أفضل أنبوب ليزر ثاني أكسيد الكربون بقدرة 150 واط: شرح المواصفات والتطبيقات

When it comes to laser cutting and engraving machines, the 150W CO2 laser tube stands out as a powerful and efficient component. This article explores the key features, installation tips, maintenance practices, and purchasing considerations related to the 150W CO2 laser tube to help you make an informed decision.

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Laser technology has become a cornerstone in industries ranging from manufacturing to the creative arts, thanks to its unmatched precision and efficiency. At the core of every laser cutting or engraving machine is the laser tube, which generates the powerful laser light required for detailed work. The CO2 laser tube, in particular, is renowned for its high power and reliability, making it a popular choice for engraving and cutting applications.

To achieve optimal results and ensure customer satisfaction, it’s essential to understand how the laser tube, power supply, and laser lens work together within the machine. Each component plays a vital role: the laser tube produces the light, the power supply delivers the necessary energy, and the laser lens focuses the beam for precise operation.

Mastery of these elements is key to unlocking the full potential of your CO2 laser system, whether you’re working on intricate engravings or large-scale production.

Understanding the 150W CO2 Laser Tube

A 150W CO2 laser tube is a high-power laser tube commonly used in various laser machines for cutting, engraving, and marking different materials. The laser tube generates the laser light necessary for precise and efficient operation. It works by exciting carbon dioxide gas within the tube, which produces an infrared laser beam. This beam is then directed through a laser lens and a reflective mirror to focus the light onto the material.

For optimal performance, it is important to ensure the correct position of the laser tube so that the laser spot hits the middle of the reflective mirror. Proper positioning helps maintain accurate alignment and efficient laser processing.

The power of 150 watts means this laser tube offers a balance between cutting strength and energy consumption, making it suitable for both industrial and hobbyist applications. The laser tube must be paired correctly with a compatible power supply to ensure stable voltage and frequency, which are critical for the tube’s performance and longevity.

CO2 Laser Tube Specifications

When selecting a 150W CO2 laser tube, understanding its specifications is crucial for ensuring compatibility and peak performance. Typically constructed from durable borosilicate glass, a standard 150W CO2 laser tube measures 72.8 inches (1850 mm) in length and 80 mm in diameter, with a net weight of around 55 lbs (25 kg). Operating at a wavelength of 10,640 nm, this tube delivers consistent power with a stability of ±5%.

The service life of the tube varies based on power usage: running at minimum power (10–40%) can yield up to 12,000 hours, while higher power settings (70–100%) may reduce lifespan to around 7,000–8,000 hours. Proper installation is essential—connecting the positive and negative terminals correctly and ensuring water circulation through the entire water line helps prevent burst pipes and improper operation. By adhering to these guidelines, users can maximize the efficiency and longevity of their 150W CO2 laser tube, ensuring smooth operation for all their CO2 laser projects.

Key Components and Their Functions

The laser tube works in conjunction with several components to deliver optimal results. The power supply provides the necessary voltage and current to excite the gas inside the tube. Proper matching between the power supply and the tube’s specifications prevents issues such as premature wear or failure.

The laser lens focuses the laser light emitted by the tube. Selecting the correct lens based on the tube’s power and the machine’s requirements is essential for achieving precise cuts and engravings. Additionally, the reflective mirror plays a crucial role in directing the laser beam along the machine’s optical path.

To maintain the tube’s efficiency, the entire water line system must be intact and functioning properly. This includes the water chiller و water circulation system, which offer superior heat dissipation. Effective cooling water flow is essential for maintaining optimal temperature, ensuring stable laser performance, and prolonging the lifespan of the laser tube. Efficient cooling prevents the tube from overheating, which can cause damage or reduce its lifespan.

Power Supply and Compatibility

A reliable power supply is fundamental to the safe and efficient operation of any CO2 laser tube. The power supply must be carefully matched to the tube’s voltage and frequency requirements to maintain stable performance and extend the tube’s service life. Using an incompatible power supply can result in improper operation, reduced output, or even permanent damage to the laser tube.

When selecting a power supply, consider not only the technical specifications but also practical factors such as shipping cost and delivery logistics. Ensuring that the power supply and laser tube are shipped and installed properly minimizes the risk of damage during transit and setup. By choosing a power supply designed specifically for your CO2 laser tube, you can avoid operational risks and ensure your machine runs smoothly from the start.

