Introduction
Microplate Shaker is designed with speed from 300 to 1350 rpm. It features constant temperature and oscillation functions to reduce experimental and sample processing time. Equipped with brushless DC motor, it delivers smooth process, low noise levels, and maintenance-free performance. Incorporates automatic power recovery that resumes operation after unexpected interruptions. Shaker enables mixing, catalytic reactions, preservation, and sample incubation.
Manufactured under strict quality control processes, complying with international laboratory equipment standards. Provides 1-year warranty for main components and lifetime technical support.
Applications
Microplate Shaker is ideal for sample incubation, catalytic reactions, preservation, blending, and storage in research, diagnostics, pharmaceuticals, and biotechnology laboratories.
Specifications
| Shaking Speed Range | 300 to 1350 rpm |
| Capacity | 4 microplates or deep well plates |
| Orbit | 3 mm |
| Temperature Setting Range | 0 to 80℃ |
| Temperature Control Range | RT+5 to 80℃ |
| Temperature Accuracy | Less than or equal to ±0.5℃ |
| Temperature Uniformity | Less than or equal to ±0.5℃ |
| Heating Time | Less than or equal to 10min (from 25 to 80℃) |
| Timing Range | 1min to 99h59min/∞ |
| Auto Preheating | Yes |
| Auto Resume | Yes |
| Display Accuracy | 0.1℃ |
| Power Consumption | 300W |
| Power Supply | AC220V or AC110V, 50/60Hz |
| Dimensions | 340×320×200 mm |
| Weight | 9.5 Kg |
Features
PID control
Fuzzy technology
Auto preheating
Real-time display
Over-temp protection
Digital controls
FAQs
1. What is a Microplate Shaker?
A Microplate Shaker is an apparatus designed to agitate or mix samples in microplates to ensure uniformity and proper reaction conditions.
2. How does Microplate Shaker work?
It operates by shaking microplates at controlled speeds and motions, such as orbital or linear shaking, to mix liquids efficiently in the wells.
3. Can Microplate Shaker be used for high-throughput screening?
It is ideal for high-throughput screening applications, when paired with automated systems and multiple microplates.
4. How does Microplate Shaker help in cell culture experiments?
It enhances cell culture experiments by promoting even nutrient distribution and gas exchange, especially in suspension cultures or small-volume formats.
5. Can Microplate Shaker be used for protein binding studies?
It provides consistent agitation required for uniform binding conditions in protein-ligand interaction studies.
6. Is Microplate Shaker useful in drug discovery applications?
It is commonly used in drug discovery for mixing compounds, reagents, and biological samples in screening assays.
7. How does Microplate Shaker aid in biochemical assays?
It aids in biochemical assays by uniformly mixing enzymes, substrates, and inhibitors, which enhances reaction kinetics and reproducibility.
8. Can Microplate Shaker be used in environmental testing labs?
It is commonly used in environmental testing labs for sample homogenization in assays such as water toxicity tests or pollutant analysis.
9. Is a Microplate Shaker useful for food and beverage testing?
It is useful in food and beverage testing for uniform mixing in assays that detect contaminants, allergens, or nutritional components.
10. How does Microplate Shaker benefit clinical diagnostic applications?
It benefits clinical diagnostics by providing precise mixing in immunoassays and sample prep for accurate test results and high reproducibility.
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