16Kg 16L Wrist Action Shaker Laboratory Wrist Action Shaking Machine SWS-800
Wrist -action shaker SWS-800
Main Features
- Next-generation 5" touch interface
- Intelligent converter motor system
- Sophisticated 30-segment programming
- High-cycle repetition capability
- Modern electrical protection
- Advanced sealed bearing technology
- Technical-grade stainless steel
- Engineered aluminum alloy arms
- Smart timing mode implementation
- Production-ready standard packages
- Technical flask compatibility
- Future-proof laboratory investment
Technical Data
| Model | SWS-800 |
| Display | 5” Colour LCD with Touch Screen |
| Shaking Mode | Wrist action |
| Shaking Radius | 13.3±0.4cm |
| Curve Programme | 30 segments,100 repetition cycles |
| Safety Protection | Independent over speed acoustic and visual alarm, current leakage and over load protection, curve display, data storage and log |
| Tilting Angle | 6°/10°/12°/15° adjustable |
| Speed | 30-600rpm±1rpm |
| Timing Range | 0-9999H/M/S (2 modes: start timing and constant speed timing) |
| Max. Flask Capacity | 16x1000ml |
| Total Load Capacity | 16Kg/16L |
| Working Environment | 15℃-35℃, Humidity 20-80% |
| N.W./G.W. (Kg) | 60/70 |
| Overall Dimensions (with arm) | 272x452x322(WxDxH,mm) |
| Packing Size(LxWxH,cm) | 55x46x56 |
| Power(W) | 80 |
| Power Supply | AC 200-240V/50-60Hz /Optional: AC110V/60Hz |
Introduction about laboratory shaker
The laboratory shaker is a versatile instrument designed to agitate samples in containers such as flasks and tubes. Offered in benchtop and floor-standing models, it performs this task through defined motions—most notably orbital shaking. This agitation is crucial for achieving solution homogeneity, promoting necessary gas exchange in biological systems, and ensuring that all portions of a sample are treated identically. As such, it is a foundational device for experimental consistency.
Its operational foundation is the reliable replication of motion parameters. By providing steady agitation, it creates a uniform microenvironment for samples. Device specialization is evident: orbital shakers are general-purpose; rocking platforms handle delicate tasks; incubator shakers provide combined thermal and mechanical control. Contemporary models leverage digital technology for precise command over speed and duration, with some offering programmable memory for frequently used protocols, streamlining daily workflow.
Shakers are applied across a spectrum of techniques. They are essential for propagating bacterial cultures for plasmid preparation. They are used in biochemistry for mixing assay components. In biopharma development, they facilitate adhesion testing of formulations. Key features frequently include a high-torque motor that maintains set speed even under full load, a platform that can be easily removed for cleaning or autoclaving, and a low electromagnetic interference (EMI) design for safe use near sensitive electronic equipment.
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