Big Capacity Single-deck Floor Orbital Shaker SFS-703

Main Features

1. Digital P.I.D. precision control
2. Protective steel/ABS hybrid enclosure
3. Clear LCD operation interface
4. Multi-segment programmable operations
5. Automated cycle management
6. Parameter retention capabilities
7. Real-time monitoring and alerts
8. Precision servo motor drive
9. High-quality alloy construction
10. Controlled start-up sequence
11. Overheat and malfunction protection
12. Emergency operation controls
13. Standard shaking accessories
14. Optional data management
15. Modular rack compatibility

Technical Data

Introduction about laboratory shaker

The laboratory shaker is a fundamental device for achieving homogeneous sample agitation. Offered in both benchtop and floor-standing models, it works by moving sample containers in defined motion profiles, most notably orbital shaking. This action ensures thorough mixing, adequate aeration for cell growth, and the prevention of sedimentation. As such, it is an essential tool for ensuring experimental reproducibility in life science and chemical research.

The core concept is the mechanization of mixing to ensure consistency. Different motion patterns serve specific purposes: orbital for general mixing, linear for washing, rocking for gentle processing. Incubator shakers provide a fully controlled environment, regulating temperature alongside agitation—critical for sensitive biological incubations. Modern versions feature digital precision, allowing exact RPM settings and programmable run profiles for complex protocols.

Shakers are utilized in a wide array of procedures. They are critical for growing bacterial cultures for molecular biology. They are used in chemistry to increase reaction kinetics. In molecular biology, they ensure even hybridization. Important design features include a low-center-of-gravity base for stability, a range of platform attachments, and compliance with safety standards