In laser cutting, a voltage regulator is needed as the power supply of the machine tool. Do you know why?
The impact of unstable voltage on the laser industry
Whether it is laser cutting, welding, marking in the industrial field, or laser applications in the medical, scientific research, education and other industries, extremely high requirements are placed on the stability and reliability of the equipment. The following are the impacts of unstable voltage on the laser industry:
Poor laser cutting effect
When the voltage is unstable, the energy output of the laser beam will be affected, resulting in uneven cutting surface, rough edges, and even scorching or incomplete cutting.
Unstable welding
During the welding process, the stability of the voltage is also crucial. If the voltage is unstable, the power of the laser welding will be affected, resulting in defects such as unstable welding points, cracks or pores in the weld.
Equipment damage and shortened life
Laser processing equipment that runs under unstable voltage for a long time is prone to failure and damage, such as circuit board burnout and motor damage.
In addition, it may accelerate the aging process of the equipment, shorten its service life, and increase the equipment replacement cost of the enterprise.
The role of the voltage regulator
After understanding the impact of voltage instability on the laser industry, let's take a look at the role of the voltage regulator:
1. Fast response and adjustment: The electronic control technology used responds quickly when the voltage fluctuates and makes corresponding adjustments to ensure the stability of the output voltage. Its response and adjustment speed reaches the millisecond level.
2. Multiple protection mechanisms: It has complete protection functions, including overvoltage, undervoltage, overcurrent, overload, short circuit, phase sequence and other protections to ensure the safe operation of laser equipment.
3. High-quality components: Pure copper column voltage regulator, H-grade pure copper winding coil, brand servo motor and imported carbon brush are all high-quality components, which improve the stability and life of the voltage stabilization system. The contactless structure avoids failures caused by poor contact and improves the reliability of the equipment.
4. Intelligent adjustment and monitoring: It adopts high-performance single-chip microcomputer centralized control, has a large LCD screen to intuitively display the current voltage and current, monitors the power supply operation status in real time and has the function of fault record preservation.
How to choose the right voltage regulator
When choosing a voltage regulator, you need to consider the power of the laser equipment, the required voltage stability, and the use environment. Choose a professional voltage regulator supplier to provide customized solutions to ensure a perfect match with the user's laser equipment.
Understand the needs of the laser equipment
Choose the appropriate type of voltage regulator based on the input voltage, output power, and current of the laser equipment.
Consider the technical parameters of the voltage regulator
Check the output voltage, current range, and input voltage fluctuation adaptability of the voltage regulator. Make sure the voltage regulator has protection functions such as overload and short circuit.
In this era where accuracy and efficiency are king, don't let unstable voltage become a stumbling block to your success. Find the voltage regulator solution that best suits your needs and protect your laser equipment!
