110V 220V Benchtop Tabletop Laboratory Orbital Shaker SFS-701

Main Features

1. Advanced P.I.D. microprocessor control
2. Robust powder-coated steel exterior (ABS front panel for SFS-701)
3. Intuitive 7" color LCD touch screen display
4. Sophisticated 30-segment adjustable programming
5. Automatic start/stop with power-off recovery
6. Parameter memory for speed optimization
7. Independent monitoring timer and alarms
8. Servo motor with single-shaft 5-dimensions technology
9. Premium chrome alloy and iron casting components
10. World-class bearing construction
11. Protective soft start circuit
12. Motor overheating and temperature safety systems
13. Emergency stop with program control (except SFS-701)
14. Standard flask platform with clamps
15. Optional USB data export interface

Technical Data

Introduction about laboratory shaker

Essential for agitation and mixing, laboratory shakers (benchtop and floor-standing) are engineered to handle samples in various containers through controlled motion. This motion, primarily orbital, ensures samples are continuously blended, leading to homogeneous mixtures—a non-negotiable prerequisite for accuracy in life science and chemical research. The instrument’s value is proven in applications demanding consistent environmental factors, such as cell culture propagation, solubility assessments, and immunoassays.

Fundamentally, these devices automate and standardize the mixing process. They eliminate the variability introduced by manual handling. Key types cater to different needs: Standard orbital shakers provide versatile mixing; refrigerated shakers maintain low temperatures for heat-sensitive samples; high-capacity shakers accommodate large flasks or numerous plates. The advent of digital control has revolutionized usability, allowing exact speed (RPM) and time settings to be saved and replicated, thereby bolstering experimental consistency.

The scope of application is vast. In biotechnology, shakers are used for fermenting cultures and expressing recombinant proteins. In pharmaceutical labs, they aid in medicine formulation by testing compound solubility. Clinical laboratories utilize them for thorough mixing of reagents with patient samples in diagnostic tests. Salient features include durable, easy-to-clean platforms, powerful motors capable of maintaining speed under load, and safety features like imbalance detection and automatic shut-off timers. This combination of versatility, control, and reliability solidifies the shaker's role as a laboratory staple.