wHAT DO WE SOLVE?
Unleashing Solutions for Your Toughest Challenges. From process optimization to driving efficiency, our team at Impac Labs is dedicated to delivering tailored solutions that fuel your success. Trust us to unravel complexities and pave the path for growth and transformation in your business.
- HARDNESS SORTING
DFA can be used to quickly distinguish between hardened and non-hardened parts.
This can save time and effort during the assembly process and ensure that the desired quality of the product is achieved.
- Material sorting
- DFA is a powerful technique for analyzing materials based on their different electromagnetic properties. It allows for quick and automated testing, making it an efficient and cost-effective tool in many manufacturing processes.
- By providing valuable insights into the behavior of materials, DFA can help to improve the quality and reliability of products and ensure the safety of users.
- Thickness measurement
- DFA is particularly useful for metallic parts with metallic and non-metallic coatings, where the thickness of the individual layers is critical to the performance of the product.
- By using electromagnetic waves to penetrate through the layers and analyzing the reflection and absorption of these waves, DFA can provide accurate and non-destructive measurements of layer thickness.
#1 PPAP/IFM Sample inspection
Currently to validate heat treated parts we have to use destructive testing on sampling. This is not a very reliable method to gauge process control, especially in case of Newly developed parts.
#2 Containment for Customer Failures
For Heat treatment issues lead time for containment actions, using conventional methods such as Eddy Current, is very high.
Due to Requirement of new coil preparation and Non portability.
DFA does not have such limitations and can be used for immediate containments.
