HANNOVER MESSE 2020,
20 - 24 April
Metal 3D Printed Hydraulic Manifold high pressure
The comparison between the traditional hydraulic manifold on the left and the 3D printed hydraulic manifold o the right shows the huge weight reduction that is possible only with additive manufacturing. This manifold is designed for high pressure (700 bar). The material is Aluminum (AlSi10Mg) and compared to the conventional manifold the weight reduction is 75%.
The internal channels of the valve block are optimized to a better flow and space savings, while the potential for leakage is removed because auxiliary drillings are no longer necessary.
Integrated hydraulic circuits using cartridge valves were specified in lieu of line-mounted valves, the number of components was reduced to a minimum, and fluid lines were made as short as possible. The new design is made with metal 3D printing.
Aidro hydraulics & 3D printing
We offer a wide range of ATEX valves such as on-off, proportional and poppet valves, with certification Gas and Dust and Temperature class from T5 to T6.
Aidro is an hydraulic systems specialist with more than 35 years of expertise in fluid power.
The main products are the followings:
Directional Control Valves
Metal 3D Printed Hydraulic Manifold (Winner of Additive World Awards 2018)
Aidro has designed an innovative hydraulic block for mobile application and the jury ...
Metal 3D Printed Hydraulic Manifold Ag. Machinery
Beside its traditional production of hydraulic component and blocks, Aidro has introduced Additive Manufacturing ...
Metal 3D Printed Valve Block
Additive Manufacturing (also called 3D printing) is a new technology that allows to create innovative solutions with unique advantages.
Systems & Customized solutions
The strong design capability and technical know-how in fluid power allow Aidro to develop new systems and special products on clients’ ...
The comparison between the traditional Level Operated block on the left and the Metal 3D printed Level operated block o the right shows the huge weight reduction ...