Comparison of energy saving effects of different types of marking machines

The company also compares the energy efficiency of different types of laser engravers, including CO2 lasers and fiber lasers, to help users choose the most cost-effective equipment for their needs.

Where do the differences in electricity consumption come from?

The power consumption of a label printer depends mainly on its working principles, power configuration, and frequency of use.For example, a laser marking machine often requires a higher-power laser. But because fiber lasers have a higher efficiency of conversion, they consume relatively less electricity.Another thing to consider is the amount of energy consumed when a piece of equipment is in standby mode. Some models have a "sleep" function that can save quite a bit of electricity.

Laser engraving machine: High power, but also high efficiency.

Although the lasers used in laser engravers are rated at a higher power (for example, 100 watts or more), the fact that the engraver only consumes power during the actual engraving process makes it more efficient than older machines.However, if the factory needs to operate continuously, it is recommended to select intelligent adjustment equipment to avoid long-term full-load operation.

Fiber laser marking machine: A power-saving wonder.

Fiber-optic machines have a simple structure and high energy conversion efficiency, and consume about 30 % less electricity than traditional machines for the same workload.The precise temperature control technology used when dealing with metal materials can reduce the number of times that a product has to be reprocessed, saving even more power.

How do you pick the most energy-efficient model?

Don't just look at the "rated power" figure on the spec sheet. What's important is how much energy the appliance actually consumes in everyday use.For example, when marking stainless steel, machine A may use 0.5 kWh in 10 minutes, while machine B may take 15 minutes to do the same job, using more electricity.It is suggested that consumers ask manufacturers to provide data on actual energy consumption in real world applications, or to refer to the electricity bills of existing users.

Be aware of these hidden energy drains.

Cooling system: Water-cooled air conditioners consume 15-20 % more electricity than air-cooled models.

Software optimization: Models with an automatic standby function can save 10 kWh per month.

• Fixture compatibility: Mismatched fixtures can cause processing times to be extended.

Long-term energy saving tips.

Even if you buy energy-saving models, improper use can still waste a lot of electricity.According to our collected case studies, by doing these three things, you can save another 20 % on electricity.

Adjust the power according to the material.

Many teachers are used to using a standard power parameter, but in fact for low-melting-point materials like plastics, you can lower the power by 30 % and still get the same effect while saving electricity.

Regularly clean optical components.

Dust on the lenses will force the equipment to increase its power to compensate for energy loss. A simple wipe once a month will keep the equipment working at maximum efficiency.

Avoid using high-energy-consuming functions during peak hours.

When it comes to functions that require high levels of electricity, such as deep engraving, they try to schedule these tasks during low-production periods, which not only helps ease the pressure on the power grid but also allows them to enjoy off-peak electricity rates in some areas.