10l-50L Dual Set-up Rotary Evaporator NoVap-DC20
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Engineered for fast solvent recovery with double the condensing area and recovery volume.
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Intuitive interface with clear digital readouts for speed and temperature.
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Innovative flask clamp allows for fast and secure vessel swapping.
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Ready-to-use system: auto-lift water bath and complete vertical glassware included.
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Ergonomic design enables single-hand, ambidextrous operation of all key functions.
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Heating bath temperature secured by a dedicated key-lock button.
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Customizable immersion depth for efficient evaporation of various solvents.
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Broad speed range (20-200 rpm) supports gentle to rapid distillation processes.
| Model | NoVap-DC20 |
| Optimal Ambient Temperature | 5~35(℃) |
| Power Supply | 220V 1 phase or 380V , 3 phase |
| Speed Setting | Digital display DC stepless speed regulation |
| Motor Stirring Speed | 20~130 rpm |
| Rotating Motor | Brushless motor 250W |
| Temp. Control Range | Digital display ,RT -99(℃) |
| Max Volume | 399.9 Pa(below 3mmHg) |
| Boiling Flask | 20L Flange mouthΦ125 |
| Collect Flask | 10L*2 |
| Condenser | Vertical, dual main condenser and sub condenser , high-efficiency three-layer reflux condenser tube |
| Condensation Area | Main Condenser 1.6㎡ Sub condenser 0.78㎡ |
| Evaporation Capacity | Water ≥8L/h alcohol≥18 L/h |
| Water Bath Pot Material | Stainless Steel |
| Water Bath Size | Φ450*260mm |
| Lifting Method | Electric lift |
| Lifting Distance | 0~190mm |
| Machine Power | 4000W |
| Machine Size | 1250*600*1870mm |
The efficiency of a rotary evaporator stems from the integrated function of its key components. The central element is the rotating or evaporating flask, which holds the sample. Its rotation spreads the liquid into a thin film, maximizing the surface area for evaporation. This flask is partially immersed in a heated bath, which gently supplies thermal energy to drive vaporization. A vacuum system is connected to lower the internal pressure, which dramatically reduces the boiling point of the solvent, allowing evaporation at much lower, safer temperatures.
The vapor produced travels into a condenser, typically cooled by circulating coolant, where it returns to a liquid state. Finally, this condensed, purified solvent drips into a dedicated receiving flask. Each part plays a critical role in the device's gentle and effective operation, making it indispensable for processing delicate compounds.
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