Big Capacity Single-deck Floor Orbital Shaker SFS-702
Main Features
- Intelligent microprocessor management system
- Durable steel construction with ABS front
- High-resolution touch interface
- Flexible 30-step speed/time programming
- Automated operation with timing functions
- Memory recall for previous parameters
- Comprehensive safety monitoring system
- Efficient servo drive technology
- Premium alloy mechanical components
- Smooth acceleration technology
- Dual power-off protection mechanisms
- Program-controlled emergency stop
- Basic shaking platform included
- Optional data connectivity
- Expandable with various racks
Technical Data
| Control | P.I.D. |
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| Display | LCD |
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| Program Control | 8 segments (user programmable) |
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| Safety Protection | Automatic stop and start, timing, time display, power-off recovery,
parameter memory |
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| Auxiliary Function | Monitoring timer, Independent over-speed acoustic/visual alarm,
independent current leakage and over-load protection |
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| Convection Mode | Natural Convection |
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| Shaking Mode | Orbital |
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| Timing Range | 0-999.59 hr/Continuous |
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| Drive | Single-shaft balance device/Linear(Reciprocating) |
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| Working Environment | 15℃-35℃ |
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| Speed Range(rpm) | 30-300 |
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| Speed Accuracy | ±1rpm |
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| Orbit | Φ50mm |
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| Capacity | 5000mlx6, 1000mlx24,500mlx35, 250mlx54 |
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| Platform Size(mm) | 840x620 |
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| Platform Qty. | 1 |
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| N.W./G.W. (Kg) | 216/245 |
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| Overall Dimensions(DxWxH,mm) | 680x615x300 |
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| Packing Size(LxWxH,cm) | 95x70x58 |
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| Power | 80W |
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| Power Supply | AC 200-240V/50-60Hz. Optional: AC110V/60Hz |
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| Construction | Steel with powder coating |
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Introduction about laboratory shaker
Acting as a cornerstone for sample preparation, laboratory shakers
(benchtop/floor) provide controlled agitation through orbital or
linear movement. This mechanical action is essential for processes
requiring uniform liquid environments, such as cell growth,
extraction, and diagnostic testing. By automating this step,
shakers enhance throughput and reliability.
The instrument provides consistent, reproducible motion,
eliminating manual variability. Configurations include standard
orbital, low-temperature, and high-force shakers. Digital control
systems offer accuracy in parameter management, standardizing
protocols across experiments.
Its utility is shown in diverse settings: fermentation research,
liquid-liquid partitioning, histology. Attributes include a wide
speed range, extended timer capabilities, and user-safe design with
covered drive mechanisms.
