UBITE provides bio‑based polymer materials that match the performance of traditional plastics while being fully reusable and recyclable. Its platform enables hospitality, travel, and consumer brands to customize premium tableware and packaging with heat‑resistant, porcelain‑like finishes, supported by a closed‑loop take‑back system.
Funding
Funding not disclosed
Founders
Product
Problem
Single-use, oil‑based plastics dominate many consumer and hospitality sectors, generating persistent waste and contributing to environmental pollution. Existing alternatives often lack the durability, aesthetic appeal, or recyclability needed for high‑end applications, limiting adoption by brands seeking sustainable solutions.
Solution
UBITE addresses this gap by developing advanced bio‑based material platforms that combine the performance of traditional plastics with full recyclability and reusability. The company engineers polymer blends derived from renewable feedstocks to achieve heat resistance, lightweight strength, and a porcelain‑like finish suitable for tableware, cups, and custom branded items. Each product is locally manufactured with a design‑first approach, allowing customers to tailor aesthetics while maintaining a closed‑loop lifecycle. By integrating material science, digital design tools, and scalable production processes, UBITE enables brands to replace disposable plastics with premium, circular alternatives without compromising functionality or brand image. The resulting portfolio supports a waste‑free, circular economy across hospitality, travel, and corporate environments.
Target Audience
Primary customers are hospitality operators, airlines, and consumer brands that require premium, reusable tableware or packaging and seek to meet sustainability targets while preserving brand aesthetics. UBITE also serves corporate sustainability programs looking for custom, circular product solutions.
Features
- Proprietary bio‑based polymer formulations offering heat resistance up to 200 °C and impact durability comparable to conventional plastics
- Lightweight, porcelain‑like surface finish that can be tinted or textured for high‑end visual branding
- Fully reusable and recyclable product architecture designed for multiple life‑cycle passes within a closed‑loop system
- Modular design platform that allows customers to customize shape, color, and branding elements via CAD integration
- Scalable manufacturing process using injection molding and 3D‑printing to meet low‑volume bespoke orders and high‑volume production alike
- Compliance with EU REACH, FDA food‑contact, and other sustainability certifications to ensure regulatory readiness
- End‑of‑life take‑back program enabling material recovery and re‑upcycling for continuous material circularity
- Collaborative development service that partners with corporate sustainability teams to co‑create branded eco‑products