Precision engines - Import export

Our expertise doesn't just stop at interior work. We are also specialists in roofing, where we combine precision engineering, quality materials and aesthetics. Whether it's the roof of a house or another building, we provide reliable and long-lasting solutions. We have specialists in our team who focus on plumbing - falcated systems and other different types of metal roofing systems. We also have a team of roofers specialising in concrete, clay and slate roofing.

The Rotor 2L6 stands as a testament to advanced engineering and design innovation, crafted to meet stringent industrial requirements. Its fusion of efficient design and high-quality materials results in robust performance and long-term durability. Boasting a compact design, the 2L6 model offers a seamless balance between efficient space usage and high-performance. Its precision-engineered design ensures maximum functionality without compromising on spatial efficiency, making it an excellent choice for industries with space constraints. Constructed from premium, wear-resistant materials, the Rotor 2L6 possesses an excellent durability profile. Its superior design allows it to maintain optimal performance at high rotational speeds without generating excessive heat or experiencing stability issues.

The Rotor 2L6+++ is a paradigm of engineering excellence, constructed to cater to the stringent demands of diverse industrial environments. Harnessing a synergistic combination of refined design techniques and high-caliber materials, it promises robust performance and enduring durability, wrapped in a package of compact efficiency. Crafted to maximize space utilization, the 2L6+++ model delivers powerful performance without compromising on spatial efficiency. Precision-engineered, it masterfully harmonizes size constraints with operational needs, making it a coveted choice for industries battling with space constraints. Constructed from premium, wear-resistant materials, the Rotor 2L6+++ stands as a beacon of durability. Its design empowers it to maintain optimal performance even at high rotational speeds without succumbing to excessive heat or instability, a testament to its impressive engineering.

The Rotor D7-2.5 epitomizes the pinnacle of engineering excellence, embodying a fusion of advanced design principles and superior quality materials. It's an embodiment of robust performance and exceptional durability, specifically engineered to meet the rigorous demands of diverse industrial settings. Distinguished by its compact form, the D7-2.5 model adeptly balances powerful performance with spatial efficiency. Precision-engineered, it manages to maximize functionality without forfeiting spatial economy, making it an ideal fit for industries where space constraints are a concern. Constructed with high-quality, wear-resistant materials, the Rotor D7-2.5 displays an impressive durability profile. It maintains optimal performance even at high rotational speeds, without generating excessive heat or losing stability, a testament to its superior engineering. An integral feature of the D7-2.5 model is the innovative cooling system.

The Rotor D6-3 exemplifies a pinnacle of engineering precision and technical sophistication. It is designed with a meticulous focus on detail, aiming to deliver superior performance and exceptional durability across a multitude of applications. This high-performance rotor comes with a diameter of 6 inches, an optimal size that strikes a perfect balance between performance and space efficiency. The design also prioritizes weight management, ensuring it is lightweight yet robust enough to withstand the rigors of various industrial applications. The Rotor D6-3’s structural integrity is enhanced by the use of high-grade materials that resist wear and tear, even under the most strenuous conditions. Its advanced aerodynamic design allows it to function optimally at high rotational speeds without compromising stability or generating excessive heat. One of the hallmark features of the Rotor D6-3 is its innovative cooling system.