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SedaPalanduz, MerveBahar, DelphineHeynen

TurkijeKeukengerei

Interviews met SedaPalanduz, MerveBahar, DelphineHeynen

Lees de interviews met SedaPalanduz, MerveBahar, DelphineHeynen: ontdek hun filosofie, creatieve proces en bekroonde werk.

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We hebben meerdere interviews met SedaPalanduz, MerveBahar, DelphineHeynen.

Ze zijn uitsluitend in het Engels gepubliceerd en worden hieronder in de originele taal weergegeven.

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Groot Interview

Glare Primaire functie: Glaswerkserie · 10 vragen

The defining moment came during the final prototype evaluations when we observed how light interacted with the prismatic surface of the polypropylene body.

The Glare Glassware Series achieves something genuinely remarkable in bringing a jewel-like prismatic brilliance to polypropylene, a material not traditionally associated with optical refinement of this kind. Is there a particular moment during the development of the Glare Glassware Series when you realized that the balance between crystal-like aesthetics and polymer durability had truly been achieved, and what did that breakthrough mean to you and your team personally?

The defining moment came during the final prototype evaluations when we observed how light interacted with the prismatic surface of the polypropylene body. Until that stage, we knew the form was aesthetically strong and the material was technically suitable, but we had not yet witnessed the emotional impact we were aiming for.As the prototypes began producing crystal-like reflections similar to traditional glassware, I realized we had successfully bridged what many consider a contradiction: combining the elegance of crystal with the durability of polypropylene. For me, that was the moment Glare became more than a functional drinkware collection. It became an experience.Throughout the project, my goal as the lead designer was not to imitate glass, but to reinterpret its emotional value through a contemporary material. Seeing that balance achieved confirmed that the design vision and engineering efforts had truly come together.

The hospitality and food service industry is increasingly searching for solutions that do not force an unwelcome compromise between elegance and operational practicality, and the Glare Glassware Series speaks directly to this tension. How does the Glare Glassware Series redefine the visual and operational expectations that professionals in high-end hospitality environments typically hold for polymer drinkware, and what responses have you received from those working in the sector?

I believe Glare contributes to a broader transformation within the HoReCa industry by demonstrating that sustainability does not require sacrificing luxury or guest experience.In high-volume hospitality environments, breakage is not only a financial concern but also an environmental one. Traditional glassware requires frequent replacement, transportation, and disposal. By using recyclable food-safe polypropylene, Glare extends product lifespan while reducing operational waste.What excites me most is that it changes perceptions. For many years, durable materials were associated with purely functional products. Through Glare, I wanted to show that recyclable materials can also deliver refinement, atmosphere, and emotional value. If luxury venues begin to view sustainability as an integrated design opportunity rather than a compromise, then I believe projects like Glare can help drive meaningful change across the industry.

The precision injection molding process behind the Glare Glassware Series enabled crystal-like optical effects within a polymer structure, which represents a significant convergence of engineering and aesthetic thinking. In what ways did this technological approach allow the Glare Glassware Series to address a genuine need within the broader hospitality industry, and what implications do you foresee for the wider adoption of advanced polymer materials in premium tableware design?

The most significant breakthrough came through the development of highly precise mold surfaces capable of reproducing the prismatic geometry without compromising transparency and surface quality.From a design perspective, the challenge was not creating the texture itself, but ensuring that every facet interacted with light in a controlled manner. Even minor deviations during mold production could dramatically alter the visual effect.Working closely with engineers taught me that injection molding has far greater expressive potential than many designers assume. Initially, I approached polypropylene as a practical material. By the end of the project, I viewed it as a medium capable of delivering sophisticated visual experiences when supported by advanced manufacturing techniques.That collaboration expanded my understanding of what industrial production can achieve when design and engineering evolve together rather than sequentially.

What is particularly compelling about the Glare Glassware Series is that it simultaneously serves the aesthetic expectations of luxury environments, the rigorous operational demands of fast-paced service settings, and the growing industry interest in recyclable materials. How did the design team behind the Glare Glassware Series navigate these overlapping and sometimes competing requirements to arrive at a solution that speaks meaningfully to sustainability-conscious hospitality operators, industrial designers, and end users alike?

