Hydraulic Engineer Hydraulic Manifold Valve Aluminum Steel Hydraulic Valve

Whether customers provide 2D engineering blueprints (in formats such as CAD or DWG), 3D model drawings (in formats such as SolidWorks or UG), or clear physical images of manifolds, we can achieve accurate interpretation and 1:1 restoration.

We do not merely replicate structures; instead, we optimize designs based on the specific hydraulic functions required by customers (e.g., high-pressure relief, precise speed regulation, bidirectional pressure retention, multi-cylinder synchronization control, etc.):

We match materials and processes to the characteristics of different application scenarios to ensure long-term stable operation of manifolds:

Directly based on the hydraulic schematics provided by customers (including oil flow direction, flow parameters, and valve group models), we use 3D oil circuit simulation technology to plan internal channels, avoiding dead zones and eddy currents in the oil circuit. This reduces oil flow resistance by 20%-30% and minimizes pressure loss.

Targeted optimizations are made for core requirements in the schematic (e.g., rapid commutation, high-flow delivery, micro-speed regulation):

We perform 3D scanning and modeling of old manifold samples (whether aluminum or steel) provided by customers, achieving 1:1 restoration of dimensions and appearance details (e.g., engraved markings, original structure before wear repair). This ensures direct compatibility with the customer’s existing equipment after replacement, without the need to modify the mounting structure.

Performance upgrades can be implemented during replication as needed: for example, upgrading old aluminum manifolds to steel (to improve pressure resistance), or performing surface restoration (e.g., chrome plating, bushing insertion) on worn steel samples, extending their service life by 3-5 times. This solves customers’ dual challenges of "difficulty in sourcing spare parts for old equipment" and "need for performance improvement".