500mlx15 250mlx25 Benchtop Orbital Shaker Senova Biotech Lab Shaker

1. Advanced P.I.D. controller ensures precise temperature regulation
2. Clear LED display provides straightforward parameter monitoring
3. Lightweight ABS exterior with durable SUS304 shaking platform
4. Reliable single-shaft 5-dimensions drive technology
5. Independent current leakage and overload protection safeguards other lab equipment
6. Protective soft start circuit prevents sample disruption
7. Power-off protection for motor overheating and temperature control failures
8. Standard flask shaking platform with clamps included
9. Optional roller shaking platform expands application versatility
10. Compact design optimized for benchtop laboratory use
11. Energy-efficient operation suitable for extended research protocols
12. User-friendly interface simplifies daily operation and maintenance

Serving as a core device for liquid sample processing, the laboratory shaker provides consistent agitation. Whether as a benchtop unit or a free-standing floor model, it operates by moving sample containers in orbital or linear paths. This action is designed to achieve complete mixing, promote necessary gas exchange in biological systems, and maintain uniform suspensions. The consistency it provides is a key factor in experimental reproducibility across scientific disciplines.

The functionality is rooted in creating a standardized dynamic environment. Mechanical agitation replaces variable manual techniques. The orbital shaker is the workhorse for general mixing and culture work. Rocking platforms offer a gentler alternative. Incubator shakers provide integrated control over temperature and agitation, essential for many microbiological and biochemical incubations. Modern features like programmable memory slots and computer connectivity allow for sophisticated protocol management and documentation.

Applications are wide-ranging. Shakers are essential for aerobic cultivation of microorganisms in bioprocessing. They are used in pharmacology for studying drug dissolution profiles. In molecular biology, they are employed for membrane-based hybridization assays. Important performance features include a consistent shaking speed that does not fluctuate with load, a timer capable of long-duration runs, and a design that ensures reliable operation in environments with fluctuating ambient temperatures.