Understanding Puri Laser Tubes: Manufacturing Process, Advantages, and Core Philosophy

Puri Laser tube uses a special process, including the laser tube firing patch inflatable process and comprehensive scientific quality control methods. This enables Puri Laser tube to have power spot, long life, and other advantages. It is widely applied in laser engraving machines, laser marking machines, laser engraving machines, laser cutting machines, and other laser equipment.

Puri Laser power supply adopts the second-generation laser control mode and multiple electronic component protections to make Puri Laser power more stable and compatible with most carbon dioxide laser tubes on the market. Puri Laser tubes and power supplies are the best choice for both domestic and international laser equipment manufacturers.

Puri Laser adheres to its core philosophy with a grateful heart to do things and to behave with integrity and motivation. We keep in mind our enterprise’s guiding principles: first, to be centered around the customer; second, to focus on staff development; third, to emphasize quality control, progress, and innovation. We strive to become a national and international leader in the field of laser technology.

What is a Laser Tube? What is the Manufacturing Process of a Laser Tube?

A laser tube is one of the core components in laser equipment. It is widely used in devices like laser engraving machines, laser cutting machines, and laser marking machines. The laser tube’s function is to generate laser beams, which are then used for engraving, cutting, and marking. Understanding laser tubes and their manufacturing process is crucial when selecting the right laser equipment.

What is a Laser Tube?

A laser tube is a glass tube filled with special gases, such as carbon dioxide (CO₂), nitrogen, and helium. When an electric current excites the gases inside, they emit light, which forms a laser beam. This laser beam passes through optical components and is precisely directed at the target material to perform the desired action, such as engraving, cutting, or marking.

CO₂ laser tubes are a popular type due to their stability and long lifespan, making them widely used across various industries.

The Manufacturing Process of a Laser Tube

The manufacturing process of a CO₂ laser tube requires high precision and strict quality control. Here is a general overview of the steps involved:

1. Selecting Materials:
   High-quality glass materials are chosen for the tube to ensure clarity and durability.

2. Fabricating the Tube:
   The glass is cut to the required length and formed into a cylindrical shape to house the gases.

3. Injecting Gas:
   The laser tube is filled with a mixture of CO₂, nitrogen, and helium gases, which are essential for laser generation.

4. Sealing and Pressurizing:
   The tube is sealed and pressurized to maintain the stability of the gases, ensuring efficient laser output.

5. Installing Electrodes:
   Electrodes are placed at both ends of the tube, where electrical currents are passed through to excite the gas and produce the laser beam.

6. Coating Process:
   A reflective coating is applied to the inner surface of the tube to enhance light reflection and improve laser efficiency.

7. Quality Control:
   The finished laser tube undergoes strict quality checks to inspect the gas seal, power output, and stability of the laser beam.

8. Final Testing:
   The tube undergoes power output and stability tests to ensure it performs correctly and consistently.