Laser Lens and Focusing

The laser lens is a critical component in any laser machine, responsible for focusing the laser light onto the material for precise cutting or engraving. Working in tandem with the reflective mirror, the laser lens must be properly aligned and maintained to ensure the highest quality results. Regular inspection and cleaning are necessary to prevent dust buildup, which can degrade beam quality and pose a risk to the tube and lens.

A well-designed focusing system also offers superior heat dissipation, protecting the tube from overheating and extending its lifespan. For buyers, it’s important to consider not only the technical aspects of the lens and focusing system but also practical matters such as payment methods, including secure handling of credit card details, and understanding the seller’s cancellation policy. By prioritizing proper lens care and system design, users can enhance machine performance, reduce maintenance needs, and achieve greater customer satisfaction across a range of applications.

Installation and Maintenance Tips

Proper installation is vital to maximizing the performance and durability of your 150W CO2 laser tube. When connecting the tube to the machine, ensure that the positive و negative terminals are correctly matched to avoid electrical issues. Connect the cathode and anode wires securely, and make sure the water inlet and outlet are properly connected to the entire water line system without any leaks or burst pipes.

Regular inspection of the cooling system is necessary to detect air bubbles or blocked water lines, or optical paths that could hinder water flow. These issues can compromise superior heat dissipation and cause the tube to overheat. Using a water chiller designed for laser tubes helps maintain a stable temperature, which is essential for consistent laser output.

Adjusting the position of the laser tube and optical components, such as the laser lens و reflective mirror, periodically ensures the laser light remains focused and accurate. Dust and debris can accumulate on these components, so cleaning them carefully during routine maintenance is recommended.

Be sure to complete all installation and setup steps to ensure proper operation and safety.

Purchasing Considerations for a 150W CO2 Laser Tube

When purchasing a 150W CO2 laser tube, several factors should be taken into account. The price varies depending on the brand, specifications, and included accessories such as the power supply و laser lens. Some reputable brands, like فيجو ليزر فيجو, offer tubes with warranties that guarantee quality and longevity.

The buyer is responsible for reporting any damages, understanding shipping costs, and being aware of warranty conditions. Customers should carefully inspect the package upon delivery and follow the correct procedure if the package is damaged. Note: It is important to file a claim promptly if there are any issues with the shipment or package, and to maintain proper documentation for warranty and shipment claims. Shipment policies may vary depending on the region; for example, shipping details and rates may differ for the USA.

It is important to verify the stock availability and delivery dates listed to plan your project timeline effectively. Additionally, inquire about the shipping cost, especially if ordering internationally, as this can impact the overall expense.

For payment, many sellers accept various payment methods, including credit cards. However, always ensure your credit card details are handled securely and understand the seller’s cancellation policy in case you need to change or cancel your order.

If you expect to make a recurring or deferred purchase, discuss options with the supplier to possibly negotiate better terms or discounts. Understanding the regular price and any promotional deals can help you secure a favorable deal.

Troubleshooting and Replacement

Despite careful installation and maintenance, issues may arise with the 150W CO2 laser tube. Common problems include a reduction in laser power, irregular laser light output, or failure to start inching properly. These symptoms often indicate the need for inspection or replacement.

If the tube shows signs of wear or damage, such as cracks or discoloration, it is advisable to replace it promptly to avoid damaging other machine components. When replacing the tube, ensure that the new unit matches the specifications of your machine, including length, power, voltage, and frequency.

Always perform a thorough inspection of the new tube and associated components before installation. Confirm that the reflective mirror و laser lens are clean and correctly aligned to achieve optimal performance.

The 150W CO2 laser tube is an essential component for laser cutting and engraving machines, offering high power and precision. Understanding its working principles, key components, and maintenance requirements ensures you get the best performance and longevity from your laser system. When purchasing, consider factors such as price, warranty, shipping cost, and supplier reliability to make a smart investment. Proper installation, regular inspection, and timely replacement will keep your laser machine running smoothly and efficiently.

For more detailed information on CO2 laser tubes and maintenance tips, you can visit Feiju Laser‘s official site. Additionally, for guidance on laser safety and proper operation, the Laser Institute of America offers valuable resources.