Alov Buxur Tutacağı by Arman Khadangan is a highly esteemed winner of the very prestigious 2024 A' Design Award Bürünc Mükafatı in Ev Əşyaları Dizaynı Competition Category.

BürüncEv Əşyaları· 2024

Alov Buxur Tutacağı

by Arman Khadangan

Client: Arman Khadangan

A' Design Award Bürünc Mükafatı Winner in Ev Əşyaları Category

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Verified Award Winner

Verify Award Status for #155737

View at A' Design Award Press Release Award Badge

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The Design

About Alov Buxur Tutacağı

Alov Buxur Tutacağı ilə zəriflik və funksionallıq dünyasına daxil olun. Təbiətin gözəlliyi və memarlıq möcüzələrindən ilham alan bu diqqətlə hazırlanmış tutacaq mürəkkəb hörgü dizaynına malikdir. O, buxur tüstüsünün yayılmasını ustadlıqla optimallaşdıraraq valeh edən hissiyyat təcrübəsi yaradır. Qabaqcıl metal 3D çap texnologiyasından istifadə edərək dəqiqliklə hazırlanmış bu məhsul davamlılıq və etibarlılığı təcəssüm etdirir. Yaradıcı çətinlikləri dəf edərək bu dizayn buxur aksesuarları innovasiyasında yeni standart müəyyən edir və nəfis görünüşü ilə məkanları ucaldır.

The Recognition

About the A' Design Award Bürünc Mükafatı

Alov Buxur Tutacağı A' Design Award Bürünc Mükafatının qalibidir; bu, yaradıcılıq, ixtiraçılıq və zəka ilə seçilən görkəmli dizaynlara verilən yüksək nüfuzlu tanınmadır. Bürünc qaliblər dizaynerlərinin geniş təcrübəsini, təxəyyülünü və tapqırlığını təsdiq edən, bol məharətli və çarpıcı dərəcədə yaradıcı əsərlərdir. Gözlənilir ki, Alov Buxur Tutacağı yüksək qiymətləndirilən, heyran olunan və əzizlənən, diqqətəlayiq dərəcədə peşəkar və yenilikçi əşya olacaq. A' Design Award Bürünc Mükafatını qazanmış bu dizayn sənətdə, elmdə, dizaynda və texnologiyada ən yaxşı təcrübələri özündə birləşdirir və detallara diqqətinə görə əladır. Alov Buxur Tutacağı ehtiyacları gözəl şəkildə ödəyir, istəklərə toxunur, duyğuları ovsunlayır və marağı cəlb edir.

Behind the Design

Press Kit

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

Unique Properties: This 3D printed incense holder combines intricate design inspired by nature and architecture with safety features like lattice structures for cooled smoke diffusion. Its metallic-patterned form enhances sensory experience by channeling dispersion through optimized paths. crafted through iterative modeling, printing, and testing, it harmoniously unifies aesthetic refinement, utility, and innovation, elevating the incense experience beyond mere fragrance delivery to a contemplative artistic endeavor.
Dimensions & Packaging: the alov incense holder measures 66mm in diameter and has an overall height of 200mm. the intricate latticework features engineered conduits with openings ranging from 0.5 to 4mm to facilitate optimized smoke diffusion. the incense stick holder part at the bottom base has a diameter of 10mm and a height of 14mm, with a hole diameter at the middle of 2.5mm. there is a highlight of the alov branding debossed underneath. high heat resistance material and modular assembly, all components securely interlock for safe usage.
Tags: incense, incense holder, Oriental culture, incense set
Production Technology: Alov Incense Holder marries traditional craftsmanship with cutting-edge technology. intricate lattice designs, meticulously crafted using CAD software like rhino and ntopology, optimize incense fume diffusion. rach lattice segment is strategically engineered to temper rising smoke, slowing its ascent and enabling wider dispersion. metal 3D printing ensures precise replication of these intricate lattice structures, enhancing both aesthetics and functionality.
Design Challenge: the most formidable aspect of this design endeavor lay in reconciling intricate aesthetics with functional efficacy. crafting the lattice structure to optimize incense diffusion presented a creative conundrum, demanding meticulous balance between artistry and engineering. obstacles included navigating production constraints, such as the limitations of metal 3d printing, and ensuring compliance with safety regulations. historical references and social perspectives informed design decisions, while technological advancements enabled innovative solutions. despite these challenges, perseverance prevailed, culminating in the realization of the alov incense holder, a testament to the power of creative problem-solving.
Research: type of research: exploratory design research aimed to revolutionize conventional incense holder designs.
research objectives: to unearth shortcomings in existing incense holder models and pioneer a safer, more functional alternative, elevating user experience.
methodology: a multi-faceted approach encompassing a comprehensive literature review, meticulous market analysis, and immersive design exploration.
data collection and research tools used: data acquisition entailed extensive online research, hands-on product analysis, and drawing inspiration from nature's organic forms and architectural masterpieces. cad software like rhino and ntopology facilitated intricate design exploration.
participants or experiments: the research involved no specific participants; data were derived from a synthesis of existing product evaluations, architectural references, and natural morphology analyses.
results: the research unearthed prevalent safety and usability concerns in existing designs, igniting a quest for innovation. the culmination was the conception of an intricate lattice structure meticulously engineered to optimize incense fume diffusion, thereby enhancing the user experience manifold.
insights and impacts: the insights gleaned from the research paved the way for the development of the alov incense holder, a groundbreaking fusion of safety, functionality, and aesthetics. the resultant impact transcends the realm of mere product innovation, extending to safer incense usage practices and heightened ambiance in spaces where the holder graces, thereby contributing to overall well-being and fostering innovation in incense accessory design.
Inspiration: the designer was initially inspired by the shortcomings of existing incense holder models, which lacked sufficient safety measures and allowed ash residue to create messes. seeking an ideal holder for their desk, the designer found inspiration in:

-the intricate patterns and morphology of the morchella esculenta mushroom
-the ornate architectural details of the 13th century aslanhane mosque in ankara, designed by architect ebubekir mehmet
-central asian door patterns

additionally, research into the psychological benefits of incense in promoting positive energy and stress relief motivated enhancing the incense experience through visual design elements.
studying the mechanics of rising incense smoke, the designer aimed to temper the smoke's temperature to slow its ascent and disperse it more widely. this goal of facilitating cooled smoke diffusion became a key driver in crafting the form.
the versatility of 3d printing to iterate prototypes and enable mass production with various materials aligned with the intricacy of the envisioned design.
overall, the inspiration centered on creating a beautiful yet functional incense holder that would not only grace the designer's desk but also provide a safe, mess-free, and rich sensory experience through cooled and dispersed smoke. architectural patterns, mushroom morphology, production viability, and the mind-body benefits of incense converged to shape the vision.
Project Duration: The project started at September 2023 and finished at February of 2024 in Ankara, Türkiye.
Operation Flow: The intricately latticed incense holder is placed on a flat surface. incense is inserted into the hollow top portion and lit, allowing smoke to rise up through the lattice structure. as the smoke passes through the lattice, it is cooled and diffuses in a captivating radial pattern. the stabilizing base and locking mechanism ensure the structure remains securely upright if accidentally disturbed, preventing spills and potential fire hazards. the cooled, dispersed smoke provides an enhanced meditative aromatherapy experience.
Patents: Applied for Design Patent with 2024/001340 Application number · Filed Feb 5, 2024 at Turkish Patent institute.
Image Credits: Arman Khadangan, 2024