Advanced Biological Control
Effectively reduce and manage insect populations with a sustainable, environmentally friendly vector control solution. Leveraging precise X-ray irradiation, insects can be mass sterilized without relying on genetic modification, chemical insecticides, or other potentially harmful substances. This method supports large-scale biological control programs while prioritizing safety and environmental responsibility.
Key Advantages
Uniform Dose Delivery
Rotating insect holder ensures
consistent and precise irradiation of all insects, maximizing effectiveness.
User-Friendly Interface
The intuitive touch screen requires no specialized training, making operation simple, fast, and efficient for all users
Controlled Environmental Chamber
Integrated ports for injection of environmental gases, optimal conditions for insect health / viability.
Repeatable High Throughput
Irradiate up to 40 million insects per week single shift (dependent on cycle).
Temperature Regulation
Built-in temperature control safeguards insect viability, ensuring high-quality outcomes for mass sterilization.
Flexibility
Expansive options for any insect need, including adult, pupae, and a variety of insect holders.
Reliable
Permanently cavuum sealed X-ray tube capable of highly reliable 24/7 operation.
Safe
Fully sealed X-Ray system meets US FDA and EU regulatory requirements for radiation safety.
SIT has been used successfully since 1950 to control insect populations like:
Aedes Aegypti
Screwworm Fly
Mexican Fruit Fly
Tsetse Fly
Codling Moth
Pink Bollworm
Cactus Moth
Sweet Potato Weevil
How does it work?
STEP 1:
Mass rearing of insects takes place within specialized facilities.
Male and female insects are identified and seperated.
STEP 2:
Male, adult insects are cooled, to the point of sedation, and placed inside a controlled container.
Sterilization is achieved through the use of x-ray.
STEP 3:
The sterilized males are then released into the wild where they mate with females
STEP 4:
The females lay eggs that result in non-viable offspring.
