Orbital Shaker LOS-F20

Orbital Shaker LOS-F20 is compatible with a wide variety of lab containers, including Erlenmeyer flasks, culture plates, test tubes, beakers, and reagent bottles. Its interchangeable platforms are designed to securely hold various container sizes and shapes. This flexibility allows researchers to adapt the shaker for different protocols without purchasing additional equipment. It’s especially useful for labs conducting parallel experiments with diverse container formats. The firm grip and balanced motion prevent slippage during operation. The shaker can support up to 3 kg of combined sample weight. Whether for microbial culture or reagent agitation, the shaker offers container versatility for every need.

Yes, the Orbital Shaker LOS-F20 is well-suited for Good Manufacturing Practice (GMP) and Good Laboratory Practice (GLP) compliant environments. It features precise speed and time control, ensuring repeatable results essential for regulated procedures. The brushless DC motor offers consistent performance with minimal deviation. Its easy-to-clean body and corrosion-resistant surface help maintain strict hygiene standards. Digital displays and programmable settings contribute to documentation and process validation. The compact design fits seamlessly into cleanroom or production workflows. For labs requiring consistent, validated outcomes, the shaker delivers performance that aligns with industry quality standards.

Our Orbital Shaker LOS-F20 provides automated, uniform mixing that significantly improves consistency over manual shaking methods. It's 30 mm orbital motion ensures every sample receives equal agitation, reducing human error and variability. Manual shaking often leads to fatigue, inconsistent results, and contamination risks. The Shaker allows precise control over speed and duration, optimizing protocols like cell culture, staining, and reagent mixing. Additionally, programmable timing enables unattended operation, saving time and labour. With adjustable speed (50–250 rpm), it supports both gentle and vigorous mixing. Overall, it enhances productivity, accuracy, and safety compared to manual techniques.

Labtron’s Orbital Shaker LOS-F20 is well-suited for temperature-sensitive experiments when paired with incubators or cold rooms. While the shaker itself does not regulate temperature, it is compact and durable enough to operate inside environmental chambers. Researchers commonly use it for culturing cells, hybridization, and enzyme reactions that require controlled temperatures. The brushless motor design generates minimal heat, protecting samples from thermal interference. Ensure the environmental conditions stay within the shaker’s specified range. Its corrosion-resistant body and low noise output make it safe for sensitive biological protocols. For thermal-critical tasks, the shaker integrates into temperature-regulated workflows.

Our Orbital Shaker LOS-F20 is engineered for long-term durability in demanding lab settings. It features a chemically resistant, easy-to-clean exterior that withstands daily exposure to spills and disinfectants. The internal components are built with high-quality materials, and the brushless DC motor eliminates wear-prone parts, reducing maintenance. Non-slip feet provide operational stability and absorb vibration during shaking. Safety features like overload protection extend the shaker’s life by preventing stress-related damage. It also maintains consistent performance even with frequent, continuous use. This robust construction makes it a dependable choice for high-usage research and industrial environments.

Designed for ease of operation, the Orbital Shaker LOS-F20 includes a user-friendly control interface with a bright LED display that clearly shows real-time speed and time settings. Users can precisely adjust parameters using soft-touch buttons, which are comfortable to use even with laboratory gloves. The intuitive digital controls allow for quick setup and accurate fine-tuning of experimental conditions. The display remains easily visible in low-light environments, making it suitable for use inside incubators. The unit supports both continuous and timed operation modes. An audible end-of-cycle alarm alerts users when the process is complete. This smart interface streamlines workflows and minimizes setup time.