VORTEX Parametric Dual-Wall Table Lamp • Ribbed Geometric Illusion Light 3MF • E14

✨ Elevate Your Room Aesthetics with a Stunning Geometric Glow! ✨

Say hello to the VORTEX Parametric Table Lamp — a cutting-edge 3D printable lighting project engineered for flawless printing, toolless assembly, and maximum visual impact. Featuring an intricate, mathematically styled double-wall lampshade with complex internal and external geometric shapes, this lamp creates a jaw-dropping optical illusion. When illuminated, the overlapping structures diffuse light into a rich, multi-layered pattern of geometric shadows and warm highlights.

As you can see in the image, this fully modular design acts as both a functional accent light and a striking piece of modern parametric art for your home.

🛠️ MODULAR FILE PACKAGE INCLUDES:
This premium STL & 3MF package offers 2 distinct base options and 2 tailored lampshade (plafon) variants:

The Tripod Base: An elegant, mid-century modern 3-legged stand that lifts the lamp for a more dramatic, elevated presence.

The Low-Profile Base: A clean, minimalist disk base designed to sit neatly on flat surfaces, desktops, or stacked books.

Lampshade Variant A (For Low Base): Features a specialized, built-in cable routing channel at the bottom to keep the power cord completely managed and invisible.

Lampshade Variant B (For Tripod Base): Designed without the lower channel to flush-mount perfectly on top of the elevated 3-legged stand.

🔧 STEP-BY-STEP ASSEMBLY GUIDE:
The lamp is engineered for a secure, wiggle-free build. For a complete visual breakdown of how the components layer together, please refer to the exploded view diagram in bochkz V3 POSLEDNYY v41.jpg.

Step 1 (Glue the Socket Insert): Take the small designated component meant to hold the lamp socket and glue it into the matching custom recess/slot on your chosen base.

Step 2 (Install the Hardware): You must use a standard E14 lamp socket equipped with a threaded collar / shade ring (exactly as highlighted in the reference image. Push the main socket body up from the underneath/bottom of the base, then firmly screw down the included shade ring from the top side to lock the hardware securely in place.

Step 3 (Lock the Lampshade): The base features integrated rectangular tabs (protrusions). Simply align and insert these tabs into the corresponding rectangular slots on the bottom of the lampshade, then give it a smooth twist to firmly lock the lampshade onto the base.

💡 MATERIAL SPECIFICATIONS:
Socket & Bulb: Designed for E14 LED bulbs (strictly use LED to prevent heat accumulation inside the lampshade).

The Filament Secret: To achieve the mesmerizing, premium crystalline transparency and glowing depth shown in the image, you must print the lampshade using Translucent/Transparent PETG filament. Opaque materials will block the internal dual-wall geometry and nullify the optical illusion effect.

📦 WHAT YOU WILL DOWNLOAD:
Production-ready, clean.STL files.

A pre-configured .3MF project file built in Bambu Studio and verified on the Bambu Lab A1 for a guaranteed successful print right out of the box.

For personal use only. If you wish to sell physical 3D prints of this design, please contact us for commercial licensing options.

🖨️ BAMBU LAB OPTIMIZED PRINT SETTINGS:
Skip the trial-and-error! This project is 100% plug-and-play for the Bambu ecosystem. The included .3MF file was natively created, finely sliced, and physically test-printed using Bambu Studio on a Bambu Lab A1 printer.

If you are using Bambu Studio or OrcaSlicer, simply load the 3MF project to instantly import all customized speeds, layer heights, and structural parameters.

Core Slicer Settings Embedded in the 3MF:

Layer Height: 0.24 mm (perfectly tuned for optimal print speed and strong interlayer bonding)

Wall Line Count (Perimeters): 1 wall (Absolute must for the proper light transmission)

Inner & Outer Perimeter Speed: 60 mm/s

Outer Wall Acceleration: 2000 mm/s² (tuned to eliminate ghosting and deliver a flawless surface finish)

Supports: Enabled (minimal, cleanly integrated supports for the base overhangs)