If I had to identify a single quality that distinguished Glare, it would be its ability to reconcile opposing expectations.The project simultaneously addresses aesthetics and durability, luxury and practicality, elegance and safety. Many products succeed in one of these dimensions, but relatively few achieve a meaningful balance across all of them.Receiving international recognition is particularly meaningful because it validates the philosophy that has guided much of my work: thoughtful design should improve both the emotional and practical aspects of everyday experiences.For me, the award is not simply recognition of one product. It encourages further exploration of how advanced manufacturing, user-centered thinking, and emotional design can coexist within professional hospitality products.

One of the most intellectually fascinating challenges embedded in the development of the Glare Glassware Series was achieving prismatic clarity and high light refraction using polypropylene, a material that ordinarily resists such optical performance. What specific iterative steps, material experiments, or mold engineering decisions ultimately unlocked the visual language that defines the Glare Glassware Series today, and how did working through this challenge expand your understanding of what is possible within industrial polymer design?

The most defining obstacle was achieving crystal-like visual depth while maintaining the structural requirements necessary for intensive professional use.The prismatic surface was essential to the identity of the collection, yet increasing optical effects could potentially weaken manufacturing consistency or reduce impact resistance. Every adjustment affected multiple performance criteria simultaneously.Navigating this challenge reinforced a design philosophy that now guides much of my work: aesthetics should not be added after functionality is resolved. Instead, both must be developed together from the earliest stages.Glare taught me that the strongest innovations often emerge when designers and engineers solve problems collectively rather than defending separate priorities.

The Glare Glassware Series draws its visual inspiration from architectural glass facades, rhythmic shadow patterns, and the refined heritage of traditional cut crystal, translating all of these references into a contemporary polymer form. Could you walk us through how this conceptual thread was maintained and protected throughout the entire design process of the Glare Glassware Series, from early hand sketches through advanced three-dimensional modeling and the precise engineering of the final molds?

The design process began with observation rather than geometry. I was fascinated by how light behaves when it encounters repetitive patterns, reflections, and changing surfaces.From that inspiration, I translated natural rhythms into a structured prismatic language that could be adapted across different vessel types. Whether designing the shot glass, whiskey glass, wine glass, beer glass, or cocktail glass, the objective was to maintain a consistent visual identity while respecting the unique ergonomic and volumetric requirements of each form.Rather than applying a decorative texture, I treated the surface as an integral architectural element that connects the entire collection. This approach allowed the series to feel coherent while giving each piece its own distinct character.

Given that the Glare Glassware Series has already established a new point of reference for premium polymer drinkware within the hospitality sector, how do you envision the design principles and technical discoveries embedded in the Glare Glassware Series influencing your future work, and what directions in material innovation or expanded product typology are you most eager to explore in the projects that follow?

I see Glare evolving alongside the growing demand for premium outdoor hospitality experiences.Luxury hospitality environments increasingly require products that deliver visual sophistication without the operational risks associated with traditional materials. This creates exciting opportunities for expanding the collection.I am particularly interested in exploring new translucent color expressions that interact differently with light throughout the day, as well as additional vessel formats designed for contemporary beverage culture. Material innovation is also an ongoing area of interest, especially developments that further enhance sustainability while maintaining the optical qualities that define the collection.The future of Glare will continue to focus on creating memorable sensory experiences through the intersection of design, light, and material technology.

The Iron A' Design Award recognition of the Glare Glassware Series, presented within the A' Bakeware, Tableware, Drinkware and Cookware Design Award category of one of the world's most internationally recognized design competitions, acknowledges works that demonstrate genuine creativity and contribute meaningfully to quality of life and industry standards. Reflecting on the full arc of the Glare Glassware Series, from its origins in Izmir in January 2024 through to this recognition, what do you hope the lasting contribution of the Glare Glassware Series will be for the design community, the hospitality industry, and the broader conversation around elevating everyday materials?

