Since 1996
  
 SUN MEDIA has installed Microfab Inkjet Printer (Jetlab 4 XL ) for printed electronic devices like Solar cells and thin film transistors and also a new Xenon Photonic Curing System ( Sinetron 2000-S ) for Sintering of Nanoparticles at IIT Powai, Bombay.     
STERILIZATION DISINFECTION WITH ACCELERATED ELECTRONS
STERILIZATION DISINFECTION WITH ACCELERATED ELECTRONS
The Fraunhofer FEP has used electron beams for many years to induce controlled chemical and biological effects on material surfaces. One already established process is seed treatment using a beam of low-energy electrons, resulting in destruction of the DNA of harmful microorganisms.
 
Our offer
Sterilization or disinfection using lowenergy electrons, gas plasmas and UVC beams
Very suitable for sensitive products and materials such as plastics, organic materials and fabrics with/without multilayers, ceramics, textiles, and electronic components
Reduced corrosion and abrasion
Maintenance of shape stability and product-specifi c properties
Processing times ranging from a few milliseconds to several seconds
Compact units suitable for in-line use or batch systems
Can be integrated into existing systems
Fully electronic in-line process control
Qualification and validation using recognized microbiological tests
Processes which meet the highest standards (FDA, DIN ISO 11137)
Low costs for large product quantities
 
Applications
  Sterilization:
Packaging materials and packaging
systems
Web materials
Fluids
Implants and surgical materials
Medical instruments and equipment
Pharmaceutical raw materials
Single-use articles
Natural products
Partial sterilization using miniature unit
  Disinfection and pathogen destruction:
Seeds of cereal crops and vegetables
Foods such as cereals, herbs/spices, fruit and, eggs
Plants and parts of plants
Destruction of microbes in solid and liquid waste
Process scheme for electron beam sterilization

 
   
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