Refrigerated Orbital Shaking Incubator /Laboratory Incubator Shaker ST-217R

Main Features

1. Advanced Control System: P.I.D. controller with 7" touch screen LCD interface
2. Durable Construction: Powder-coated steel exterior with SUS304 internal components
3. Optimal Visibility: Large tempered glass viewing window with fluorescent and UV lighting
4. Robust Motion System: Single-shaft 5-dimensions orbital shaking technology
5. Easy Maintenance: Water-resistant, washable SUS304 chamber with rounded corners
6. Space Efficient: Stackable floor-standing design (max. 3 units)
7. Precise Temperature Control: Heating and frostless refrigeration system (RT+4℃ to 60℃)
8. Environmental Responsibility: R134a CFC-free refrigerant
9. Comprehensive Safety: Multi-layer protection system with alarms and automatic safeguards
10. Smart Programming: 5 groups/30-segment curve programming capability
11. Enhanced Humidity Control: Integrated active humidifying system (room humidity to 95%RH)
12. Sample Protection: Soft start circuit prevents liquid splash and sudden movement
13. Data Management: USB export and RS485 connectivity with optional thermal printer
14. User Convenience: Automatic door sensing, power failure recovery, and parameter memory
15. Versatile Accessories: Multiple platform options for flasks, tubes, and microplates
16. Operator Safety: Three-level security system with one-key screen locking
17. Real-time Monitoring: Live curve display with working/set parameter comparison
18. Calibration Ready: Built-in temperature and speed calibration functions
19. Extended Functionality: Optional LED culture lighting and external humidity systems
20. Reliable Performance: Independent over-temperature protection and compressor safeguards

Technical Data

Introduction about laboratory shaker

A laboratory shaker is fundamental for sample agitation (benchtop/floor). Purpose: mix, aerate, suspend via controlled movement (often orbital), ensuring homogeneous solutions, uniform conditions vital for credible data in cell culture to analytical chemistry.

Principle: imparting reproducible motion; automates inconsistency-prone manual step. Configurations: open-air orbital, enclosed incubator for temp control, large-capacity floor for high-throughput. Digital control systems: high-precision parameter management for standardization.

Employed in essential tasks: culturing suspension-adapted insect cells for viral production, liquid-liquid extractions in organic synthesis, mixing samples/reagents in clinical diagnostics. Attributes: low-vibration drive for quiet operation, platform compatible with disinfectants, ATEX certifications where required.