One aspect that deserves greater attention is the emotional role of durability.Durability is often discussed only in technical terms, but in hospitality design it also shapes the guest experience. A product that feels elegant yet eliminates concerns about breakage allows both staff and guests to interact with greater confidence and comfort.With Glare, I wanted people to experience luxury through atmosphere rather than fragility. The collection challenges the long-standing assumption that premium experiences must rely on delicate materials.In many ways, its most important contribution is cultural rather than technical. It encourages a new understanding of what luxury can be in contemporary hospitality environments.

The Glare Glassware Series comprises five distinct typologies, ranging from a 60 ml shot glass to a 600 ml beer glass, each described as purpose-specific yet unified by a coherent and immediately recognizable visual identity. What was the design methodology used to ensure that the prismatic surface language of the Glare Glassware Series translated successfully and convincingly across such varied vessel geometries and functional constraints, without losing its optical integrity or the cohesion of the series as a whole?

The interaction with light was intentional from the earliest conceptual stages of the project.The inspiration itself originated from reflections, architectural glazing, and crystal surfaces, so light was never considered a secondary feature. However, it became a measurable design criterion during the prototyping phase when we began evaluating how different prismatic angles influenced reflection patterns.Numerous iterations were developed to refine this relationship. Small geometric adjustments produced significant differences in visual performance.As designers, we often think about form as a physical object. Through Glare, I became increasingly interested in designing the behavior of light itself. Ultimately, the visual dynamism created by changing reflections became one of the defining characteristics of the collection.

For design enthusiasts who might encounter the Glare Glassware Series in a poolside or exclusive event setting without prior knowledge of its material composition, the experience of light animating liquid through a prismatic polymer surface is likely to be genuinely and unexpectedly beautiful. What deliberate sensory and experiential decisions were embedded into the Glare Glassware Series to ensure that the interaction between light, liquid, and form creates a moment of authentic delight that transcends the material associations and expectations that most people bring to plastic drinkware?

What appears simple in the final product is often the result of extensive research, testing, and refinement.The development of Glare involved detailed analysis of hospitality environments, user behavior, stacking requirements, ergonomics, visual perception, material performance, and manufacturing constraints. Every design decision was evaluated through multiple prototypes and close collaboration with engineers.For emerging designers, I believe the most important lesson is that innovation rarely comes from a single breakthrough. More often, it emerges through persistent iteration and a willingness to revisit assumptions.The lesson I wish someone had shared with me before beginning this project is that constraints are not obstacles to creativity; they are often its greatest source. Many of the qualities that make Glare distinctive today emerged directly from the limitations we initially thought would restrict the design.

Groot Interview

Ripple Primaire functie: Glaswerkserie · 10 vragen

The moment I knew Ripple had truly come together was when we held the first functional prototype in our hands. From the beginning, my goal was not simply to create another glassware collection, but to establish a…

The Ripple Glassware Series achieves something that many in the tableware industry have long considered a significant design paradox, namely the optical clarity and refined elegance of glass rendered faithfully in food-safe polypropylene through precision mold engineering. Could you walk us through the specific moment or realization during the development of the Ripple Glassware Series where you knew the material and the form had truly come together to honor that balance between visual sophistication and structural resilience?

The moment I knew Ripple had truly come together was when we held the first functional prototype in our hands. From the beginning, my goal was not simply to create another glassware collection, but to establish a meaningful physical connection between the user and the product.When the wave-inspired texture started to create both a visual rhythm and a comfortable tactile experience, I realized we were achieving something beyond aesthetics. At that point, Ripple became more than a serving vessel—it became an experience that could be felt as much as it could be seen.

The growing conversation around sustainable alternatives in the hospitality industry has made the choice of recyclable polypropylene in the Ripple Glassware Series particularly timely and relevant for professionals seeking durable yet environmentally responsible solutions. How do you envision the Ripple Glassware Series contributing to a broader shift in how the HoReCa sector approaches the lifecycle and material responsibility of everyday drinkware, particularly in high-volume luxury venues where breakage and waste are persistent operational concerns?

