2L/5L/10L/20L Lab Vacuum Emulsifying Mixer Heating, Homogenizing, Mixing, and Vacuum for Cream & Gel

• Customization: Available
• Additional Capabilities: Vacuum, Emulsifying/Homogenizing
• After-sales Service: on-Site/on-Line
• Model NO.: HWVM-L
• Application: Liquid, Liquid with Suspended Solids, Viscous Fluid, Cream/Lotion/Toothpaste
• Application Area: Chemical, Food, Pharmaceutical, Cosmetics, Chemical, Pharm, Food, Beverage
• Certification: CE, ISO
• Condition: New
• Control System: Button Control
• Main Material: Alloy Steel, Stainless Steel
• Mixing Capacity: 2L
• Mixing Drum Shape: Drum
• Speed Control: Variable Speed
• Speed Range: 8000-30000rpm
• Stirring Type: Homogenizer
• Temperature Control: With Heating
• Type: High Shear Homogenizer
• Warranty: 1 Years
• Working: High Speed Mixer
• Lift System: Electric Lifting Lid
• Mixing System: Top Scraper Stirrer
• Mixing Speed: 0-65rpm
• Emulaifier System: Top Homogenizer
• Heating System: Hot Water Bath
• Cooling System: Water Bath
• Homogenizer Speed: 8000-30000rpm
• Vacuum System: up to -0.085apm
• Emulsifying Products to Mini One: <0.018um
• Motor Brand: Metabo
• Materials: Stainless Steel 304 & 316L
• Control Panel: Press-Button Control
• Mixer Type: Homogenizer
• Layout Type: Verticle
• Operating Type: Continuous Operating
• Transport Package: Wooden Case
• Specification: 1CBM
• Trademark: HENWI
• Origin: China
• HS Code: 8479820090
• Production Capacity: 30-50 Set/Month

Product Description

HENWI TECHNOLOGY
Manufacturer of Cosmetic | Pharmacuetical | Food | Daily Chemical industrial | GMP Standard

Product Description

 

A laboratory heating, homogenizing, vacuum-lifting, mixing, and emulsifying machine is a highly efficient and multifunctional device widely used in industries such as cosmetics, pharmaceuticals, food, and chemicals. It is designed for research and small-scale production, offering features such as heating, homogenizing, vacuum processing, lifting, mixing, and emulsifying, ensuring high-quality mixing and dispersion. Here is a description of its main features:

1. **Heating Function**: Utilizes either electric or steam heating to maintain the material within a certain temperature range, improving emulsification efficiency and material fluidity, especially for temperature-sensitive materials.

2. **Homogenizing Function**: Equipped with a high-shear homogenizing head that generates powerful shear forces through high-speed rotation, allowing different substances to mix uniformly, refine particles, and enhance emulsification for smooth and consistent product quality.

3. **Vacuum Function**: Operates under vacuum conditions to remove air bubbles during the mixing process, preventing oxidation and bubble formation, ensuring product purity and stability.

4. **Lifting System**: The automatic lifting mechanism allows for easy removal of the mixing head and simplifies equipment cleaning, particularly useful for quick batch switching in small-scale production.

5. **Mixing Function**: The mixing unit is usually driven by a variable frequency motor with adjustable speed. By utilizing a scraper mixing design, it ensures even material blending, prevents wall adhesion, and eliminates dead corners, making it suitable for materials with higher viscosity.

6. **Emulsifying Function**: The high-speed rotating emulsifying head mixes liquids with liquids or liquids with solids, forming a stable emulsion. This is widely applied in the production of emulsions, creams, gels, and similar products.

7. **Multi-purpose Design**: The compact design of the equipment enables multifunctional operations, making it suitable for research, new product development, and small-scale production needs.

This machine offers a high level of automation, is easy to operate, and is relatively simple to clean and maintain, making it ideal for laboratory use and small-scale production.
 

