MushLume Nightlight Series

Each luminaire brings coziness, inspiration, and safe light for children’s dreams.

MushLume lamps are a union of forest magic and contemporary design. These nightlights transform a child’s room into a magical meadow, transporting the child into a fairy tale.

prompt: This mushroom night light glows with a bluish magical light, set against the backdrop of a fabulous forest filled with mysterious plants.

In the first phase of the project, I developed the concept and core idea and refined it using Qwen. Subsequently, within this same neural network, I generated concept art of future night lights, which were later used as sketches to generate 3D models.

prompts: — Realistic 3D image of a night light shaped like a curved and fantastic mushroom. Several red-glowing eyes are present on the mushroom cap. The material is translucent and luminous. The image should be on a pure white background with no other objects. — Realistic 3D image of a mushroom-shaped night light; the mushroom cap should have pink and blue stripes, and the blue stem should feature scary spikes. The material is translucent. The background is plain white. — A mushroom-shaped night light featuring several caps of varying sizes—let the caps be spiral-shaped and purple—and the stem thin and straight. The material is translucent and luminous. The background is plain white. — Realistic 3D image of a night light shaped like a curved and fantastic mushroom. It should have an unusual and frightening form. The stem should be orange, and the cap should be blue. The image should be on a pure white background with no other objects. — Realistic 3D image of a mushroom-shaped night light. The cap should be yellow and translucent, resembling Macrolepiota procera, and the stem should be straight and unbranched. The mushroom should have iridescent red tongues, and there should be depressions and irregularities on the cap. The image should be on a pure white background with no other objects.

The concept art produced was further refined in Qwen and Leonardo.ai for the creation of promotional posters and marketing materials. The advertising posters were polished in Adobe Photoshop.

Qwen was also utilized to develop the product materials and formulate the technical specifications for model production, as detailed at the end of the project.

Using the Hunyuan neural network, I generated 3D models of nightlights and downloaded them in STL format for testing in Anycubic Photon Workshop.

1. Printing Technology Utilize high-precision FDM (Fused Deposition Modeling)—a Z-axis step of no more than 0.1 mm for a smooth surface and sharp details. If necessary, use soluble supports (PVA) for complex overhangs (e.g., the spiraled edges of the caps). Overhang angle: < 45° without supports. Printing temperature and bed heating—strictly follow the manufacturer’s recommendations for the chosen material.

2. Material Specifications Primary material: translucent PLA Additional (for cap patterns): Mixing with phosphorescent PLA—to achieve a afterglow effect.

3. Product Parameters Height: 25 cm Wall thickness: 1.2–2.0 mm Electronics channels: In the mushroom stem—a through-hole of Ø ≥ 8 mm for wire placement. Inside the cap—a niche for mounting the LED board. Mounting slots/latches to secure the light source. Weight: ≤ 200 g per unit

4. Post-Processing Removal of support marks Light sanding with fine-grit sandpaper (P400–P800) Wiping with isopropyl alcohol—for degreasing and surface cleanliness. Internal matte finishing with UV-stabilized matte acrylic spray (for soft light diffusion without loss of brightness). Hand-painting with non-toxic fluorescent/phosphorescent paints.

5. Quality Control Visual inspection of every unit: Absence of cracks, bubbles, or overheating; Uniformity of transparency and wall thickness; Smoothness of lines, absence of «stair-stepping.»

Functional testing: Installation of a sample LED module—checking for uniform glow and absence of «dark spots»; Testing compatibility with the light source (gaps, fixation, heat dissipation).