In today's hospitality industry, sustainability is no longer defined solely by material selection; it is increasingly about the entire lifecycle of a product.I believe Ripple contributes to this shift by offering a durable, recyclable alternative that reduces breakage-related waste while maintaining a premium guest experience. Its long service life makes it particularly valuable in high-volume hospitality environments where replacement rates can be significant.What matters most to me, however, is demonstrating that responsible design and sophisticated design can coexist. Ripple shows that environmental awareness does not have to come at the expense of aesthetics, quality, or experience.

The precision mold engineering behind the Ripple Glassware Series produces a crystal-like surface finish that mimics glass while retaining the impact resistance and lightweight qualities of polypropylene, a technical achievement that required deep interdisciplinary collaboration with an engineering team. What specific breakthroughs in the mold development process allowed the Ripple Glassware Series to achieve that remarkable surface clarity, and what did that collaborative engineering journey reveal about the boundaries of injection-molded drinkware design that you had not anticipated at the outset?

One of the most important technical achievements was ensuring that the three-dimensional wave texture maintained visual consistency from every viewing angle.The surface is not merely decorative; it is central to the identity of the collection. This meant that every curve, transition, and repetition had to perform consistently throughout the manufacturing process.Working closely with the engineering team revealed how even the smallest geometric adjustments could dramatically influence perception. In some cases, fractions of a millimeter made the difference between a surface that felt static and one that conveyed movement and rhythm.

The Ripple Glassware Series has earned recognition through the A' Bakeware, Tableware, Drinkware and Cookware Design Award, one of the most internationally recognized design competitions in the world, evaluated against rigorous criteria that include innovative functionality, aesthetic appeal, ergonomic design, and environmental impact. Reflecting on how the Ripple Glassware Series addresses so many of these dimensions simultaneously, what do you believe was the single most decisive design quality that distinguished this series during the evaluation process, and what does receiving this recognition mean for the long-term direction of your studio's work in professional tableware?

I believe the quality that most distinguished Ripple during the evaluation process was its ability to combine emotional engagement with functional performance.Many products succeed either technically or aesthetically. Ripple was designed to connect these dimensions, creating an experience that begins the moment the user touches the glass and continues throughout the act of serving and enjoying a beverage.Receiving international recognition validates my belief that successful design should engage both practical needs and human emotions. It encourages me to continue exploring this balance in future projects.

Translating the three-dimensional wave-like surface texture of the Ripple Glassware Series into a manufacturable polypropylene form without compromising ergonomic grip, structural integrity, or visual elegance must have presented extraordinary challenges in mold precision and surface engineering. Could you describe the most defining obstacle the team encountered during the physical realization of the Ripple Glassware Series, and how navigating that challenge ultimately reshaped either the design philosophy or the technical methodology you now bring to product development?

The defining challenge was translating the fluidity of natural wave patterns into a form that could be manufactured efficiently and consistently.Water moves freely and organically, while industrial production requires precision, repeatability, and strict tolerances. Finding the balance between these two realities became one of the most important aspects of the project.The experience reinforced a lesson that continues to shape my work today: great design is not only about generating ideas but also about transforming those ideas into solutions that perform successfully in the real world.

The Ripple Glassware Series draws its entire design language from the rhythmic patterns left by water in motion, a natural phenomenon translated into a refined tactile and visual texture across four distinct vessel forms spanning a whiskey glass, a wine glass, a beer glass, and a cocktail glass. How did the design team move from that initial poetic inspiration rooted in nature's repetition and flow to the precise geometric and structural decisions that define the wave texture consistently and coherently across such a varied range of vessel proportions and volumes within the Ripple Glassware Series?

The process began not by copying water itself, but by studying the rhythm it creates.I was fascinated by the repetitive patterns formed by waves and how those patterns communicate movement even when frozen in time. From there, I developed a simplified design language capable of translating that rhythm into a manufacturable product.As the collection expanded across different vessel types, maintaining a consistent visual identity became essential. Whether designing a whiskey glass, wine glass, beer glass, or cocktail glass, the goal was to preserve the same rhythmic character while respecting the unique proportions and functions of each form.

