Incubator Shakers are designed for controlled orbital shaking inside high humidity and CO₂ incubator environments, while also supporting general shaker use outside the chamber. This product group includes the CO₂ Incubator Shaker System, magnetic drive shaker, and matching accessory options, allowing selection of the shaker only, the flask clamp and platform kit, or the platform only depending on the laboratory setup.
The main unit uses a magnetic drive system with sealed electrical coils, supporting maintenance-free operation and long service life in demanding incubator-based conditions. The design is especially suitable where low heat dissipation is important, helping reduce unnecessary heat contribution inside controlled chamber environments. Its compact footprint supports practical placement inside incubators where bench or chamber space is limited.
A detachable external control box allows the shaker to be operated conveniently while keeping the control interface outside the incubator chamber. This supports easier adjustment and monitoring during controlled shaking workflows, while the shaker platform remains positioned inside the incubator environment. The accessory options provide flexibility for users who require a complete flask clamp and platform setup or replacement platform-only configuration.
For laboratory equipment reference, IEC 61010-1 is relevant to general safety requirements for electrical equipment used in measurement, control, and laboratory applications. ISO 9001 may also be used as a general quality management reference where supplier or manufacturer certification is available. OECD Good Laboratory Practice guidance may be relevant for laboratories working under documented quality systems, although it should not be used as a product compliance claim unless supported by the manufacturer’s documentation and application requirements.
For LabChoice Australia customers, Incubator Shakers provide a practical solution for laboratories requiring controlled orbital shaking in CO₂ incubator environments, compact placement, external control convenience, low heat dissipation, magnetic drive operation, and flexible platform or clamp accessory selection.
