As a third-party metallographic testing laboratory, we often encounter testing tasks from users from different industries at the same time, which means completing the preparation and testing of different materials and multiple samples within a limited time. In this case, there is generally no major problem with cutting sampling, and the important steps are inlaying and polishing. Usually, an automatic polishing machine can grind 6-8 samples simultaneously, and the specific number depends on the configured fixture, so the efficiency is also quite high. For the embedding of samples, there may be significant challenges, as commonly used metallographic embedding machines can only embed two samples at a time. If there is only one equipment in the laboratory, it is obviously very difficult to complete such a task. Only a customized metallographic embedding machine system can achieve the simultaneous embedding of two or more samples of different materials.


In order to solve such embedding problems, Chain Metallography has helped users find a customized solution to quickly and intelligently complete embedding tasks, which is completed by QATM's Qpress 50 fully automatic modular metallographic embedding machine system.

The Qpress 50 metallographic inlay machine system is a customized solution specifically designed to quickly embed samples of different materials and multiple samples. It is a modular inlay machine system that can be synchronized or individually embedded.


The Qpress 50 metallographic inlay machine system has a modular design feature that allows customers to choose and match according to their needs, meeting the demand for simultaneous inlay of samples of different sizes and quantities. The optimized embedded system is not only more applicable, but also more economical for users.


The Qpress 50 metallographic inlay machine system allows each inlay unit to be independent of the host. It is possible to select 1, 2, 3, or 4 units. In this way, it is possible to synchronously embed up to 2, 4, 6, or 8 samples of different diameters in one device, making the preparation of metallographic samples more flexible and improving work efficiency exponentially.


The Qpress 50 metallographic inlay machine system can store up to 200 inlay programs, making it very intelligent. And user accounts with different login levels can be created to set user permissions, define maintenance tasks, and adjust embedding parameters. Different operators have their own operating interfaces, which will not affect others. Therefore, the management of equipment usage has been systematized and standardized, without the need for additional management rules or regulations.