250mlx9 Benchtop Orbital Laboratory Shaker DBS-601
- Precision P.I.D. controller with multi-point temperature calibration
- High-visibility backlit LED interface with real-time monitoring
- Robust ABS housing combined with premium SUS304 platform
- Industry-leading single-shaft 5-dimensions drive system
- Flexible repeat, increment, and 8-segment programmable operations
- Automated stop/start functions with intelligent timing control
- Smart power recovery and parameter preservation capabilities
- Independent safety monitoring with immediate overspeed alerts
- Intelligent speed memory for consistent experimental conditions
- Multi-layer protection including soft start and thermal safeguards
- Isolated electrical system prevents laboratory-wide disruptions
| DBS-601 | |
| Control | P.I.D. |
| Display | LED |
| Program Control | / |
| Safety Protection | Current leakage and over load protection |
| Convection Mode | / |
| Shaking Mode | Orbital |
| Drive | Single-shaft Drive |
| Speed Range(rpm) | 30-300 |
| Speed Accuracy | ±1rpm |
| Orbit | Φ20mm |
| Timing Range | / |
| Capacity | 250mlx9 |
| Platform Size(mm) | 320x300mm |
| Platform Qty. | 1 PC |
| N.W./G.W.(Kg) | 15/20 |
| Overall Dimensions | 300x390x160(DxWxH,mm) |
| Packing Size | 50x41x40(LxWxH,cm) |
| Power | 60W |
| Power Supply | AC 200-240V/50-60Hz. Optional: AC110V/60Hz |
| Exterior | ABS |
A laboratory shaker, in its benchtop or floor-standing incarnation, is engineered for the uniform agitation of liquid samples. Its role is to mix, aerate, or suspend the contents of laboratory vessels through controlled mechanical motion. This capability is fundamental to establishing consistent experimental conditions, which directly influences the quality of results in areas like microbial cultivation, protein biochemistry, and pharmaceutical testing.
The device operates by transforming electrical energy into precise, repetitive platform movement. This movement is characterized by its type (orbital, linear, rocking) and speed. Incubator shakers represent a significant evolution, merging an environmental chamber with an agitation function to control both temperature and motion simultaneously—a requirement for many biological protocols. Digital control panels now offer precise setting and monitoring of all critical variables, enhancing repeatability.
Its uses are manifold. In biotechnology, shakers are used for recombinant protein expression in bacterial hosts. In environmental science, they agitate samples for pollutant extraction. In clinical labs, they mix reagents thoroughly for accurate test results. Notable features often include a speed range that covers both gentle and vigorous agitation, a reliable digital timer with countdown display, and a compact, stable design that minimizes bench space usage while preventing movement during operation.
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