Advantages of diode lasers in Ortur laser engraving machines

    In the field of laser engraving, the Ortur laser engraving machine stands out with its outstanding performance, largely due to the use of a diode laser. The diode laser, also known as the semiconductor laser, has brought numerous significant advantages to the Ortur laser engraving machine due to its unique working principle and structure. 
High precision carving, restoring every detail
    The Ortur laser engraving machine can achieve a engraving accuracy of up to 0.01mm, a record breaking precision performance far exceeding the traditional engraving machine's 0.2mm accuracy. The laser output from a diode laser has excellent monochromaticity and coherence, with a stable wavelength that can achieve extremely fine energy effects on material surfaces. When carving complex patterns or small text, it can accurately control the laser action area, clearly outline every line, and perfectly restore design details, meeting the needs of users who have strict requirements for high-precision carving, such as jewelry carving, fine handicraft production and other fields.

 
Efficient homework greatly improves production speed

Its carving speed can reach 20000mm/minute, which is 30% higher than traditional products. The diode laser has a fast modulation speed and can adjust the light intensity within nanoseconds or even sub nanoseconds. In the actual carving process, it can quickly respond to control instructions and achieve high-speed laser pulse output. Whether it is large-scale pattern filling or multi batch product carving, it can be efficiently completed, greatly reducing processing time and improving production efficiency. For enterprises or individuals who need to mass produce laser engraving products, this advantage undoubtedly greatly enhances their competitiveness.

 
Powerful power, widely applicable to various materials

The Ortur laser engraving machine has a high power continuous output of 20W without false marks, thanks to the efficient electro-optical conversion efficiency of the diode laser, which can usually be above 50%. High power output enables lasers to have powerful energy and easily handle carving and processing of over 340 types of materials, ranging from common wood, acrylic, leather, to harder metal materials such as stainless steel. When processing thicker or harder materials, high-power Diode lasers can complete cutting or engraving in fewer passes, saving time and reducing the thermal impact caused by multiple processing on the material, ensuring processing quality.

 
Stable and reliable, ensuring long-term stable operation

The lifespan of a diode laser can typically reach tens of thousands of hours, and compared to some other types of lasers, it has higher stability and reliability. Its structure is compact and there are no complex mechanical components inside, reducing the risk of failure caused by mechanical wear and tear. The application of Diode laser in Ortur laser engraving machine enables the equipment to maintain stable performance during long-term continuous operation, reducing maintenance costs and downtime, providing reliable production guarantee for users, especially suitable for professional users who need to use laser engraving machines for long periods of time and high intensity.

 
Energy saving and environmental protection, reducing usage costs

The diode laser adopts a low-voltage constant current power supply method, which has low power consumption and effectively reduces energy consumption while achieving efficient engraving. Compared with traditional high-energy consumption lasers, Ortur laser engraving machines using diode lasers can save users a lot of electricity costs during long-term use. At the same time, due to its good stability and long lifespan, it reduces the cost of frequent equipment replacement and maintenance, further lowering the overall operating cost, in line with the modern concept of energy conservation and environmental protection. 
The diode laser used in the Ortur laser engraving machine provides users with an excellent laser engraving experience due to its high precision, high speed, high power, stability, reliability, and energy-saving and environmental protection advantages. It meets the diverse requirements of users in different fields and needs for laser engraving and has become a highly anticipated high-quality choice in the field of laser engraving.