Disan Hidrolik

Our company, which has been operating in the hydraulic machinery sector since 1992, first concentrated on the production of cranes, and then expanded its product range with the production of baling presses and other hydraulic machines.

Among our products; paper and metal baling presses, scrap iron cutting shears and presses, shredders, document shredders, static compactors, conveyors, garbage sorting plants, hook cranes, mobile and fixed scrap cranes, skirting systems, trommels and triple screens. These machines are aimed at the garbage sorting, baling and transportation needs of the recycling industry.

The attention we pay to quality and safety standards has contributed to increasing customer satisfaction and brand awareness. Our R&D studies, focusing on baling presses, have strengthened and increased our market share.

In recent years, we have focused on waste separation facilities and developed modular, easy-to-install and simple-to-maintain conveyors. Thus, we took important steps to reduce facility costs and started to see the fruits of these efforts in our production.

Thanks to our expert staff and technical team supported by efficiency analyses, we had the opportunity to produce high quality and low-cost baling presses and expand into the world market. In this direction, we started to export to Eastern Europe (Bulgaria, Greece, Romania, etc.) and Middle Eastern countries, and our export activities to other countries continue without slowing down.

Our after-sales services have been developed in line with the demands of our customers, and our technical support services are offered with a sales guarantee.

Our company is aware that producing safe, high-quality, durable and easy-to-use products is the most important element in this sector. We are committed to continuing our work towards this goal in the future as it is today.

While we renew our products in accordance with the developments in conversion technology, we are proud to contribute to preventing environmental pollution for a cleaner environment.