Plastic

At Suppa, we have chosen to use PLA (polylactic acid) to manufacture our products, including our revolutionary pipette holder, Suppa One. This material offers many advantages in terms of durability, respect for the environment and performance.

PLA (Polyactic Acid)

Used for the pipette holders (Suppa One and Suppa Two) and for the Golf Ball Holder

Gros plan d'une feuille verte avec plusieurs petites gouttelettes d'eau claires concentrées au centre et dispersées sur sa surface, comme un médicament naturel. L’arrière-plan est un feuillage vert riche et flou.

Biodegradable and Biosourced

PLA is a biodegradable plastic made from renewable resources such as corn starch, sugar cane or sugar beet. Unlike traditional petroleum-derived plastics, PLA breaks down naturally in industrial composting environments, reducing its environmental impact.

PLA Non Toxique et Sûr pour l'Usage Quotidien

Non-Toxic and Safe for Daily Use

PLA is non-toxic and does not release harmful substances when in contact with food or medical products. This makes it an ideal material for products used every day, ensuring the safety of users.

Vue rapprochée de plusieurs bobines de filament d'imprimante 3D de différentes couleurs, notamment crème, vert, jaune, rouge, gris, bleu et noir, disposées en rangée sur un fond bleu flou. Leur précision fait écho à l’organisation méticuleuse observée dans une configuration de support pour pipette.

High Quality and Durability

PLA offers excellent 3D printing quality, allowing the creation of precise and robust products. Its durability ensures a long life for our products, reducing the need for frequent replacements and contributing to the reduction of waste.

  • Reduction of the Carbon Footprint 🌍

    The production of PLA generates fewer greenhouse gases compared to traditional plastics. By using renewable plant resources, PLA contributes to reducing our carbon footprint and the fight against climate change.

  • Contribution to the Circular Economy 🔄

    PLA fits perfectly into a circular economy model. After use, PLA products can be industrially composted, thus completing the product life cycle in an ecological and sustainable way.

1 2

TPU (Thermoplastic Polyurethane)

Used for the Vanotee; Vanotee Carpet; Vanotee Cap and the Suppa Collar

Gros plan d'une feuille verte avec plusieurs petites gouttelettes d'eau claires concentrées au centre et dispersées sur sa surface, comme un médicament naturel. L’arrière-plan est un feuillage vert riche et flou.

Ecological and Sustainable

TPU is a durable and recyclable material, contributing to more responsible management of plastic resources. Its robustness and long lifespan reduce the frequency of replacements, thus minimizing waste. Designed to resist wear and tear, TPU helps reduce environmental impact by extending product lifespan.

Flexibilité TPU

Flexible and resistant

TPU (Thermoplastic Polyurethane) is a highly flexible and durable plastic, offering exceptional resistance to impact, wear and varied temperatures. Its flexibility allows it to adapt and regain its shape, making it an ideal material for products that require both flexibility and robustness.

PLA Non Toxique et Sûr pour l'Usage Quotidien

Non-Toxic and Safe for Daily Use

TPU is non-toxic and does not release harmful substances when it comes into contact with food or medical products. It is therefore perfectly suited to applications that require high security for users.

Vue rapprochée de plusieurs bobines de filament d'imprimante 3D de différentes couleurs, notamment crème, vert, jaune, rouge, gris, bleu et noir, disposées en rangée sur un fond bleu flou. Leur précision fait écho à l’organisation méticuleuse observée dans une configuration de support pour pipette.

High Quality and Performance

TPU enables high-quality 3D printing, providing a smooth and precise finish for products that are both robust and flexible. Its durability guarantees a long life for our products, reducing the need for frequent replacements and contributing to the reduction of waste.