Feature:
1.Double layers: heating through water or oil.
2.Glass reactor: We can see the whole processing of mixing, homogenizing, emulsifying of materials
3.Motor imported from Germany, continuously viable
4.Vacuum meter: In the condition of vacuum or pressure, we can get good emulsion product.
5.Whole bracket adopts SUS304, the contact material parts adopt SUS316L with GMP standrand
6.Glass Pot: Double glass layor, jacket for heating and cooling
7.Wall Scraper: Scraper blade, tetrafluoroethane material 8.Scraping off the materials that stick on pot wall, to make all materials mixing more evenly.

 

Application

Cream, lotion, essence, gel, paste, nail polish etc. for making sample products

Product Parameters

     Model: HWVM-LB-2L

     Working capacity: 2 Liters

     Viscosity: Max. 100,000cp

     Heating method:  electric (Water bath)

     Mixing type: Upper frame oar scraper mixer

     Mixing motor power: 120W

     Mixing speed:  0-200rpm

     Homogenizer type: Top homogenizer 

     Homogenizer power:  500W, Germany motor

     Homogenizer speed: 8000-30000rpm

     Vacuum system:  150W

     Control method: Button control

     Jacket: Double jacket,3 layers

    Tank's materials: 5mm,Glass

    Water bath: 1000W

 Stiring and Homogenizing

The mixing and homogenizing functions of the laboratory vacuum homogenizer are its core working modules, which are mainly used for emulsification, mixing, dispersion and other operations in the laboratory. The following is a detailed description of these two functions:

### 1. **Mixing function** (stirring function)
The mixing function is mainly used to mix and stir the materials to ensure that the various ingredients are evenly distributed, and is suitable for processing materials of different viscosities.
Its features include:
- **Low-speed mixing**: used for preliminary mixing of larger particles or materials with higher viscosity, which can prevent too much air from entering the material.
- **Wall scraping function**: Usually the emulsifier is also equipped with a wall scraping stirring device to prevent the material from adhering to the inner wall of the container and ensure uniform stirring.
- **Adjusting speed 0-200rpm**: The stirring speed is usually adjustable to meet different mixing needs, such as from slow stirring to high-speed dispersion.

### 2. **Homogenization function**
The homogenization function is to refine and disperse the material through a high-speed rotating (8000-30000rpm) homogenizer, so that the particles in the material are more evenly distributed in the liquid, achieving a uniform emulsification effect at the microscopic level.
Its features include:
- **High shear force**: The high shear force generated by the high-speed rotation of the homogenizer can refine the material particles to the micron or even nanometer level to form a uniform and stable emulsion or suspension.
- **Vacuum environment**: Homogenization under vacuum conditions can effectively prevent air from entering the material, avoid oxidation and the generation of bubbles, and improve the stability and quality of the product.
- **Fast dispersion**: Suitable for mixing difficult-to-dissolve ingredients, oils, water phases, etc., to achieve a more delicate mixing effect.
These two functions are usually used together to produce uniform, stable, and high-quality emulsified products by first stirring the mixed materials and then homogenizing them.

 Emulsifying Homogenizer

  The **8000-30000rpm variable frequency homogenization function** of the laboratory vacuum homogenizer means that the homogenizing head of the equipment can adjust the speed through the frequency converter within the range of **8000 to 30000 revolutions per minute** to adapt to the homogenization process of different materials and process requirements. This function can meet the laboratory's refined control needs for different viscosities, particle sizes and dispersion requirements. The following is a detailed description of this function:

### 1. **Variable frequency speed regulation**
- **Adjustability**: The speed of the variable frequency homogenization function can be freely adjusted within the range of 8000-30000rpm, providing a variety of shear forces, suitable for the homogenization and emulsification requirements of different materials.
- **Precise control**: By adjusting the speed through the frequency converter, the homogenization effect can be accurately controlled, which is suitable for experiments with different material fineness requirements. Low speed is suitable for preliminary mixing, and high speed is used for fine dispersion.

### 2. **High-speed shear force**
- **High-shear homogenization**: At a speed of up to 30,000 rpm, the homogenizing head generates a strong **high shear force**, which quickly breaks and disperses the particles, droplets or bubbles in the material, and refines them to the micron or even nanometer level.
- **Uniform emulsification**: Suitable for uniform emulsification of multiphase systems, such as oil-water mixtures, suspensions, etc., to ensure that the components are evenly distributed in the liquid to form a stable emulsified system.

