Custom Plastic Enclosure Design for Electronics
From concept to prototype, We offer expert 3D design and 3D printing services for custom plastic enclosures. We create durable, functional, and aesthetically pleasing housings for your electronic products.
Your Enclosure is Your Product's First Impression.
An electronic product's enclosure is more than just a protective shell; it's a critical part of the user experience and brand identity. A well-designed enclosure ensures durability, simplifies assembly, and creates a product that feels premium and reliable.
At Orise, we specialize in designing custom plastic enclosures that perfectly balance form, function, and manufacturability. We understand the unique challenges of housing electronics and use our expertise in 3D printing to move rapidly from concept to a high-fidelity prototype you can hold in your hands.
Design for Functionality
We design with purpose, ensuring every feature—from ventilation slots and mounting bosses for PCBs to button placements and port access—is perfectly integrated. Our designs protect sensitive components while providing a seamless user experience.
Design for Aesthetics
We believe great engineering should look great. Our team works with you to create an enclosure that reflects your brand's identity, with attention to ergonomics, surface finishes, and modern industrial design principles.
Design for Manufacturing (DFM)
A great prototype is only useful if it can be mass-produced. We design every enclosure with an eye toward the future, ensuring our 3D-printed models are optimized for scalable manufacturing methods like injection molding with minimal redesign.
Our Process
- Consultation & Discovery: We start by understanding your product, your electronics (PCBs, components), your target user, and your brand goals.
- 3D CAD Design & Visualization: Our engineers create a detailed 3D model of the enclosure. We provide you with realistic renderings for review and feedback.
- Prototyping with 3D Printing: Once the design is approved, we use our in-house 3D printers to create a high-fidelity physical prototype for fit and function testing.
- Iteration & Finalization: We work with you to refine the design based on the prototype, making any necessary adjustments before delivering the final, manufacturing-ready design files.
