3D Print Verification – ORI Future
Turning theory into tangible reality is a pivotal step on the path of innovation. For our Heated Ice Press with Interchangeable Inserts project, we use 3D printing to make our first design come alive. It brings our designs to life quickly and vividly and serves as an efficient, cost-effective tool for verification. This means that we can test the feasibility of the design, identify potential problems, and optimize accordingly before formal production. This blog post shares how we transform our ideas from the digital realm into physical prototypes, significantly impacting our project.

Encasing Design Challenges and Solutions

One major design challenge was creating an aesthetically pleasing and functional enclosure. Our design team meticulously planned the enclosure's shape and size to protect the internal mechanics while adhering to modern aesthetics. With 3D printing, we could rapidly prototype the enclosure, facilitating immediate evaluation and iterations based on feedback, such as comfort in handling and aesthetic appeal.

3D printed parts

3D printed housing

Innovation with Ice inserts

The ice insert represents an innovative aspect of our product. Initially focusing on a classic spherical insert for testing, the design process tested our creativity and technical solutions, ensuring the inserts could quickly be filled, removed, and remain stable during heating and pressing. Prototyping these inserts was crucial in meeting our high standards.

spherical insert

 

With the support of 3D printing, we have determined the primary form of the product by experiencing the printed model construction. In the next stage, we will design the entire structure and circuit of the product according to this route. Stay tuned!