### 3. **Adapt to the needs of different materials**
- **High-viscosity materials**: The low-speed homogenization of 8,000 rpm is suitable for the initial mixing and homogenization of high-viscosity materials, avoiding stirring difficulties or mechanical losses caused by excessively high speeds.
- **Low-viscosity materials and refinement requirements**: For low-viscosity materials, or materials that require extremely fine particle dispersion, a speed of up to 30,000 rpm can be used to achieve the required homogenization effect in a very short time.

### 4. **Reducing energy consumption and equipment protection**
- **Variable frequency control**: The flexible adjustment of the speed through variable frequency control can not only meet the needs of different homogenization processes, but also optimize energy consumption according to material characteristics, extend the service life of the equipment, and reduce equipment wear caused by continuous high speed.

### 5. **Application scenarios**
- **Pharmaceuticals, biotechnology**: The variable frequency homogenization function is very suitable for the preparation of drugs with high requirements for micronization and uniform emulsification in the pharmaceutical industry, such as liposomes, nanoemulsions, etc.
- **Cosmetics**: Used to prepare delicate creams, lotions, essences and other products to ensure that the products are uniform, stable and have good texture.
- **Food, chemical industry**: Applied to the processing of multiphase materials that require precise dispersion in emulsified food, homogenized beverages or chemical fields.

Frame Wall Scraper Mixing

The **stirring function** of the laboratory vacuum homogenizer, especially with **scraping device** and **0-200rpm variable frequency speed regulation**, is mainly used for the preliminary mixing and uniform dispersion of materials. It can achieve sufficient material mixing by scraping and stirring at a lower speed, avoid material deposition on the inner wall of the container, and ensure uniformity. The following is a detailed description of this stirring function:

### 1. **Low-speed stirring function**
- **Variable frequency speed regulation**: The stirring speed can be adjusted within the range of **0-200rpm**, and precise speed control can be achieved through the frequency converter. Low-speed stirring is suitable for gentle mixing of high-viscosity, easy-to-stratify or easy-to-generate bubble materials.
- **Adjustability**: According to the material characteristics (such as viscosity, density) and process requirements, the stirring speed can be flexibly adjusted to ensure uniform mixing and dispersion of different types of materials.

### 2. **Wall scraping function**
- **Wall scraping device**: The agitator has a wall scraping design, usually made of soft material (such as silicone or PTFE), which is close to the inner wall of the container for stirring to prevent the material from adhering to the wall surface. It is especially suitable for high-viscosity materials or paste materials.
- **Uniform mixing**: The wall scraping function can not only prevent the material from being unable to be fully mixed due to wall attachment during the stirring process, but also help scrape the material on the inner wall back to the mixing area, thereby achieving a more uniform mixing effect.
- **Preventing dead corners**: The design of the wall scraping agitator can effectively avoid the "dead corners" on the inner wall of the container during the stirring process, thereby improving the mixing efficiency.

### 3. **Core functions of stirring**
- **Uniform dispersion**: Under low-speed stirring, materials of different phases or viscosities can be slowly mixed to avoid stratification or demulsification caused by too fast stirring. It is suitable for the initial mixing of emulsions and suspensions.
- **Gentle stirring**: For some materials that are sensitive to shear force (such as biological products and active ingredients in cosmetics), low-speed stirring can achieve full mixing without destroying the material structure.
- **Prevent bubbles from forming**: During the stirring process, low-speed stirring helps prevent too many bubbles from entering the material, maintaining the uniformity and stability of the product, especially in a vacuum state.

### 4. **Applicable materials**
- **High-viscosity materials**: Suitable for processing materials such as pastes and gels. These materials are not easy to stir evenly at high speeds, but good mixing effects can be achieved through scraping wall stirrers and low-speed stirring.
- **Low-viscosity or medium-viscosity materials**: For emulsions, suspensions, cosmetics, etc., the stirring function can ensure that the ingredients are evenly dispersed and avoid oil-water separation.

