Unilever plans to open a new Global Innovation Centre in New Haven, Connecticut, by spring 2029, bringing packaging design together with formulation, fragrance, consumer research and other R&D capabilities. The integrated facility is intended to accelerate product development across the company’s personal care, beauty and wellbeing portfolio while strengthening its innovation presence in the United States.

The centre will place packaging specialists alongside scientists, designers and consumer insight teams, replacing a more fragmented development model with a single collaborative environment. For packaging projects, this could shorten the distance between an initial concept, technical validation, consumer testing and commercial scale-up.

By bringing science, design, sensory development and packaging under one roof, Unilever aims to reduce development time and create more distinctive products.

A dedicated packaging innovation studio will support both physical and digital prototyping. Real-time consumer feedback is expected to be incorporated earlier in the design process, allowing teams to evaluate pack functionality, appearance, ergonomics and user experience before committing to large-scale tooling or production trials.

This approach could help designers resolve common packaging challenges more quickly. Closure performance, dispensing behaviour, visual appeal, material selection and digital interaction can all influence whether a new beauty or personal care product succeeds. Testing these elements alongside the formulation may also reduce compatibility risks and prevent late-stage redesigns.

The facility is expected to use artificial intelligence and emerging quantum technologies to generate deeper insights and support faster decision-making. AI-assisted modelling could help teams predict consumer responses, optimise pack structures, evaluate materials and compare design alternatives before producing multiple physical samples.

For Unilever, the centre represents a shift towards end-to-end integration. Packaging will no longer be treated as a final stage added after product development. Instead, it will be developed in parallel with fragrance, texture, sensory performance and brand positioning, helping create products in which the formula and container work as one system.

• Co-located teams can reduce communication delays between packaging, formulation and marketing specialists.
• Real-time feedback can improve usability and consumer acceptance earlier in development.
• Digital prototyping may reduce the number of physical samples and factory trials required.
• AI-supported analysis can accelerate material, aesthetic and performance decisions.
• External partnerships can connect Unilever with universities, technology suppliers and bioscience experts.

The New Haven location gives Unilever access to a growing biosciences and technology ecosystem. The company expects the centre to support partnerships with academics, consumers and technology providers, while connecting with its wider network of global innovation hubs.

Approximately 300 employees are expected to work at the site, which will succeed Unilever’s existing R&D facility in Trumbull, Connecticut. The combined public and private investment associated with the project is expected to exceed $300 million, underlining the strategic importance of innovation to Unilever’s growth plans.

The packaging studio could also support the company’s sustainability priorities. Earlier collaboration between material scientists, product developers and packaging engineers can make it easier to assess recyclability, refill potential, weight reduction and recycled-content options without compromising product protection or consumer experience.

This is particularly important in beauty and personal care, where packaging often combines pumps, caps, labels, barriers and decorative components. Integrated development may help Unilever simplify these structures, improve compatibility with recycling systems and reduce the risk of sustainability changes affecting product quality.

The announcement reflects a wider trend among global manufacturers. Companies including LEGO are also investing in dedicated facilities that combine packaging, materials research and advanced manufacturing. These centres recognise that packaging innovation increasingly depends on collaboration across design, science, automation and sustainability.

For the packaging industry, Unilever’s new centre signals that pack development is becoming a central part of product innovation rather than a downstream engineering task. By combining consumer insight, digital tools and technical expertise, the company aims to bring category-defining products to market faster and scale successful concepts internationally.