Materials

In addition to continuously improving the sustainability of our manufacturing process, we carefully select materials that allow us to produce high-quality products with minimal waste. This starts with the filaments used in our 3D printers, which are chosen for their efficiency, durability, and suitability for precision manufacturing.

Our 3D-printed products are made using a combination of PLA and PETG plastic filaments.
PLA (Polylactic Acid)

PLA is a plant-based plastic derived from renewable resources such as corn. It is widely used in 3D printing due to its ability to be processed efficiently, allowing for accurate prints while reducing material waste during production. Under specific industrial conditions, PLA can be biodegradable.

PLA also offers excellent surface quality and design flexibility. It can be combined with other materials or additives to achieve unique textures and finishes, enabling a wide range of creative possibilities in our designs. Whenever it is possible, we purchase recycled PLA filament to increase the sustainability of our products.
PETG (Polyethylene Terephthalate Glycol)

PETG is a durable and versatile plastic known for its strength, impact resistance, and long-term stability. It offers improved thermal performance compared to standard PET, allowing for greater control during printing and more consistent results.

Due to its durability, PETG is well suited for functional and structural components, contributing to the longevity of our products. Whenever it is possible, we purchase recycled PETG filament to increase the sustainability of our products.

Manufacturing

3D printing is at the core of everything we design. It allows us to move from concept to physical object in a matter of hours rather than weeks, and removes the need for mass production or traditional factory setups.

All of our lamps are produced in house — printed, assembled, and shipped directly from our studio. This hands-on approach gives us full control over quality, consistency, and detail at every stage of production.
3D printing

3D printing belongs to a manufacturing category known as additive manufacturing. Instead of cutting material away or relying on injection molds, objects are built by precisely depositing material only where it’s needed. This results in far less waste and a much more efficient production process.

We use a method called Fused Deposition Modeling (FDM). In simple terms, material is laid down in fine, continuous layers to gradually build a form. Although the technology itself has existed for decades, its evolution into an open and accessible process has made it possible for independent studios like ours to design and manufacture high-quality products without industrial infrastructure.
How This Shapes Production

One of the biggest advantages of 3D printing is speed and flexibility. Designs can be tested, refined, and produced almost immediately, allowing us to respond quickly to ideas, improvements, and feedback.

Traditional manufacturing methods such as injection molding require costly tooling and are designed for large-scale production. This creates higher upfront costs, longer lead times, and less room for experimentation. By contrast, 3D printing allows us to produce in smaller batches, refine designs continuously, and keep our products more accessible.

Because everything is made in house, there’s no waiting on external suppliers, molds, or samples. This lets us deliver finished products in weeks rather than months, while maintaining a high level of consistency and care.

We also design specifically for 3D printing — both functionally and visually — rather than forcing the technology to imitate other materials or processes.
Our Design Process

You may notice that our lamps are not completely smooth to the touch. This is an intentional design choice.

From a practical standpoint, printing with slightly thicker layers allows us to produce durable, well-finished products without excessive print times or unnecessary material use — helping us keep pricing reasonable.

Visually, we embrace the natural texture of 3D printing. Instead of hiding layer lines, we use them as part of the design language. The result is a surface that highlights the process itself and adds depth, character, and tactile interest.

In designs such as our Hourlight Lamp, larger curves and layered forms serve both aesthetic and structural purposes. These shapes increase strength and durability while avoiding the need for additional material or extended print times — resulting in a lighter, stronger, and more efficient final product.