The Ripple Glassware Series was developed specifically for luxury hospitality environments such as beach clubs, poolside lounges, rooftop bars, and yacht settings, where the tension between visual elegance and the practical demands of high-paced commercial service is perhaps more acute than anywhere else in the industry. Looking ahead, how do you see the Ripple Glassware Series evolving in response to emerging demands within the luxury HoReCa segment, and are there new vessel forms, translucent color expressions, or material innovations you are actively exploring as natural extensions of what this series has established?

I see the luxury HoReCa sector becoming increasingly experience-driven, and I believe Ripple is well positioned to evolve alongside that trend.Future developments may include new vessel types, exclusive collections, and translucent color variations that interact differently with changing light conditions and hospitality environments.What excites me most is that Ripple's design language is highly adaptable. The core concept of rhythm and movement provides a strong foundation for future explorations while maintaining a coherent identity across the collection.

The Ripple Glassware Series stands as a compelling demonstration that durability and sophistication are not mutually exclusive in professional drinkware, and in doing so it challenges long-held assumptions about polypropylene as a material suited only to utilitarian rather than luxury contexts. Is there a dimension of the Ripple Glassware Series, whether in its development process, its material story, its sensory qualities, or its intended cultural role within hospitality design, that you feel has not yet received the attention it deserves and that you would want designers, buyers, and hospitality professionals to understand more deeply?

One aspect of Ripple that I believe deserves more attention is its tactile dimension.Most people initially notice the visual qualities of the collection, yet the physical interaction between the hand and the textured surface is equally important. The wave-inspired geometry was designed not only to be seen but also to be experienced through touch.Throughout the project, I focused on how the product would feel in use as much as how it would appear. In many ways, this balance between visual and tactile experience defines the true character of Ripple.

One of the most fascinating aspects of the Ripple Glassware Series is the way its rhythmic surface texture interacts with ambient light, refracting and distributing it across the glass forms to create a visual dynamism that transforms the act of serving a drink into a considered aesthetic moment. How intentional and how technically demanding was the engineering of this light interaction within the Ripple Glassware Series, and at what precise stage of the prototyping and mold refinement process did the behavior of light through the surface become a primary design criterion rather than a secondary benefit?

Interestingly, the interaction with light was not the primary objective at the beginning of the project. Initially, the focus was on creating rhythm, ergonomics, and tactile engagement through the wave-inspired surface.However, during the prototyping phase, we noticed that the geometry created unexpected and highly appealing light effects. As a result, light behavior gradually became an important design consideration.From that point forward, we evaluated surface refinements not only for comfort and manufacturability but also for the way they animated the product through changing reflections and highlights.

For design enthusiasts encountering the Ripple Glassware Series for the first time, the stackable architecture, the non-slip wave texture, the dishwasher-safe polypropylene construction, and the glass-like translucent finish may appear as a remarkably coherent and effortless resolution of competing demands, yet each of those qualities required deliberate and often difficult decisions across a design and engineering process that ran from January 2024 through April 2025. What would you want an emerging product designer or design student to understand about the depth of research, behavioral analysis, and iterative prototyping that lies beneath the apparent simplicity of the Ripple Glassware Series, and what is the one lesson from this project you wish someone had shared with you before you began?

At first glance, Ripple may appear simple, but that simplicity is the result of extensive research, testing, and refinement.The project involved analyzing hospitality workflows, user behavior, stacking requirements, ergonomics, material performance, and visual perception. Every prototype provided valuable insights that helped improve the final design.If there is one lesson I would share with emerging designers, it is not to become overly attached to the first idea. The strongest solutions often emerge through iteration, experimentation, and continuous improvement.The most important lesson I learned from Ripple is that good design is not only about shaping objects—it is about shaping experiences. What people remember is often not the product itself, but how it made them feel.

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De ontwerpinterviewgegevens die worden getoond op onze ontwerpinterviewpagina met de ontwerper SedaPalanduz, MerveBahar, DelphineHeynen over het werk Glare Primaire functie: Glaswerkserie komen van het platform Design Interviews, waar toonaangevende ontwerpers, architecten en merken worden geïnterviewd over hun prijswinnende ontwerpen, producten en projecten.