The Equotip 550 is the most versatile all-in-one solution for portable hardness testing and capable of on-site testing of heavy, large or installed parts. Works with the full Leeb probe portfolio and can be combined with Portable Rockwell and UCI. 
 
The Leeb hardness principle is based on the dynamic (rebound) method and is best suited for on-site testing of heavy, large or already installed parts.
 
In combination with the Equotip Portable Rockwell Probe, the Equotip 550 can be extended with the traditional Rockwell static test method. This additionally allows automatic on-site correlation of Leeb to Portable Rockwell true indention hardness value.
 
The new generation Equotip Touchscreen interface is specifically designed to provide an exceptional user experience. The enhanced software provides interactive wizards, automatic verification processes, personalization options and custom report functions. Furthermore, it is compatible with upcoming developments.
 
The full color touchscreen display allows best possible measuring and analysis of the measured data. The specially designed housing optimizes the on-site usage of the device in harsh environments.
 
Equotip® 550 Touchscreen Unit Unique Features
 
Traceable precision by verification management
Step by step verification wizard in line with applicable standards helps to regularly check the proper functioning of the instrument over time.
 
Optimized production process with automation package
Comprehensive software tools and libraries help to easily include the Equotip 550
into existing production chains. Feed the measurement results directly into data management systems.
 
Reduced costs due to a future proof all-in-one solution
The high versatile Equotip 550 gives the possibility to apply three measuring principles and to connect nine different probes to only one device. There is no need to buy several instruments from now on.
 
Enlarged application range by combining methods
The step by step combined method wizard allows automatic on-site correlation of two different measuring principles to reduce dependencies on material and geometries.