Buehler Announces Expansion of Relationship with Berg Engineering

Berg to Represent Buehler in Material Preparation and Hardness in expanded US territory Lake Bluff, IL Buehler announces the expansion of a sales and service partnership with Berg Engineering, a distributor of material testing equipment since 1969. Berg has been selling and supporting the Wilson brand of hardness equipment since 2000. With the partnership, Berg’s […]
BUEHLER DEMONSTRATES MAGNETIC BACKED POLISHING CLOTHS

See them in Action at the Material Science and Technology Show October 8-12, 2017 at Lawrence Convention Center in Pittsburgh, PA Lake Bluff, Illinois… Buehler is demonstrating the Magnetic Backed Polishing Cloths to simplify the polishing process at the Material Science and Technology Show. The show is held at the David L. Lawrence Convention Center […]
Time Study Case Hardness Testing of Automotive Crank Pins and Journals

A study shows an operator time savings of 86% for making and measuring indents in three locations of crank pins and journals when using automation compared to manual testing. There was less part manipulation, fewer errors in data transcription and lower variability between operators performing tests. Click here to view the full article.
Buehler’s DiaMet hardness testing software – weld testing and mapping with ease

Our latest TechNote describes how DiaMet hardness testing software simplifies weld and mapping measurements to the next level. It was never easier to do your testing according to standards. Check it out here!
Hot Cell Metallographic Sample Preparation?!

In the highly competitive cutting blades industry, it is vital for the blade to have sufficient hardness to retain an edge, while too hard can cause brittle failure. When hardened materials are ground, residual heat may alter the microstructure and soften the blade edge. Testing the hardness of the cutting blades becomes challenging as indents […]
Cuts Like a Knife-Hardness Testing Matters

In the highly competitive cutting blades industry, it is vital for the blade to have sufficient hardness to retain an edge, while too hard can cause brittle failure. When hardened materials are ground, residual heat may alter the microstructure and soften the blade edge. Testing the hardness of the cutting blades becomes challenging as indents […]





