Artificial joint castings

Investment casting is also known as “lost wax casting”. Wax is injected into a metal(usually aluminum) mold to form a wax pattern. The pattern can also be produced by 3D printing from resin. This can create high-quality surface and high dimensional accuracy for complex-structured products which requires very little machining and welding.

Investment casting is also known as “lost wax casting”. Wax is injected into a metal(usually aluminum) mold to form a wax pattern. The pattern can also be produced by 3D printing from resin. This can create high-quality surface and high dimensional accuracy for complex-structured products which requires very little machining and welding.

Investment casting is also known as “lost wax casting”. Wax is injected into a metal(usually aluminum) mold to form a wax pattern. The pattern can also be produced by 3D printing from resin. This can create high-quality surface and high dimensional accuracy for complex-structured products which requires very little machining and welding.

Investment casting is also known as “lost wax casting”. Wax is injected into a metal(usually aluminum) mold to form a wax pattern. The pattern can also be produced by 3D printing from resin. This can create high-quality surface and high dimensional accuracy for complex-structured products which requires very little machining and welding.

Investment casting is also known as “lost wax casting”. Wax is injected into a metal(usually aluminum) mold to form a wax pattern. The pattern can also be produced by 3D printing from resin. This can create high-quality surface and high dimensional accuracy for complex-structured products which requires very little machining and welding.

Investment casting is also known as “lost wax casting”. Wax is injected into a metal(usually aluminum) mold to form a wax pattern. The pattern can also be produced by 3D printing from resin. This can create high-quality surface and high dimensional accuracy for complex-structured products which requires very little machining and welding.

Investment casting is also known as “lost wax casting”. Wax is injected into a metal(usually aluminum) mold to form a wax pattern. The pattern can also be produced by 3D printing from resin. This can create high-quality surface and high dimensional accuracy for complex-structured products which requires very little machining and welding.

Investment casting is also known as “lost wax casting”. Wax is injected into a metal(usually aluminum) mold to form a wax pattern. The pattern can also be produced by 3D printing from resin. This can create high-quality surface and high dimensional accuracy for complex-structured products which requires very little machining and welding.

Investment casting is also known as “lost wax casting”. Wax is injected into a metal(usually aluminum) mold to form a wax pattern. The pattern can also be produced by 3D printing from resin. This can create high-quality surface and high dimensional accuracy for complex-structured products which requires very little machining and welding.

Investment casting is also known as “lost wax casting”. Wax is injected into a metal(usually aluminum) mold to form a wax pattern. The pattern can also be produced by 3D printing from resin. This can create high-quality surface and high dimensional accuracy for complex-structured products which requires very little machining and welding.

Investment casting is also known as “lost wax casting”. Wax is injected into a metal(usually aluminum) mold to form a wax pattern. The pattern can also be produced by 3D printing from resin. This can create high-quality surface and high dimensional accuracy for complex-structured products which requires very little machining and welding.

Investment casting is also known as “lost wax casting”. Wax is injected into a metal(usually aluminum) mold to form a wax pattern. The pattern can also be produced by 3D printing from resin. This can create high-quality surface and high dimensional accuracy for complex-structured products which requires very little machining and welding.

Investment casting is also known as “lost wax casting”. Wax is injected into a metal(usually aluminum) mold to form a wax pattern. The pattern can also be produced by 3D printing from resin. This can create high-quality surface and high dimensional accuracy for complex-structured products which requires very little machining and welding.

Investment casting is also known as “lost wax casting”. Wax is injected into a metal(usually aluminum) mold to form a wax pattern. The pattern can also be produced by 3D printing from resin. This can create high-quality surface and high dimensional accuracy for complex-structured products which requires very little machining and welding.

Investment casting is also known as “lost wax casting”. Wax is injected into a metal(usually aluminum) mold to form a wax pattern. The pattern can also be produced by 3D printing from resin. This can create high-quality surface and high dimensional accuracy for complex-structured products which requires very little machining and welding.

