UV Sterilizer Machine for Delicatessen, Food and Beverage Processing

UV sterilizer machine is widely used in hospital, delicatessen, food and beverage process. For quality guarantee purpose, After 8000 hours of continuous use or one year, the UV lamp should be replaced for ultraviolet sterilization machine. The UV sterilizer machine from Wewon Environmental Chambers Co., Ltd. install 16 UV lamps with 20 W power. Be careful not to touch the quartz glass of the new lamp tube with your fingers, At the same time carefully put the tube into the sterilizer chamber.

Ultraviolet disinfection technology is the newest generation of disinfection technology which rises in the end of 90’s. It integrates optics, microbiology, electronics, fluid mechanics and aerodynamics. Ultraviolet sterilization machine has the characteristics of high efficiency, wide spectrum, low cost, long life, large amount of water and no secondary pollution. Ultraviolet disinfection is the mainstream consumer technology recognized internationally in the 21st century.

The ultraviolet sterilization machine is a highly effective device that is primarily used to sterilize cooked food and water. The machine utilizes ultraviolet (UV) light to kill any harmful microorganisms that might be present in the food and water. The UV sterilizer has become extremely popular in various industries, including healthcare, food and beverage processing, herbal medicine, and even packaging equipment.

The healthcare industry uses it to sterilize equipment and surfaces, while the food and beverage processing industry uses it to keep the products free from harmful bacteria. Additionally, the machine is also used in factories that produce health products, milk, beer, bakery products, and other packaging products. UV sterilization machine has found widespread use in many different industries where it plays a crucial role in ensuring the safety and health of the products and people.

The working principle of UV sterilizer machine: The ultraviolet sterilization band is mainly between 200 and 300nm, and the sterilization ability at the wavelength of 253.7nm is the strongest. When various bacteria and viruses in water or air pass through the ultraviolet (253.7nm wavelength) irradiation area, ultraviolet rays penetrate the cell membrane and nucleus of microorganisms, destroying the molecular bonds of nucleic acids (DNA or RNA), causing them to lose their replication ability or activity and die , So as to kill all bacteria and viruses without using any chemical drugs.

The germicidal lamp does not need to be converted into visible light, and the wavelength of 100-200nm can play a good role in sterilization, because the absorption spectrum of light waves by the cells has a regular pattern, and the maximum absorption of ultraviolet light at 100-200nm is absorbed The ultraviolet light actually acts on the genetic material of the cell, namely DNA, and it plays a role in photochemistry. The energy of ultraviolet photons is absorbed by the base pairs in the DNA, causing the genetic material to mutate, causing the bacteria to die immediately or fail to reproduce. The purpose of sterilization.

●	Power Supply: AC220V 3Φ 2.35KW 50Hz	Power Supply
●	※ Allowable voltage variation range: ±5% of rated value
●	※ (But the operating range is ±10%)
●	Maximum Load Capacity: 2.35 KW
●	Maximum Current: 50 A｜UV Light Sterilizer
●	When placing the cabinet, note that the distance to the wall should be greater than 100 mm.

Species	Name	Time required for 100% kill (seconds)	Species	Name	Time required of 100% kill (seconds)
Bacteria	Bacillus anthracis	90	Viruses	Flu virus	70
	Tetanus tetanus	83		Bacteriophage virus	53
	Shigella	62		Rotavirus	86
	E.coli	94		Hepatitis B virus	210
	Salmonella	98		Eco virus	173
	Shigella	75	Algae	Blue-green algae	213
Mold Spores	Aspergillus	105		Nematode eggs	101
	Fecal fungus	99		Paramecium	131
	Mucor fungi	89		Protozoa	126
	Aspergillus niger	78	Fish disease	White spot	205
				Viral hemorrhage	179

Ultraviolet disinfection technology has become increasingly popular due to its effectiveness in killing bacteria, viruses, and other pathogens. One of the main advantages of UV disinfection is its unmatched sterilization efficiency. Compared to other disinfection methods such as chlorine and ozone, UV disinfection can achieve a much faster sterilization effect, typically in a matter of seconds.

UV disinfection is also known for its efficiency, wide spectrum, and lack of secondary pollution. Unlike traditional disinfection methods that may leave harmful byproducts, UV disinfection does not produce any harmful chemicals or residues. Additionally, the safe and reasonable design of UV sterilizer machines ensures that the operation is safe and reliable.

Other advantages of UV disinfection technology include simple operation and maintenance, low cost, and minimal space requirements. UV sterilizer machines are also quiet and can perform continuous mass sterilization, making them ideal for a wide range of applications. The advantages of UV disinfection technology make it a highly effective and efficient method of disinfection, with potential applications in healthcare, food processing, water treatment, and other industries.