This precision ensures proper material utilization and enhances the final product's structural integrity and aesthetics. In addition, they allow for quick prototyping and large-scale production.
Precision laser machines are vital in cutting and engraving metals and other materials used in jewelry making. They enable the detailed cutting of intricate designs and patterns, which are hard to achieve with traditional methods. Beyond metals, laser cutting also works on acrylic and gemstones. They are rapidly becoming the preferred choice for producing high-quality jewelry in bulk while reducing labor costs.
The textile industry widely utilizes laser cutting for fabrics, leather, and other materials used in apparel. The machines cut patterns with extreme accuracy, minimizing fabric waste and ensuring each piece meets design specifications. Laser cutting also enables unique designs and intricate patterns that differentiate manufacturers in a competitive market. They are especially useful for mass customization in apparel and accessory production.
Users can improve efficiency by using proper material setup and regularly maintaining the machine components. Also, optimizing laser settings for various materials greatly reduces cutting time while improving precision. Lastly, incorporating a workflow automation system will reduce manual labor and speed up the operation.
Frequent cleaning of the laser lens, cutting bed, and exhaust system will increase the machine's efficiency. Regularly check and lubricate the moving parts to ensure smooth operation. The laser's power and focus should be maintained, while machine calibration should be done to ensure accuracy.
Cutting using the machine may be difficult for reflective materials, as they can redirect the laser beam and lead to poor cuts or damage the lens. Additionally, hazardous materials like PVC should not be used, as they emit toxic fumes during cutting. Confirm the machine's capability for particular materials before use.
Laser safety glasses should always be worn to protect against accidental exposure. Moreover, continuous monitoring while the machine is operating is essential to avoid hazards. In addition, businesses should work in well-ventilated areas to dissipate potentially harmful fumes generated from cutting.
Many modern table laser cutting machines are designed for both cutting and engraving. The laser parameters can be adjusted to lightly mark the material surface for engraving or to cut through material for creating products. Thus, this dual functionality allows for increased versatility in manufacturing.
