Medical Devices

Medicine Containers

Beverage Containers

Exposure to electron beams can kill microbes making this technique useful for medical devices, medicine containers, food packaging and cosmetic container sterilization as well as many other kinds of products.
Electron beam processing has high treatment capacity and sterilizes preventing hazardous residues making it relatively high merit compared to other methods.

EB Sterilization Principles

Direct Effects

Directly damages the double-helix
structure of the DNA.

Indirect Effects

Oxidizes and reduces
materials damaging the cells.

DNA is damaged by two effects of exposure to electron beams.
The first effect is direct damage to caused to the double-helix structure of DNA. The second is that electron beams also split water molecules in cells generating radicals that cause indirect damage.

Comparison of Sterilization Methods

Electron Beam Gamma Ray Ethylene
Oxide Gas
High Pressure Steam
Penetration Yes Yes Requires that gas can penetrate Requires that steam can penetrate
Treating Temperature Room temperature Room temperature 38~60℃ 120℃
Sterilization Confirmation Method Dosage check Dosage check Parameter check
or BI test
Parameter check
or BI test
Treatment Time Seconds Hours 10 hours Hours
Post-processing Unnecessary Unnecessary Degassing Drying
Residue None None Potential gas residue None

Benefits of Electron Beam Sterilization

Process products at room temperature allowing sterilization even when weak to heat
Able to instantly sterilize
Safe; does not leave harmful residue
Handle easily without pre- or post-processing