Orbital Linear Switchable Benchtop Laboratory Shaker RS-101
- ABS exterior
- P.I.D controller
- LCD display with backlight
- Single-shaft 5-dimensions technology
- AC inductive long-life brushless motor, with wide speed regulation, constant torque, constant speed of rotation, and maintenance-free
- High/low limit over temperature acoustic & visual alarm, high/low limit over speed alarm, electric current leakage and over load protection. Motor over-heat protection. Automatic power cut-off in case of temperature out of control or abnormal over-temperature
- Repeat, increment (step) and 8-segment curve programming setting
- Power-failure recovery, parameter memory, temperature/speed calibration, time display, and room/working temperature display.
- Acceleration control circuit ensures soft start, smooth acceleration and safety of samples
- Flexible orbits and speed: Speed 50-300(Orbit Φ0-50mm)/600rpm(Orbit Φ50mm)
| Model | RS-101 |
| Control | P.I.D. |
| Display | LCD |
| Convection Mode | High Speed Circulation |
| Shaking Mode | Linear-Orbital (Switchable) |
| Drive | Single-shaft balance device |
| Working Environment | Temperature: 15℃-35℃.Humidity 20%-90% |
| Temp. Range | Room Temp |
| Speed Range(rpm) | 50-300/600 |
| Speed Accuracy | ±1rpm |
| Orbit | Φ0-50(30-300rpm) /Φ50(600rpm) |
| Refrigerant | / |
| Timing Range | 0-999.59Hr |
| Platform Size(mm) | 500x400 |
| *Flask Capacity | 1000mlx6, 500mlx15,or, 250mlx25 |
| Platform Qty. | 1 PC |
| Chamber Dimensions | / |
| Capacity (L) | / |
| N.W./G.W. (Kg) | 49/65 |
| Overall Dimensions (DxWxH,mm) | 500x480x220 |
| Packing Size | 62x62x46(LxWxH,cm) |
| Power Supply | AC 200-240V/50-60Hz. Optional: AC110V/60Hz |
| Power | 80W |
| Platform Material | SUS304 |
| Chamber Material | / |
| Exterior | ABS +steel |
Functioning as essential automation device, laboratory shaker provides reliable uniform agitation (benchtop/floor). Operates by moving holding platform in orbital/linear motions—creates homogeneous mixtures, ensures oxygenation, maintains suspension—vital for rigorous investigation.
Principle: standardizing mixing via mechanical means; replaces manual inconsistency. Common variants: orbital (general), rocking (gentle), incubator (temp-controlled). Modern digital interfaces provide exact control over parameters for comparative studies.
Applied in numerous contexts: growing yeast in fermentation studies, dispersing nanoparticles in materials science, ensuring efficient hybridization in molecular diagnostics. Attributes: powerful thermally protected motor, user-friendly control (tactile/touchscreen), compact footprint optimizing space.
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