What is Burn in Oven?

A burn-in oven is a special type of oven used in the electronics world. It’s designed to test and stress electronic components and complete devices. Imagine putting these parts under a kind of extreme ‘workout’ by heating them up for an extended period. This heat test, sometimes done while the parts are running, helps to quickly find and weed out any parts that might fail early. It’s like a tough love approach to make sure that only the strongest and most reliable components make it into our electronics, ensuring they last longer and perform better.

Where is Burn in Oven used?

Burn-in ovens are typically used in the electronics manufacturing industry. They play a crucial role in ensuring the quality and reliability of electronic components and assemblies. Here are some common applications:

  1. Semiconductor Manufacturing: Burn-in ovens are widely used for testing semiconductor devices like integrated circuits (ICs), where they are subjected to thermal stress to identify defects.
  2. PCB (Printed Circuit Board) Manufacturing: They are used to test PCBs and other electronic assemblies for premature failures.
  3. Quality Assurance and Reliability Testing: In sectors where reliability is critical, like aerospace, automotive, and medical electronics, burn-in ovens are employed as part of the quality assurance process to ensure that only durable and reliable components are used.
  4. Research and Development: In the R&D phase of electronic product development, burn-in ovens are used to understand the lifespan and failure modes of new components.

These ovens help in identifying and eliminating components that might fail early in their lifecycle, thereby reducing the risk of failures in the final products used by consumers and businesses.

Galaxy Burn-In Oven Product

Galaxy-made Burn-in Oven Characters:

  • Temperature range 70-150 degrees.
  • Temperature stability +/-1 degree Celsius.
  • Temperature distribution uniformity is plus or minus 3 degrees Celsius.
  • The furnace temperature rises and falls at a rate of 25-150 degrees Celsius within 30 minutes