Heathrow Scientific Digital Orbital Shaker with 19 mm Orbit and 20–300 rpm Speed Range

The Heathrow Scientific Digital Orbital Shaker is a high-performance benchtop shaker engineered for reliable and reproducible sample mixing and agitation. Featuring a 19.0 mm orbit diameter and a speed range adjustable from 20 to 300 rpm in 1 rpm increments, it caters to diverse laboratory protocols including cell culture agitation, molecular biology workflows, and bioprocessing applications.

Key features include:

• Digital controls with backlit display for precise speed and timer settings, adjustable up to 74 hours and 59 minutes or continuous operation.
• No-stop electronic motor feedback ensures smooth operation with instantaneous adjustment to varying or unbalanced loads, critical in biotechnology research requiring consistent mixing.
• Supports heavy loads up to 4.5 kg (10 lbs) with integrated overload protection optimizing safety during biomanufacturing processes.
• Universal hi-lo platform equipped with bungee cords secures various vessel sizes for biotechnology experiments such as gene editing and synthetic biology research.
• Durable ABS construction suitable for incubator environments (excluding CO₂ incubators) and cold rooms within an ambient temperature range of 2° to 40°C and relative humidity 20–80% non-condensing.
• Platform dimensions of 11 x 11 inches accommodate standard culture flasks and tubes widely used in molecular diagnostics and live-cell imaging protocols.

This digital orbital shaker is essential for laboratories engaged in biotechnology, molecular biology, and biomedical engineering, offering reproducible agitation critical to workflows like molecular cloning and biopharmaceutical production pipelines. Its compact footprint (13 x 13 x 8 inches) and low weight (11 lbs) allow effortless placement in constrained workspace environments.

The Heathrow Digital Orbital Shaker delivers precise, gentle agitation suitable for fluorescence analysis, live-cell incubation support, and general sample mixing, making it a reliable instrument for research scientists focused on biotechnology and clinical diagnostics applications.