Introduced to the market in 1976, this unit is still widely used today. Besides utilizing the Equotip test method, this unit is renowned for its' dependability and simplicity.

Restrictions -

• The original Equotip did not convert hardnesses to different hardness scales (Rockwell, Brinell...).
• Test block is not standardize as the units are today.
• Accuracy of 0.8% (as compared to 0.5% today)
• Cannot use the R5 module for thin walled or light test pieces.

In 1990, the Equotip was re-introduced with a more complex microprocessor for more sophisticated processing. The Equotip could now perform statistical calculations like mean averaging as well as an integral data-collection system that enabled downloading of data to a PC.

Restrictions:

• The 1990 Equotip cannot accommodate the newest accessories (primarily the R5) which have the capabilities of testing very thin or lightweight parts.
• Some of the newer microprocessing features are not included with the older versions.

1997 saw the introduction of the Equotip2 which can be enabled to test very thin parts. Now, the Equotip can measure almost any application. This is done with the Swiss Original "L" scale that has remained constant since its inception over 25 years ago.

With new accessories being added all the time, the Equotip System provides new ways of dealing with difficult testing.

Ultimately, this is the Equotip you would want to upgrade to, especially if you have a large range of parts.