50l Rotary Evaporator
(1)1L/2L---Manual lifting with irony base/Manual lifting with SS base/Electric lifting
(2)3L/5L/10L/20L/30L/50L---Manual Lifting/Electric Lifting
***Price List for whole above, inquire us to get
2. Customization:
(1)Design support
(2)Directly supply the Senior R&D organic intermediate, shorten your R&D time and cost
(3)Share the advanced purifying technology with you
(4)Supply the high quality chemicals and analysis reagent
(5)We want to assist you on Chemical Engineering (Auto CAD, Aspen plus etc.)
3. Assurance:
(1)CE and ISO certification Registered
(2)Trademark: ACHIEVE CHEM(since 2008)
(3)Replacement parts within 1-year for free
Description
Technical Parameters
A rotary evaporator is an apparatus that can rotate a flask or container containing a solution to be evaporated while heating it, in order to accelerate the evaporation of the solution and obtain dry solid or concentrate products. A liter is a unit of volume, equal to 1000 cubic centimeters, and 50l rotary evaporator indicates that the evaporator can evaporate a solution of up to 50 liter rotovap in volume. Rotary evaporation is commonly used in laboratories for preparing samples or extracts in small quantities.
The working principle of 50l rotary evaporator is that under vacuum conditions, the rotating bottle rotates at a constant speed through constant temperature heating, and the material forms a large area film on the wall of the bottle, so as to achieve efficient evaporation. The solvent vapor is cooled by a high-efficiency glass condenser and recovered in a collection bottle, thereby increasing the evaporation efficiency.
We provide 50l rotary evaporator, please refer to the following website for detailed specifications and product information.
Product: https://www.achievechem.com/chemical-equipment/rotary-evaporators.html
Product Introduction
Evaporators are laboratory equipment used for efficiently evaporating solvents from solutions to obtain dry solids or concentrates. These devices are also known as rotovapor or rotisserie evaporators. They are especially useful in the field of chemistry, but can also be found in other areas such as biology and pharmaceutical research.
A evaporator consists of a flask or container that is placed on a hot plate or water bath and rotated by a motor to spread the liquid over a large surface area. This allows the solvent to be quickly and efficiently evaporated under controlled temperature conditions. The flask is connected to a vacuum pump, which helps to pull the solvent into the atmosphere and speed up the evaporation process.
50l rotary evaporator, is designed to handle solutions of up to 50 liters in volume. This size of evaporator is typically used in larger-scale laboratory operations, such as those involved in the production of larger amounts of materials or samples. It can be used for various applications such as preparing samples for analysis, purifying compounds, or concentrating solutions for further processing.
There are an essential tool in many research laboratories, particularly those involved in organic chemistry, medicinal chemistry, process development, and materials science. They provide a convenient and efficient method of removing solvents and preparing dry solids or concentrates for further experiments or characterization. Using this equipment can help speed up the research process and ensure reproducible results.
To some is not familiar with chemistry, a evaporator may seem like a complex piece of equipment, but it is actually quite simple to operate. It involves a flask that contains the solution to be evaporated, a hot plate or water bath to provide heat, and a vacuum pump to pull the solvent into the atmosphere. The flask is rotated by a motor to spread the liquid over a large surface area, which allows the solvent to be quickly and efficiently evaporated.
It can also be a popular tool for smaller-scale evaporation work, such as in home brewing or distilling operations. These types of evaporators are often more suitable for hobbyists or smaller-scale operations because they are typically easier to handle and less expensive than larger-scale equipment.
Product Parameter
There are commonly used in chemistry laboratories for efficiently evaporating solvents from solutions to obtain dry solids or concentrates. A 50-liter rotary evporator, which is designed to handle solutions of up to 50 liters in volume, is particularly useful in larger-scale laboratory operations. Here are some key parameters to consider when purchasing or using a 50-liter rotary evporator:
All kinds of "Rotary Evaporator", Price List, you can choose online HERE
Product Applications
As an indispensable key equipment in laboratories, the core value of evaporators lies in efficiently and accurately evaporating solvents in solutions, thereby directly obtaining dry solid residues or highly concentrated solutions. For researchers who pursue high-quality experimental results and efficient workflows, rotary evaportors are undoubtedly the ideal choice for processing samples in many fields such as chemistry, pharmaceuticals, biochemistry, materials science, and food science.
A 50l rotary evaporator, with its large capacity design, is particularly suitable for experimental scenarios that require processing large volume samples or conducting batch operations. This model not only improves the efficiency of single processing, but also reduces the time and resource waste caused by frequent replacement of samples or equipment. Through rotary evaporation technology, the sample is uniformly distributed on the inner wall of the evaporation bottle while being heated, forming a very thin liquid film that greatly increases the evaporation area and accelerates the solvent evaporation process. This efficient method not only shortens the experimental cycle, but also effectively avoids the possible decomposition or deterioration of the sample at high temperatures, ensuring the accuracy and reliability of the experimental results.
In addition, it is favored for its versatility and wide applicability. It can not only be used for purifying compounds, but also for removing impurities and improving product purity through precise control of evaporation conditions; It can also be used for sample preparation, reducing the amount of samples required for subsequent analysis or testing by concentrating the solution, and lowering experimental costs; At the same time, it can also meet the needs of preliminary concentration treatment of solutions, providing convenience for subsequent experimental steps such as crystallization and drying.
