VWR Orbital Shaker 3500 Standard Analog Benchtop Platform Shaker

The VWR Orbital Shaker 3500 is a robust analog benchtop platform shaker designed for continuous-duty operation in diverse laboratory environments, including cold rooms, incubators, and CO2 cabinets. Its 12 x 10 in stainless steel platform with a rubber mat supports up to 35 lbs of sample weight, ensuring stable handling during vigorous mixing processes critical in biotechnology workflows.

Key technical features include:

• Speed range: 25 to 500 RPM, with 1% accuracy above 100 RPM and ±1 RPM below 100 RPM
• Orbit diameter: 19 mm, providing consistent orbital motion ideal for bacterial suspensions, staining/destaining, and general cell culture mixing
• Timer: Integrated analog timer adjustable from 1 to 120 minutes, with slow start to prevent sample spillage or loss
• Drive system: Triple eccentric drive with smooth-running ball bearings and brushless DC motor for silent, continuous operation
• Environmental tolerance: Operates reliably between 0 to 40°C (32 to 104°F), accommodating diverse research conditions including live-cell imaging and molecular diagnostics setups
• Tray dimensions: 13 x 13 in aluminum tray designed for even shaking and durability
• Power requirements: 115V, 50/60Hz supply

This orbital shaker is widely adopted in molecular biology and bioprocessing laboratories, essential for mixing protocols that require precise agitation and temperature control. Its sturdy construction and reliable performance make it suitable for biomanufacturing processes, synthetic biology experiments, and biomedical engineering applications involving delicate cell cultures.

Included accessories are the platform with rubber mat and 120V power cord. The VWR Orbital Shaker 3500 delivers consistent orbital agitation critical for gene editing workflows and is a valuable tool in biopharmaceutical production pipelines.

This equipment is ideally suited for laboratory professionals seeking a high-precision, durable, and versatile orbital shaker for demanding biotechnology and clinical research applications.