CO2 laser marking machine vs fiber laser marking machine

Laser marking machine can leave permanent marking on the material surface. And comparing with laser engraving machine, it is more commonly used in applications that require higher precision and delicacy. In electronics, electrical appliance, hardware, precision machinery, glass & watch, jewelry, automobile accessories, plastic pads, PVC tubes, etc., you can often see the trace of laser marking. There are a few types of laser marking machines in the market. In addition to UV laser marking machine which has the highest precision, CO2 laser marking machine and fiber laser marking machine are very common in the different industries. So what are the differences between these two?

CO2 laser marking machine vs fiber laser marking machine

1.Performance

CO2 laser marking machine can be installed with CO2 RF laser tube or CO2 DC laser tube and the laser power is big. These two types of CO2 laser sources have different lifespan. For CO2 laser RF tube, its lifespan can reach 60000 hours while for CO2 DC laser tube, its lifespan is about 1000 hours. The lifespan of the laser source is closely related to the one of the CO2 laser marking machine.

As for fiber laser marking machine, it has the highest electro-optical conversion efficiency and has pretty low energy consumption. It features high marking speed which is 2 to 3 times faster than traditional laser marking machine. And the fiber laser source inside has around several hundred thousand hours in its lifespan.

2.Application

CO2 laser marking machine is suitable for non-metal materials, including paper, leather, fabrics, acrylic, wool, plastics, ceramics, crystal, jade, bamboo, etc.. As for the applicable industries, it can be used in consumer electronics, food package, beverage package, medicine package, construction ceramics, gift, rubber products, furniture and so on.

As for fiber laser marking machine, it is suitable for metal materials, such as stainless steel, carbon steel, aluminum, alloy, copper, etc.. As for the applicable industries, it can be used in jewelry, knife, electrical appliance, hardware, automobile accessories, medical machinery, construction pipe, etc..

3.Cooling method

Based on different laser source, CO2 laser marking machine requires water cooling or air cooling, since their laser powers are often quite big.

As for fiber laser marking machine, the commonly used cooling method is air cooling.

For CO2 laser marking machine, water cooling is an important task, since it decides the normal operation of the machine. So is there a reliable supplier whose laser water chiller can provide efficient water cooling? Well, S&A Teyu could be your ideal choice. S&A Teyu has more than 19 years experience in laser cooling and develops a wide variety of laser water chillers applicable to cool CO2 laser, fiber laser, UV laser, ultrafast laser, laser diode, etc.. You can always find the suitable laser water chiller in S&A Teyu. If you are not which one is suitable for you, you can e-mail to marketing@teyu.com.cn and our colleagues will give you the professional chiller model selection advice.

Guangzhou Teyu Electromechanical Co., Ltd.

SKYPE: teyuchiller

Email: marketing@teyu.com.cn

Website: https://www.teyuchiller.com

Tel: + 86-20-89301885

Fax: + 86-20-84309967

About S&A Brand

S&A(TEYU) was founded in 2002. After 19 years of development, the headquarter covers an area of 18,000 square meters, and has about 300 employees.  

Why choose S&A

Product Advantages:

1. With 11 patent certificates，CE, RoHS and REACH approval; Conforms to air transport requirements; 2 years warranty;

2.±0.1℃ high precision temperature control, stable cooling performance,support 

ModBus-485 communication;

3. Establish logistic warehouses at USA and Europe;

Manufacturing Advantages:

1.Independent R&D on sheet metal, evaporator, condenser and cores parts of chiller;

2. Annual output 8 0,000 units, product exports rate above 60%；

3. Standard bulk production, standard parts rate up to 80% ；

4. With excellent laboratory testing system, simulates actual working environment for 

chiller.