It is worth noting that evaporators are not limited to professional laboratory applications. It has also demonstrated strong practical value in small-scale evaporation work in folk or industrial fields such as home brewing and small-scale distilleries. By adjusting operating parameters and configuring appropriate accessories, the evaporator can easily handle evaporation tasks of various scales, meeting different needs from scientific research exploration to daily production.
A Specific Application in the Food Industry
Food Processing Factory, located in a city, specializes in producing high-quality natural fruit juices and jams. With the increasing demand for healthy food among consumers, the factory decided to expand its product line and launch a series of low-sugar, high-nutrient concentrated fruit juices. However, during the research and development and production process, they encountered a challenge: how to efficiently concentrate the sugar and nutrients in the fruit juice while maintaining its natural flavor and color.
After market research and technical comparison, Food Processing Factory decided to introduce a 50L rotary evaporator to solve the problem of concentrated fruit juice production. This equipment has a large processing capacity and high evaporation efficiency, enabling it to concentrate large volumes of fruit juice to the desired concentration in a short time while maintaining the natural quality of the juice.
Implementation Process:
Installation and Commissioning:
Upon the arrival of the equipment, professional technicians from the manufacturer were dispatched to install and commission it, ensuring that it could operate normally and meet production requirements.
Raw Material Preparation:
Fresh fruits picked from the orchard undergo processes such as cleaning, crushing, and juicing to obtain the initial fruit juice raw material. These raw materials are then sent to the rotary evaporator for concentration processing.
Concentration Process:
In the rotary evaportor, the fruit juice is heated and evaporated quickly. Due to the special design of the rotary evaportor, the fruit juice can form a large-area film during the heating process, achieving efficient evaporation. Meanwhile, the condenser equipped with the equipment can condense the evaporated water vapor into water, realizing the recovery of the solvent.
Monitoring and Adjustment:
During the entire concentration process, staff monitor various parameters such as temperature, pressure, and rotation speed through the equipment's control system. Based on the actual situation of the fruit juice, they adjust the operating parameters of the equipment in a timely manner to ensure the smooth progress of the concentration process.
Finished Product Inspection:
After concentration, the fruit juice is sent to the inspection room for quality testing. Testing items include sugar content, acidity, color, taste, etc. The concentrated fruit juice that passes strict inspection is packaged in bottles and prepared for sale.
By introducing the evaporator for fruit juice concentration production, Food Processing Factory successfully launched a series of low-sugar, high-nutrient concentrated fruit juice products. These products not only retain the natural flavor and color of the fruit juice but also have higher nutritional value. They have been warmly welcomed by consumers and have achieved continuous growth in sales. At the same time, the factory has also reduced production costs and improved economic efficiency by recycling solvents.
This successful application event of the evaporator for fruit juice concentration production not only demonstrates the extensive application value of this equipment in the food industry but also provides useful references for other food processing factories.
Care and maintenance
Daily cleaning
Surface cleaning:
After each use, the stains, oil stains and solvent residues on the surface of the equipment should be cleaned in time to keep it clean. You can use a soft wet cloth or napkin to wipe the instrument housing and surface, avoid using too strong cleaners or brushes, so as not to damage the instrument surface.
Cleaning of key components:
Key components such as the rotating bottle and condensing tube of the rotary evaporator should be removed and cleaned regularly. You can use water or appropriate cleaning agents to clean, but equally be careful to avoid using too strong chemicals, so as not to cause corrosion to the instrument.
Regular inspection and maintenance
Check the seal
The seal of the rotary evaporator is a key component to prevent solvent leakage. The condition of the seal should be checked regularly, and it should be replaced in time if it is worn or aged.
Check the motor and transmission components
The motor and transmission components are the core components of the rotary evaporator, which directly affect the operation effect of the instrument. The operation of the motor and transmission components should be checked regularly. If there is abnormal sound, vibration or overheating, it should be stopped in time for inspection and treatment.
Check the heating system
The heating system is used to provide a stable heat source, and the working condition of the heating element and temperature control device should be checked regularly to ensure that the heating effect is stable and reliable.
Check the condensation effect
The condenser is the key component in the rotary evaporator used to cool the solvent steam. The cooling effect of the condenser should be checked regularly, and if there is blockage or damage, it should be cleaned or replaced in time.
Tubrication and fastening
Lubricating the transmission parts:
Regular lubrication of the transmission parts of the rotary evaporator can ensure its smooth operation. Special lubricants or greases can be used for lubrication, but be careful not to overuse.
Tighten the components:
During use, the components of the rotary evaporator may become loose due to vibration and temperature changes. Therefore, the fastening of each component should be checked regularly, and if loose, it should be fastened in time.
Safe operation and maintenance
Follow the operating procedures
When operating the rotary evaporator, it should be carried out in strict accordance with the operating procedures to avoid equipment damage or safety accidents caused by improper operation.
Pay attention to safety protection
Wear personal protective equipment such as protective glasses and gloves during operation to prevent liquid splashing or heat burns.
Cut off power and water
Before any repair or inspection, always cut off power and water to ensure safety.
Storage and custody
Dry storage:
When not used for a long time, the rotary evaporator should be stored in a dry, well-ventilated place to avoid moisture and corrosion.
Avoid direct sunlight:
Avoid direct sunlight and high temperature environment to avoid damage to the device.
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