EHT FABRIK is a metalworking company founded in 2003 by designer Roberts Šēnbergs and engineer Gusts Sekacis initially as EHT DIZAINS. During the first years of its operation the company was engaged in production of non-standard metal constructions e.g. stairs, railings, swimming pool equipment and environmental objects, and manufacturing of interior design objects and semi-automatic vending machines for retail stores.
In 2007, the company slightly changed its area of specialisation, and investing almost EUR 500,000 EHT FABRIK bought its first CNC laser cutting and bending machine. The company focused on manufacturing of industrial equipment and its components. In addition to mass production, we also developed our own products while maintaining brand awareness of the name EHT DIZAINS.
As the production capacity steadily increased, we needed to establish efficient control mechanisms that allowed us to retain the high esteem our company had achieved, to produce larger quantities of products and to be more flexible, focusing on the main value – OUR CLIENTS.
We are one of those companies that can offer a client a full production cycle – from design development to a finished product – as it is a basic idea of our approach. EHT FABRIK offers any stage of the production cycle, i.e. engineering solutions, prototyping, mass production and manufacturing of separate parts, as a separate service. The company continues to grow through investment in the most advanced and state-of-the art technology. In April 2015, AMADA LC-1, another new Japanese high-performance machine was installed in our plant. This punch/laser series of combination machines ensures processing of complex sheet metal parts, featuring automation to suit any production need. The machine allows to produce very complex parts in a continuous 24-hour operation. Our existing clients could benefit from more attractive prices that we could offer by applying a volume-discount strategy. AMADA LC-1 definitely is helping us to conquer the markets for electronic equipment and components.