Laser-cut ventilation holes keep your home appliances cool this summer
On a scorching summer day, stepping indoors after being exposed to the sun and turning on the air conditioner while drinking a chilled beverage instantly dispels the summer heat. However, the very appliances that provide us with coolness, such as refrigerators and air conditioners, also need cooling. Prolonged operation can lead to overheating, and if heat is not dissipated effectively, excessive temperatures may cause malfunctions or damage, affecting both lifespan and continuous operation time. To address this, many appliances are equipped with ventilation slots to ensure internal temperatures do not rise too high.
Cooling vents have almost become a standard feature in electrical appliances, and their manufacturing processes are increasingly drawing attention from manufacturers. Taking aluminum and aluminum alloy laptop casings as an example, when creating cooling vent openings, traditional mechanical cutting methods take an average of 2 seconds per workpiece. Over time, maintaining consistent processing results becomes difficult, often leading to issues such as edge chipping, burrs, and deformation. In the long run, these problems severely impact production quality and shipment efficiency.
Using a laser cutting machine for micro-hole cutting requires only setting up the desired pattern in the computer program. With a single beam flash, the pattern is cut in the blink of an eye. Preliminary calculations show that replacing traditional cutting equipment with a laser cutting machine reduces the time to cut a workpiece from 2 seconds to 0.5 seconds, increasing processing efficiency by more than double.
There are many other examples, such as air conditioner casings, kitchen range hoods, and gas water heaters. Laser cutting offers high efficiency, excellent cutting surfaces, and eliminates the need for secondary processing. Additionally, it allows for customization and personalization.
Recommended Model: TOL-GF3015-400/500/1000 Fiber Laser Precision Cutting Machine
Processed with the TOL-GF3015-400/500/1000 fiber laser precision cutting machine, the cut seams are smooth and aesthetically pleasing with minimal thermal deformation. The equipment features industry-leading continuous and rapid curved cutting functions, along with optimized shortest processing path capabilities, significantly improving cutting efficiency. Additionally, its powerful operation software enables simultaneous execution of various working modes such as engraving, cutting, and micro-hole punching on workpieces.
If you would like to learn more about laser marking machines, laser welding machines, and laser cutting machines, please visit the official website of Wuxi Tor Laser Technology Co., Ltd.: http://www.tollaser.com