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About Project

Imagine a light fixture that's not just functional, but a captivating piece of art. We recently had the pleasure of working with a talented lighting designer to bring their vision to life: a series of 3D-printed modern blooming flower lamp enclosures. These prototypes are truly stunning, each one a testament to the power of additive manufacturing in the design world.

Take a moment to picture it: numerous white, elongated, petal-like elements, meticulously arranged in a spherical, overlapping pattern. This isn't just a simple shade; it's a dynamic, sculptural form that transforms light into an experience. The central light source emits a soft, diffused glow, illuminating the translucent petals and creating a warm and inviting ambiance. The layered arrangement of the petals enhances the sense of depth and volume, making the fixture a breathtaking centerpiece in any room.

These prototypes showcase the flexibility and precision of 3D printing. For this project, we utilized both SLA 3D printing resin and SLS 3D printing nylon. Given that LED lights generate minimal heat (requiring the enclosures to withstand only around 60°C), both materials were excellent choices. They offer the necessary temperature resistance and boast a smooth, high-quality surface finish, making them ideal for end-use products. The intricate details of the blooming flower design were captured flawlessly, highlighting the potential of 3D printing for creating complex and visually appealing lighting solutions.

Whether you're a lighting designer looking to bring your innovative concepts to life, or a manufacturer seeking to explore new possibilities in lighting design, 3D printing offers a world of opportunities. From intricate decorative elements to functional components, the technology allows for rapid prototyping, design iteration, and even on-demand production.

Ready to bring your lighting designs to life? FacFox's advanced 3D printing services are here to help. With a wide range of materials and technologies, including SLA and SLS, we can deliver high-quality, precise parts for your lighting projects. Contact FacFox today to discuss your next project and discover how 3D printing can illuminate your creative vision.

Solution

• Step 1: The initial design was created using 3D modeling software.
• Step 2: The 3D model was then prepared for printing, ensuring proper orientation and support structures.
• Step 3: The material (SLA resin or SLS nylon) was selected based on the required temperature resistance and surface finish, and also budget .
• Step 4: The printing process was initiated using either an SLA or SLS 3D printer.
• Step 5: Layer by layer, the enclosure was built up from the chosen material.
• Step 6: Support structures were removed after the printing process was complete.
• Step 7: The surface of the printed enclosure was then cleaned to remove any residual powder or resin.
• Step 8: Post-processing was performed to achieve the desired surface finish, if needed.
• Step 9: The quality of the printed part was inspected to ensure accuracy and integrity.
• Step 10: The central light source was installed within the assembled enclosure.
• Step 11: Electrical connections were made and tested to ensure functionality.
• Step 12: The completed lamp enclosure was then packaged for delivery or display.