• Gamma Irradiator

Gamma Irradiator Development Center

The Gamma Irradiator Development Center is a cutting-edge facility dedicated to research, development, and innovation in the field of gamma irradiation technology.

Our center is equipped with state-of-the-art gamma irradiation equipment and laboratories, allowing us to conduct comprehensive studies, experiments, and tests to advance the understanding and application of gamma radiation in various industries.

At the Gamma Irradiator Development Center, we collaborate with leading scientists, researchers, and industry experts to explore new techniques, optimize existing processes, and develop innovative solutions that address the evolving needs of sectors such as healthcare, agriculture, food safety, and materials science.

Our mission is to push the boundaries of gamma irradiation technology, ensuring its safe and effective utilization for sterilization, preservation, quality control, and other critical applications. We are committed to excellence, safety, and sustainability in all our endeavors, striving to make a positive impact on society through our research and development efforts.

Join us on our journey to unlock the full potential of gamma irradiation and shape the future of radiation science and technology.

RRADIATION OF MEDICAL PRODUCTS AND INSTRUMENTS

Introduction to Irradiation Technology
The radiation process under the radiation technology is among the most important field that the IAEA (International Atomic Energy Agency) promotes, supports, and overlooks to ensure its use for the betterment of humankind around the globe.
Hence, the radiation process under the radiation technology plays an instrumental role in fostering and ushering a sustainable development across the globe.

Overview to the process of sterilization of surgical instruments
Under the prolific and dynamic radiation process, the physical, chemical, and biological compositions of the irradiated materials or products can be altered and modified as per their intended use.Thus through, the radiation and medical irradiation process in specific the sterilization of surgical instruments and healthcare products is possible to induce ample benefits. The medical irradiation process also does not produce any detrimental radioactive effect or toxic radioactive residuals on the applied food or the products.

The Process to Medical Irradiation –
The radiation process aims to preserve, modify and enhance the characteristics of the medically irradiated product or any specific material. This is done by embedding the product or material close to the radiation source, like cobalt-60 for a fixed duration of time or interval to yield the desired benefits from the absorption of radioactive energy. The amount or the exact percentage of the radioactive energy required to release the intended effects on the product or material is determined through research conducted by scientific engineers and researchers.

 

FOOD IRRADIATION

Food Preservation by Radiation

A radiation-based technique called food irradiation is used to lower the amount of microorganisms in food. Microorganisms, bacteria, and viruses that are present are either killed, slowed down, or unable to reproduce, depending on the dose. The danger of contracting a foodborne illness is decreased or eliminated with the irradiation method of food preservation. Some foods receive enough radiation to sterilise them and prevent the addition of pathogenic or spoiling bacteria to the final product.

Why is Food Radiated?

Irradiation has a variety of uses. To successfully eradicate organisms like Salmonella and Escherichia coli (E. coli) that cause foodborne sickness, prevention of foodborne illness is essential. Extension of food shelf life through preservation, the destruction or inactivation of organisms that lead to food degradation and decomposition.

Control of Insects:

Pest-control methods harm the food. In such a scenario, the best alternative is eradicating insects without pest-control through the process of irradiation for food preservation.

Delay Ripening and Sprouting:

To prevent premature ripening or sprouting of fruits and vegetables, the irradiation method of food preservation is an ideal approach. Foods can be sterilised by irradiation and kept for a long time without refrigeration. In hospitals, sterilised food benefits individuals with severely compromised immune systems, such as those receiving chemotherapy or those suffering from other life-threatening diseases. Foods that are sterilised using irradiation are subjected to far more treatment than those deemed safe for general consumption.

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KEY PRODUCTS OF FOOD IRRADIATION
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Tubers – Potatoes & Onions
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CEREALS & PULSES : RICE , WHEAT, ATTA, DAL
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SPICES , HERBS, HERBAL PRODUCTS AND DEHYDRATED VEGETABLES
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MEAT & SEAFOOD

Meet Our Experts

  • Address: Level 36, Menara Maxis, Kuala Lampur City Centre, 50088, Kuala Lampur, Malaysia
  • Phone: +60 1117226337
  • Email: [email protected]

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