At Advanced Hydraulics, we proudly feature a range of top-tier hydraulic components from Vivoil, an Italian manufacturer renowned for their meticulous craftsmanship. Vivoil hydraulic pumps, hydraulic motors, and flow dividers are all meticulously produced in Italy, where they are assembled and rigorously hand-tested for quality assurance.

The versatility of our Vivoil products extends to their compatibility with a wide array of accessories, valves, heavy-duty application supports, and various flange and shaft configurations, making them an essential component in numerous systems within our portfolio.

We maintain a well-stocked inventory of Vivoil components to ensure timely supply and service for our customers. These products offer a broad range of cubic centimeters per revolution (cc/rev) options, making them a reliable choice for medium-range gear pumps known for their quality.

Vivoil has been a pioneer in the production of high-quality, high-performance hydraulic gear pumps, hydraulic gear motors, and geared flow dividers since 1985. Their innovative approach to hydraulic system requirements has positioned them as leaders in the industry.

The core of Vivoil’s business philosophy is the commitment to delivering high-quality units that emphasise both technical and aesthetic values while remaining competitively priced, all without compromising on quality or customer satisfaction.

One of Vivoil’s notable areas of expertise lies in flow dividers, which play a pivotal role in many hydraulic systems. These devices split the flow from a single pump into a varying number of separate flows, and Vivoil’s accumulated knowledge in this field enables them to offer tailored solutions for a wide range of circuit applications.

Utilising their precision gear pump technology, Vivoil produces a comprehensive selection of gear-style flow dividers. These flow dividers can be equipped with or without integral valves for phase correction. Vivoil’s offerings can accommodate equal or unequal displacements and extend to configurations with up to 16 sections. This versatility allows for a multitude of solutions, ensuring that hydraulic flow is effectively divided to operate different parts of the hydraulic circuit.