Project:
OMNI Micropipette
Year:
2025
Duration:
3 months
Overview
OMNI redefines laboratory ergonomics with a revolutionary micropipette design that prioritises both scientist and sustainability. Challenging 60 years of stagnant linear forms, its 45° angled grip and finger-triggered controls reduce thumb strain and wrist deviation. The modular handle system through an open source model empowers users through 3D-printable customisation. OMNI doesn’t isn’t just a redesign of a tool – it redefines what lab equipment should look like – sustainable, ergonomic, and empowering.
Problem
The design of laboratory micropipettes has seen little fundamental innovation since their inception, leading to two significant challenges. Ergonomically, the conventional linear form necessitates postures that contribute to a high prevalence of musculoskeletal discomfort among technicians, with strain often localised in the thumb, wrist, and shoulder during repetitive use. From an environmental perspective, laboratory practices generate considerable plastic waste. The instruments themselves are typically not designed for disassembly or repair, and their reliance on single-use consumables, like pipette tips, adds to a growing sustainability concern within the healthcare sector.
Solution
OMNI proposes a considered redesign of the micropipette to address these ergonomic and environmental challenges. Its form incorporates a angled grip and repositioned controls to support a more neutral wrist and hand posture, aiming to reduce physical strain during prolonged use. Furthermore, the design embraces principles of repairability and customisation through a modular architecture. By offering open-source, 3D-printable components, OMNI provides a pathway for users to adapt and maintain their tools, thereby extending product lifespan and offering a practical step towards reducing laboratory waste. This approach seeks to align precision instrument design with user well-being and material responsibility.
