Acura® manual micropipettes – Swiss-Made Precision

In today’s laboratory environments, where accuracy and repeatability are essential, manual instruments continue to play an integral role. Among these, the Acura^® manual pipette line stands out as a thoughtfully engineered tool that balances precision, efficiency, and durability.

A key strength lies in its flexibility. The simple and intuitive ergonomic construction allows users to operate it comfortably for extended periods, reducing fatigue in repetitive workflows. As a standout feature the adjustable tip ejector enables compatibility with most pipette tips available on the market. Paired with Qualitix^® pipette tips, the instrument line offers exceptional performance.

Safety and control are integral to the instrument’s design. The volume setting system remains securely locked during use, preventing accidental changes that could compromise experimental outcomes. A large, clearly visible display allows users to verify volume settings at any time. To simplify sterilisation procedures, the micropipette can be autoclaved fully assembled.

Manufactured in Switzerland, the Acura^® manual pipettes benefit from tightly controlled production processes that ensure reliable and consistent performance. Carefully selected materials provide resistance to shocks, chemicals, and UV exposure. Its straightforward operation ensures that both experienced and less experienced users can achieve accurate measurements with confidence.

Ease of maintenance guarantees long-term performance. The micropipette is quickly disassembled for cleaning, and all components are replaceable, extending the instrument’s service life. As a fully mechanical device it reduces equipment downtime and contributes to efficient and uninterrupted laboratory work. Additionally, an integrated calibration mechanism allows users to maintain accuracy over time without relying solely on external servicing.

Overall, the Acura^® manual micropipette reflects a design focused on precision, usability, and longevity, offering dependable performance while reducing complexity.

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