3D component catalogues

The Importance of 3D Catalogs in Modern Design

The use of precise 3D models of components is an integral part of the modern mold and die design process. Kvota 3D catalogs give engineers and designers access to digital models of standard elements, significantly speeding up development, reducing the risk of errors, and simplifying the integration of components into the overall tooling design.

Integration with Leading CAD Systems via CADENAS

To ensure maximum convenience and compatibility, 3D models are available in formats supported by the 3D CADENAS platform. This guarantees easy integration with the most common CAD systems, including Solid Works, Solid Edge, Pro/Engineer, Inventor, Catia V5, and NX/Unigraphics.

Hydraulic Cylinders by AHP MERKLE

The catalog features 3D models of hydraulic cylinders from the German manufacturer AHP MERKLE. These components are known for their reliability and precision, and having their 3D models available allows for accurate placement in the mold design, considering stroke lengths and connection points.

Innovative Solutions from CUMSA

The Spanish company CUMSA specializes in manufacturing mold components, offering innovative and patented solutions. While a direct link to download CUMSA 3D models might not be available on this page, the company is a key supplier of components whose solutions are often integrated into complex mold designs.

Tunnel Gates from I-Mold

For designing material injection systems in molds, 3D models of tunnel gates from I-Mold are available. These components deliver molten plastic to the molding area at an angle, which is often required to produce high-quality molded parts without visible gate marks on the product’s front surface.

Gas Springs and CAM Blocks from TECAPRES

The catalog also includes 3D models of gas springs and CAM blocks (sliders) by TECAPRES. Gas springs provide controlled force for various moving mold parts, while CAM blocks are used to create complex features such as side holes or undercuts. Accurate modeling of these components is essential for proper mold kinematics design.