Investment casting is also known as “lost wax casting”. Wax is injected into a metal(usually aluminum) mold to form a wax pattern. The pattern can also be produced by 3D printing from resin. This can create high-quality surface and high dimensional accuracy for complex-structured products which requires very little machining and welding.

Investment casting is also known as “lost wax casting”. Wax is injected into a metal(usually aluminum) mold to form a wax pattern. The pattern can also be produced by 3D printing from resin. This can create high-quality surface and high dimensional accuracy for complex-structured products which requires very little machining and welding.

Investment casting is also known as “lost wax casting”. Wax is injected into a metal(usually aluminum) mold to form a wax pattern. The pattern can also be produced by 3D printing from resin. This can create high-quality surface and high dimensional accuracy for complex-structured products which requires very little machining and welding.

Investment casting is also known as “lost wax casting”. Wax is injected into a metal(usually aluminum) mold to form a wax pattern. The pattern can also be produced by 3D printing from resin. This can create high-quality surface and high dimensional accuracy for complex-structured products which requires very little machining and welding.

Investment casting is also known as “lost wax casting”. Wax is injected into a metal(usually aluminum) mold to form a wax pattern. The pattern can also be produced by 3D printing from resin. This can create high-quality surface and high dimensional accuracy for complex-structured products which requires very little machining and welding.

Investment casting is also known as “lost wax casting”. Wax is injected into a metal(usually aluminum) mold to form a wax pattern. The pattern can also be produced by 3D printing from resin. This can create high-quality surface and high dimensional accuracy for complex-structured products which requires very little machining and welding.

Investment casting is also known as “lost wax casting”. Wax is injected into a metal(usually aluminum) mold to form a wax pattern. The pattern can also be produced by 3D printing from resin. This can create high-quality surface and high dimensional accuracy for complex-structured products which requires very little machining and welding.

Investment casting is also known as “lost wax casting”. Wax is injected into a metal(usually aluminum) mold to form a wax pattern. The pattern can also be produced by 3D printing from resin. This can create high-quality surface and high dimensional accuracy for complex-structured products which requires very little machining and welding.

Investment casting is also known as “lost wax casting”. Wax is injected into a metal(usually aluminum) mold to form a wax pattern. The pattern can also be produced by 3D printing from resin. This can create high-quality surface and high dimensional accuracy for complex-structured products which requires very little machining and welding.

Investment casting is also known as “lost wax casting”. Wax is injected into a metal(usually aluminum) mold to form a wax pattern. The pattern can also be produced by 3D printing from resin. This can create high-quality surface and high dimensional accuracy for complex-structured products which requires very little machining and welding.

Investment casting is also known as “lost wax casting”. Wax is injected into a metal(usually aluminum) mold to form a wax pattern. The pattern can also be produced by 3D printing from resin. This can create high-quality surface and high dimensional accuracy for complex-structured products which requires very little machining and welding.

Investment casting is also known as “lost wax casting”. Wax is injected into a metal(usually aluminum) mold to form a wax pattern. The pattern can also be produced by 3D printing from resin. This can create high-quality surface and high dimensional accuracy for complex-structured products which requires very little machining and welding.

Investment casting is also known as “lost wax casting”. Wax is injected into a metal(usually aluminum) mold to form a wax pattern. The pattern can also be produced by 3D printing from resin. This can create high-quality surface and high dimensional accuracy for complex-structured products which requires very little machining and welding.

Investment casting is also known as “lost wax casting”. Wax is injected into a metal(usually aluminum) mold to form a wax pattern. The pattern can also be produced by 3D printing from resin. This can create high-quality surface and high dimensional accuracy for complex-structured products which requires very little machining and welding.

Investment casting is also known as “lost wax casting”. Wax is injected into a metal(usually aluminum) mold to form a wax pattern. The pattern can also be produced by 3D printing from resin. This can create high-quality surface and high dimensional accuracy for complex-structured products which requires very little machining and welding.