Helium Groups has been leading innovation in radiation inspection technology, designing and developing advanced tools and systems. We also specialize in crafting electronic devices and systems tailored to our clients' specifications for radiation effect testing.

For industries such as space exploration, and for evaluating items like old coins and ancient artifacts, where ionizing radiation may shorten product lifespans, Helium Groups Radiation Laboratory and Test Services offers customized environments and specialized testing solutions.

What's Included in Project

• Defining clear, measurable objectives and success criteria for the project.
• Estimating costs, creating a budget, and allocating resources.
• Identifying potential risks and creating mitigation strategies.
• Assigning tasks to team members or departments.
• Continuously monitoring and addressing any new risks or issues that arise.

Advantages Of Radiation Effects Testing

• Ensures Reliability and Safety
  • Radiation can cause severe damage to electronic components, leading to malfunction or failure. Testing ensures that systems function reliably in radiation-prone environments, preventing catastrophic failures.
• Predicts Component Lifespan
  • Radiation testing helps predict how long electronic components can operate before degradation sets in. This is vital for long-term missions in space, where repairs are often impossible.
• Optimizes Design for Radiation Tolerance
  • By understanding how different materials and designs react to radiation, engineers can optimize systems to be more resistant to radiation damage. This helps create radiation-hardened (rad-hard) components.
• Mitigates Risks in Critical Applications
  • In industries such as aerospace, defense, and nuclear power, system failures can lead to loss of life or expensive mission failures. Radiation effects testing identifies vulnerabilities, reducing the risks in these critical applications.
• Helps Meet Regulatory Requirements
  • Certain industries, especially those related to space and defense, have strict regulatory requirements for radiation hardness. Radiation effects testing helps manufacturers ensure compliance with these standards.

Total Ionizing Dose (TID) Testing

Measures the cumulative effects of long-term exposure to radiation on electronic components, often used in space systems or nuclear applications.

Displacement Damage (DD) Testing

Examines how particles displace atoms in a material's structure, degrading its performance over time. Common in testing optoelectronics and semiconductors.