### 5. **Process application**
- **Pharmaceuticals**: In the pharmaceutical process, low-speed stirring can help evenly mix different components and avoid damage to the active ingredients of the drug due to high shear force.
- **Cosmetics**: Scraping wall stirring can ensure the uniform dispersion of various active ingredients in the production of creams and emulsions, maintaining the smooth texture and consistency of the product.
- **Food, Chemical**: For materials that need to maintain a specific texture and viscosity, the 0-200rpm stirring function can prevent excessive dispersion or foaming during the mixing process, ensuring the homogeneity and stability of the finished product.

Multifunctional Lid

The **multi-function cover** of the laboratory vacuum homogenizer is a key component that integrates multiple functional interfaces to help achieve the smooth operation of vacuum, heating, flavor addition, homogenization, observation, etc. The following is a detailed description of the functions of each part of the multi-function cover:

### 1. **Vacuum pressure gauge**
- **Function**: Used to monitor the vacuum degree inside the emulsifier in real time, ensure mixing and homogenization operations under vacuum environment, prevent air from mixing into the material, thereby improving the uniformity and stability of the product.
- **Display accuracy**: The vacuum pressure gauge can accurately display the internal pressure value (usually in Pa or mbar), so that the operator can adjust and control the vacuum degree in the equipment according to the process requirements.
- **Vacuum control**: Used with a vacuum pump, the vacuum inlet on the cover can be connected to an external vacuum system to adjust the vacuum state.

### 2. **Thermometer**
- **Function**: Used to monitor the temperature of the material inside the equipment in real time to ensure that the temperature is within the ideal range during emulsification, mixing or homogenization.
- **Temperature control accuracy**: Thermometers can help operators understand the temperature changes of materials during heating or cooling, which is especially important in heat-sensitive materials or processes that require precise temperature control.
- **Temperature display and adjustment**: Thermometers can be mechanical or electronic, and usually display temperatures between -50°C and 200°C, which is convenient for precise temperature control during heating.

### 3. **Fragrance funnel**
- **Function**: The fragrance funnel is used to **precisely add fragrances, essential oils or other additives** during emulsification or mixing. It is designed to prevent fragrance volatilization or contamination during addition.
- **Controllable addition**: The fragrance funnel usually has a valve that allows the operator to gradually add fragrances or other fine ingredients at different stages to better control the amount and timing of addition and ensure uniform dispersion.
- **Prevent contamination**: The fragrance funnel has a sealing device to prevent the material from being exposed to the air, maintaining the purity and stability of the material.

### 4. **Homogenizer inlet**
- **Function**: This is an important inlet for connecting the shearing device inside the homogenizer, allowing the material to enter the high-speed shearing zone for **homogenization, dispersion and emulsification**.
- **Efficient work**: After the material enters the homogenizer through this inlet, the homogenizing head rotates and shears at high speed to ensure that the material particles are quickly refined and evenly distributed, which is suitable for the production of emulsions, suspensions and creams.
- **Easy maintenance**: The homogenizer inlet is usually designed as a structure that is easy to disassemble, easy to clean and maintain, and ensures that the material will not accumulate or contaminate during long-term production.

### 5. **Spare port**
- **Function**: The spare port is usually an interface reserved for **additional feeding, measuring equipment, or other pipeline connections**, providing more flexibility.
- **Flexible use**: This interface can be modified or connected to other equipment according to actual process requirements, such as connecting a condensing device, adding a stabilizer, or introducing a sensor, etc., to meet different experimental needs.
- **Sealing**: When not in use, the spare port is usually equipped with a sealing device to ensure that there will be no air leakage or material leakage under vacuum conditions, maintaining the closedness and cleanliness of the production process.

 2L Glass Pot

The **2L glass tank** of the laboratory vacuum homogenizer has a double-layer structure and is used for heating, cooling, vacuum treatment and homogenization of materials. The following is a detailed description of the 5L glass tank:

### 1. **Capacity and application scenarios**
- **2L volume**: The capacity of this laminated glass jar is 2 liters, which is suitable for small batch material processing in laboratories or small-scale production. It can meet the needs of experimental formula development, trial production or fine operation of high-value materials.
- **Applicable scenarios**: It is widely used in pharmaceutical, cosmetic, and food formula development, especially suitable for occasions requiring high-precision temperature control, vacuum treatment and homogenization emulsification, such as preparing creams, emulsions, gels, and drug suspensions.

