Product Description
Rotary evaporator is mainly used for continuous distillation of large amount of volatile solvents under reduced pressure. It is suitable for extracting solvents or separating mixed solutions, and can be used in the following experiments or product production: ① solution concentration; ② solvent recovery; ③ chemical separation; ④ essential oil extraction; ⑤ removing solvents from samples. Especially for the concentration and crystallization of extracts and the distillation of receiving solution in chromatographic separation. The basic principle of rotary evaporator is vacuum distillation, i.e., under the condition of reduced pressure, the glass bottle with reaction materials is rotated at constant speed and heated uniformly at constant temperature, the boiling point of materials is lowered, the liquid forms a film and evaporates, and then the solvents are recovered through the glass coiled condenser and collector. It is the ideal equipment for experiments and production in the fields of pharmacy, chemical industry, foodstuff, material and so on.
Product Features
• All glass components are made of 3.3 borosilicate glass, offering excellent physical and chemical properties.
• The motor, heater, and electrical control box are explosion-proof, with explosion-proof marking: Ex db IIB T4 Gb.
• Electronic or variable frequency speed control ensures stable motor operation.
• Glass serpentine coil condenser provides large condensation area and high recovery efficiency.
• PID temperature control ensures high precision heating regulation.
• Dynamic sealing employs a “PTFE + fluororubber dual seal” design for enhanced system integrity.
• Screw-type lifting heating bath allows manual height adjustment to optimize heating area for rotating vessels.





| Name | Rotary Evaporator (Large Standard Model)explosion proof type | |||||
| Nodel | EXRE - 1002 | EXRE - 2002 | EXRE - 3002 | EXRE - 5002 | ||
| Glass Components | Material | Borosilicate Glass 3.3 (GG17) | ||||
| Rotary/Evaporating Flask (L) | 10 Flange Opening | 20 Flange Opening | 30 Flange Opening | 50 Flange Opening | ||
| Collection Flask (L) | 5 (Bottom Discharge) | 10 (Bottom Discharge) | 20 (Bottom Discharge) | 20 (Bottom Discharge) | ||
| Condenser | Structure | Vertical, Main + Auxiliary Cooling, High - Efficiency Triple - Reflux Condenser Tube | ||||
| Main Condensing Area (㎡) | 0.57 | 1 | 1.5 | |||
| Electrical Appliances | Rotary Motor Power (W) | 180 | 180 | 370 | ||
| Controller | Explosion - proof Digital Variable - Frequency Controller | |||||
| Rotation Speed (r/min) | 0 - 120 with Digital Display | |||||
| Bath | Power (KW) | 3 | 5 | 6 | ||
| Dimensions (mm) | φ400*240 | φ450*270 | φ550*320 | |||
| Material | Inner Pot: Stainless Steel; Outer Shell: Cold - Rolled Sheet with Plastic Spray Coating | |||||
| Temperature Control Range (℃) | Room Temperature - 99 | |||||
| Temperature Control Accuracy (℃) | ±1 | |||||
| Evaporation Rate (H2O) (L/H) | ≥3 | ≥5 | ≥9 | |||
| Sealing Components | PTFE Composite Seal | |||||
| Bottom Discharge | PTFE Discharge Valve | |||||
| Vacuum Gauge | Standard | |||||
| Maximum Vacuum Degree (MPa) | -0.098 | |||||
| Lifting Method | Manual Lifting | |||||
| Overall Dimensions (Reference) | ||||||
| Net Weight/Gross Weight (kg) | ||||||
| Total Power (W) | 3180 | 5180 | 6370 | 6370 | ||
| Power Supply Requirements (Provided by Customer) | One 220V/50HZ, One 10A Explosion - proof Three - Pin Socket; One 16A Explosion - proof Three - Pin Socket | One 220V/50HZ, One 10A Explosion - proof Three - Pin Socket; One ≥25A Explosion - proof Three - Pin Socket | One 220V/50HZ, One 10A Explosion - proof Three - Pin Socket; One ≥32A Explosion - proof Three - Pin Socket | One 220V/50HZ, One 10A Explosion - proof Three - Pin Socket; One ≥32A Explosion - proof Three - Pin Socket | ||
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