Aluminum CNC Machining Parts
Available in a wide range of aluminum grades for CNC machining.

Brass manifolds serve the role of directing the fluids flowing from different directions and redirecting them in different directions anew. What’s more, they can be applied to control the flow rates and mass, rendering an optimized flow rate of the proceeding fluid based on the features of the fluid. Our brass manifolds are made of high quality brass alloy, which can be corrosion-proof and endurable. They, more often than not, are used in a number of fluid handling scenarios. For instance, they can be frequently found in underfloor heating system and sanitary water. Meanwhile, we can supply both standardized and customized designs which can be suitable for different applications. If you need it, our products will be a good choice for you. We can offer both customized and standardized brass manifolds to satisfy your diversified and personal needs. We not only design the manifolds for you, also we supply many options for fitting assemblies like different inlet and outlet threads and manifold adapters to easily connect to your mold. This will make you achieve one-stop shopping, saving redundant trouble for you. What’s more, our brass manifolds are suitable for nearly all ball valves and are therefore very flexible.
Available in a wide range of aluminum grades for CNC machining.
Durable and cost-efficient with high heat and corrosion resistance.
3-, 4-, and 5-axis parts with perfect finishes in custom sizes.
High-strength parts in different metals for excellent prototype results.
Aluminum, plastics, steel, and brass with customizable finishes.
High tensile strength and corrosion resistance for durable parts.
Creates a smooth, uniform satin or matte finish at low cost.
Wear-resistant, corrosion-resistant coating with excellent dimensional control.
Hardcoat protection for titanium and aluminum, with corrosion and wear resistance.
Protective polymer layer with wear resistance, corrosion resistance, and multiple colors.
Ra 3.2µm typical roughness, maximum dimensional tolerances, and no added cost.
Precision parts for extreme pressures and fast air currents, including manifolds and bushings.
Custom research equipment, implants and other precise medical components.
Wear-resistant components such as boat parts and propellers.
Components for harsh conditions including cylinders, rods, drill bits and pistons.