Quintessence Spectrum Series پورٹیبل ٹیبل لیمپ by Jeffrey Geiringer

Quintessence Spectrum Series پورٹیبل ٹیبل لیمپ by Jeffrey Geiringer is a highly esteemed winner of the very prestigious 2024 A' Design Award کانسی انعام in تھری ڈی پرنٹ شدہ شکلیں اور مصنوعات ڈیزائن Competition Category.

کانسیتھری ڈی پرنٹنگ· 2024

Quintessence Spectrum Series پورٹیبل ٹیبل لیمپ

by Jeffrey Geiringer

Client: Quintessence Lighting

A' Design Award کانسی انعام Winner in تھری ڈی پرنٹنگ Category

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Colors

The Design

About Quintessence Spectrum Series پورٹیبل ٹیبل لیمپ

اسپیکٹرم سیریز پورٹیبل ٹیبل لیمپوں کا ایک محدود ایڈیشن ہے جن کے شیڈ سہ‌جہتی (تھری ڈی) پرنٹ شدہ جالی دار ساخت کے حامل ہیں۔ ہر لیمپ ایک پیرامیٹرک عمل کے ذریعے تخلیق کیا جاتا ہے، اسی لیے ہر خاکہ اور جالی کا نمونہ مختلف ہوتا ہے۔ شیڈز کو ری سائیکل شدہ پی ایل اے سے، خصوصی طور پر لکھے گئے مشین کوڈ کی مدد سے پرنٹ کیا جاتا ہے، جس سے جالی کی لکیریں صاف اور نفیس بنتی ہیں۔ اس کا بیس پرانے شمع دان کی یاد دلاتا ہے اور اسے اس کے تنے سے پکڑ کر اٹھایا جا سکتا ہے۔ بیٹری سے چلنے والے اس لیمپ کو بیس پر موجود ایک چھوٹے سے بٹن کو چھو کر روشن اور مدھم کیا جاتا ہے۔ ہر لیمپ صرف ایک بار تیار کیا جاتا ہے اور اس کے ساتھ اصلیت کا سرٹیفکیٹ بھی شامل ہوتا ہے۔

The Recognition

About the A' Design Award کانسی انعام

Quintessence Spectrum Series پورٹیبل ٹیبل لیمپ A' Design Award کانسی انعام کا فاتح ہے، جو ان ممتاز ڈیزائنز کو دیا جانے والا انتہائی باوقار اعتراف ہے جو تخلیقی صلاحیت، چالاکی اور ذہانت سے پہچانے جاتے ہیں۔ کانسی کے فاتحین نہایت ماہرانہ اور حیرت انگیز طور پر تخلیقی نمونے ہیں جو اپنے ڈیزائنرز کے وسیع تجربے، تخیل اور ذہانت کی تصدیق کرتے ہیں۔ Quintessence Spectrum Series پورٹیبل ٹیبل لیمپ سے توقع کی جاتی ہے کہ وہ ایک نہایت قدر کی جانے والی، سراہی جانے والی اور عزیز شے ہوگا جو قابل ذکر حد تک پیشہ ورانہ اور جدید ہے۔ A' Design Award کانسی انعام جیتنے والا یہ ڈیزائن فن، سائنس، ڈیزائن اور ٹیکنالوجی میں بہترین طریقوں کو شامل کرتا ہے اور تفصیلات پر توجہ میں ممتاز ہے۔ Quintessence Spectrum Series پورٹیبل ٹیبل لیمپ ضروریات کو خوبصورتی سے پورا کرتا، خواہشات کو چھوتا، جذبات کو مسحور کرتا اور تجسس کو اپیل کرتا ہے۔

Behind the Design

Press Kit

Credits, team members and technical details provided by the designer.

Unique Properties: The Spectrum Series is a limited-edition series of rechargeable table lamps featuring a never-before-seen type of lattice shade. The edition of 100 lamps is created using a parametric ‘object flow,’ resulting in a unique silhouette and lattice design for each lamp. Furthermore, each shade is printed in-house using fully custom g-code to ensure a flawless, clean lattice. As with an art practice, each lamp of the series will only be produced once and includes a certificate of authenticity.
Dimensions & Packaging: Each lamp varies in WxD, but they are all 353mm Height. The shades vary from around 90mm W x 73mm D at the smallest to around 190mm W x 154mm D at the largest. The bases are all 110mm W x 110mm D and account for 238mm of the Height. All the shades are therefore 115mm Height. Naturally, in cases where the shade WxD is smaller than the base, the base WxD will be the assembled product WxD.
Tags: 3D printing, creative lighting, merging art + design, lattice lamp, limited edition design, 3D printed lamp, lattice, emerging tech, gcode, parametric design
Production Technology: Spectrum Series lampshades are created out of recycled PLA on a custom Voron R2.4 3D printer using regular FDM technology. The real technical challenge comes from the lattice shape of the shades; I have developed an entire software stack in Grasshopper for Rhino to generate these parametric lattice form as well as the G-code that runs the printer. This allows for exceptionally precise printed lattices with clean lines and no messy parts, virtually impossible to achieve with traditional slicers.
Design Challenge: I developed this project from scratch using my own ideas about lattices and the ways they interact with themselves to produce scintillating visual effects. It's not as simple as making any warped lattice and putting a light inside; only specific configurations of the lattice elements will produce the necessary visual interference. Not only did I need to produce the software to print the lattices, I needed to test many different lattice types before arriving at parameters for the final results.
Research: I have conducted some experiments using lamps from the Spectrum Series in order to determine the impressions they give people. This involved instances of walking around busy nightlife streets carrying a lamp, as well as bringing a lamp to an outdoor music festival. My data collection consisted of tracking passerbys' reactions. The lamps were head-turning, but very few people will strike up conversation about such a thing. I think this approach was valuable and uncommon but not a complete study.
Inspiration: Ever since I first experienced 3D printing, I have been driven to create objects that can only be made using this technology. The Spectrum Series is an example of that: a non-solid lampshade, where the bulb is blocked not by a solid piece of material, but many tiny struts that, in its ideal form, never allow the viewer a direct glimpse of the bulb. Lattices with this much variability and style could never be produced until the advent of 3D printing, and that is what inspires me.
Project Duration: Quintessence: Spectrum Series builds on work I've done with lattice printing since June 2021, with intensive programming and design conceptualization work commencing in September 2022. My original concept for a lattice lamp was first realized circa 2014, just as a preliminary prototype. The project is based in Hong Kong, and is ongoing.
Operation Flow: Spectrum Series lamps are fully portable, battery-powered with around 20hr battery life, and have a base that is designed to resemble an old-style candlestick holder for a bit of a throwback feeling. A user may also carry the base by its stem, which includes a convenient wiggle shape to hold as well. Notably, the lamp is touch-activated at a small silver knob discreetly included on the base, and the light may be dimmed by touching and holding the knob, to dim down from full and up from dimmed.
Image Credits: All materials: Jeffrey Geiringer and Clever Machine Limited, 2023-2024.