We are happy to say that the Multideck Pot Mill supplied is still working, and we’re using it on a daily basis for laboratory-level mixing and homogenisation of ceramic slurries. We are thankful to you for providing a machine like this.

The effort they have put into designing the equipment and further customising it in accordance with our needs is directly appreciable. I am delighted to say the equipment supplied is indigenous, efficient, and affordable in comparison with the imported items. Overall, the vacuum hot press is supplied to cater to our requirements and is highly efficient, and we are very happy about the purchase.

VBCC had designed innovatively and developed a sit casting furnace with a bottom pouring arrangement. The furnace is working satisfactorily. These are great advantages towards maintenance and the cost of the equipment with less floor area.

The performance of computerised Dilatometer 1000 °C (PREMIUM) supplied by VBCC, Chennai (India) for the temperature range RT – 1000 degree centigrade has been found consistently excellent

I am happy to say that VBCC has developed the units indigenously at an affordable cost that is comparatively less than imported ones. Now these units are working satisfactorily, and the service rendered by them has deserved great appreciation, which enabled us to complete our research work. These instruments, the planetary ball mill and dilatometer, are very useful for our Ph.D. scholars, MTech, and BTech students for their project work.

The performance of muffle furnace and vacuum oven manufactured by VBCC Chennai is excellent. I am extremely happy with the after safe service rendered by the manufacturer. They are on time in attending and providing solutions to the problems.

VBCC has supplied Pressure Composition Isotherm (PCI) apparatus to our research laboratory. The instrument is used for studying hydrogen absorption and desorption of metallic and non-metallic materials with varying temperature and pressure.

We have continuously interacted with the VBCC team during the process of microwave furnace development and successfully verified the feasibility of the unit. Consequently, the unit has been installed in our laboratory and we have successfully sintered barium titanite ferroelectrics repeatedly. The properties have been compared and found satisfactory.