3D Printing Molds

Revolutionizing Mold Design and Cooling

At the forefront of innovation, our 3D printing technology is transforming the way molds are designed and manufactured, especially in terms of cooling efficiency. Unlike traditional mold processing, our 3D-printed molds allow for more precise and customizable cooling channels that significantly improve production outcomes. With the complex and intricate conformal cooling channel designs becomes possible, this result in more efficient material usage and optimized performance that was previously difficult to achieve.

Here’s how our 3D printing capabilities can benefit your mold designs:

Precise Cooling Channel Distribution

Our 3D printing technology enables the creation of cooling channels that are perfectly tailored to the shape and requirements of each mold. This ensures an even distribution of cooling across all parts of the mold, reducing the risk of uneven cooling and improving overall mold performance.

Closer Cooling Channels to the Cavity

With 3D printing, we can position cooling channels much closer to the mold cavity, with a minimum wall thickness of just 3mm. This design brings cooling efficiency to the plastic product’s forming area, leading to faster and more effective cooling.

Enhanced Production Efficiency and Product Quality

The use of conformal cooling channels through 3D printing not only accelerates the cooling process but also ensures uniformity, which shortens production cycles and improves the quality of the final product. Our advanced cooling solutions lead to more consistent results and less product waste.

Unmatched Design Flexibility and Innovation

3D printing offers a level of design freedom that traditional mold manufacturing simply can't match. Complex and intricate conformal cooling channel designs are possible, resulting in more efficient material usage and optimized performance that was previously difficult to achieve.

Optimized with Simulation and Analysis

Utilizing simulation tools like Moldflow, we can predict, analyze, and refine the design of your 3D-printed cooling channels. This ensures the reliability and effectiveness of the cooling system before the mold goes into production, guaranteeing superior performance and cost-effectiveness.