About Rotary Vacuum Evaporator
Rotary Vacuum Evaporators are indispensable tools for gentle and efficient evaporation of solvents, providing precise control over temperature and pressure. Among these, the RapidVap Series stands out, especially with its innovative Vertical Condenser PT-VDC. In this article, we delve into the features and advantages of this cutting-edge equipment, shedding light on how it enhances various scientific processes. This model of evaporator is supplied complete with geared drive non sparkling noiseless motor offering smooth control by analog Knob upto 200 RPM. Jack arrangement is fited on tapered front base for positioning glass assembly double walled water bath with digital temperature controller, vertical glass condenser double coiled with three opening for vacuum and cooling, pear (Kjedhal) shaped evaporating flast capacity 800ml, receiver flask capacity one litre fitted with a ball joint, feeding tube, vapour path tube, provided with a seal, clips & amp; spring ac complete working unti accessories; Rotary vacuum, Evaporated Rapidvap series Vertical Condenser.Precision Evaporation for Laboratory SuccessAchieve highly efficient solvent removal and sample concentration with our Rotary Vacuum Evaporator. Designed for rigorous laboratory environments, this set-up delivers stable performance, rapid evaporation, and superior safety. Ideal for a variety of scientific and industrial applications, its thoughtful construction and versatile features cater to complex laboratory needs while prioritizing operational reliability and user protection.
Robust Construction for Long-Term PerformanceBuilt from chemical-resistant borosilicate glass and corrosion-resistant stainless steel, this rotary evaporator is engineered for durability and maximum chemical compatibility. Its solid frame withstands regular laboratory use, while the vertical double coil condenser and advanced temperature control ensure consistent results over time.
FAQ's of Rotary Vacuum Evaporator:
Q: How does the rotary vacuum evaporator improve solvent distillation processes in the laboratory?
A: The rotary vacuum evaporator accelerates solvent distillation by combining reduced pressure with gentle heating, which lowers the boiling point of solvents. This allows efficient evaporation while minimizing sample degradation, making it particularly useful for sensitive compounds in chemical, pharmaceutical, and research laboratories.
Q: What are the main safety features of this rotary evaporator?
A: This evaporator is equipped with over temperature protection to prevent accidental overheating, as well as overload protection to safeguard the motor and electrical components. These features ensure operator safety and reliable, uninterrupted operation.
Q: When should I use the water bath versus the oil bath feature for heating?
A: The water bath is suitable for evaporation processes below 100C, while the oil bath is preferred for higher temperature applications, up to 180C. The choice depends on the solvent's required boiling point and the thermal stability of your sample.
Q: Where can this rotary vacuum evaporator be used effectively?
A: This instrument is ideal for laboratories in academic, chemical, and pharmaceutical sectors across India. Its compact vertical design fits standard lab benchtops, making it suitable for research, industrial, and quality control environments.
Q: What benefits does the vertical double coil condenser provide during operation?
A: The vertical double coil condenser offers enhanced cooling efficiency, leading to improved solvent recovery and faster processing times. This design reduces vapor loss and ensures consistent condensation even under prolonged use.
Q: How do I ensure accurate and repeatable results with this vacuum evaporator?
A: By utilizing the digital or analog display to precisely set temperature (accuracy 1C) and rotation speed (20-240 rpm), and choosing appropriate glassware joints, you can consistently control evaporation parameters. Regular maintenance and calibration further ensure reliability and accuracy.