### 2. **Interlayer design**
- **Double-layer structure**: An interlayer space is formed between the outer and inner layers of the 2L laminated glass jar. By injecting heating or cooling media (such as hot water, coolant, etc.), the material in the jar can be **heated** or **cooled**.
- **Uniform temperature control**: The interlayer can help the material to achieve **uniform temperature distribution**, ensuring that the temperature of the material in the entire tank is consistent when heating or cooling, avoiding local overheating or overcooling.
- **Medium circulation port**: The tank body is equipped with inlet and outlet ports for the circulation of heating or cooling media. It is easy to operate and can achieve precise temperature control.

### 3. **Transparent glass material**
- **High-strength glass**: The 2L tank body is made of **high-transparency heat-resistant glass**, which has good high temperature resistance and chemical corrosion resistance, and can withstand common vacuum and pressure operations in the laboratory.
- **Convenient observation**: The transparent glass tank body allows the operator to observe the state of the material at any time, such as the degree of mixing, phase change and homogenization effect, which is convenient for controlling the experimental process. There is no need to frequently open the tank cover to ensure the airtightness and hygiene requirements of the experiment.
- **Temperature resistance**: The glass material can withstand temperature changes within a certain range, usually remaining stable in the temperature range of -50°C to 200°C without bursting or deformation.

### 4. **Vacuum operation and sealing**
- **Vacuum operation**: The 5L laminated glass jar can operate in a vacuum environment. The vacuum pump is connected through the vacuum interface on the lid to form a low-pressure environment, which effectively prevents bubbles from entering the material. It is suitable for emulsification, mixing and dispersion processes that require high purity and uniformity.
- **Sealing design**: The design of the jar body is usually equipped with an efficient sealing ring and a sealing cover to ensure that there will be no leakage under vacuum conditions, while preventing external air or pollutants from entering the jar to protect the purity of the material.

### 5. **Temperature control**
- **Precise temperature control**: The sandwich structure can accurately heat or cool the material in the jar through the circulation of hot water or coolant, which is suitable for temperature-sensitive materials or processes that require reaction control.
- **Dynamic adjustment**: During the experiment, the temperature can be adjusted in real time according to demand to ensure that the material is always under ideal temperature conditions in different process steps, improving production efficiency and product quality.
- **Constant temperature operation**: The laminated glass jar can achieve **constant temperature operation**, remain stable at the set temperature, and avoid temperature fluctuations that cause changes in material properties or unstable experimental results.

### 6. **Cooperation with homogenizer**
- **High-efficiency homogenization**: 5L laminated glass jars are usually used in conjunction with vacuum homogenizers. The materials are refined under the high-speed shear of the homogenizer head, and the interlayer keeps the materials at an ideal temperature through the temperature control system, achieving more efficient **emulsification**, **homogenization** and **mixing**.
- **Adaptable to high-viscosity materials**: The design of the glass jar is also suitable for high-viscosity materials. Through vacuum stirring and homogenization operations, it can effectively handle high-viscosity formulas such as creams and gels, making the dispersion of materials more uniform.

### 7. **Safety and Cleanliness**
- **Safe Operation**: The material and structure of the 2L laminated glass jar can withstand the common high temperature, vacuum and chemical reaction conditions in the laboratory, and have high safety, especially suitable for laboratory environments that require precise control.
- **Easy to clean design**: The surface of the glass material is smooth, chemically stable, easy to clean, and not easy to leave residual materials. Generally, the inside and outside of the jar are easy to clean, reducing the risk of cross contamination and ensuring that the results of each experiment are accurate and reliable.

 Lifting System

The **electric lifting function** of the laboratory vacuum homogenizer is one of its key auxiliary functions, which is mainly used to facilitate the operator to adjust the position of the homogenizer head, agitator and container to ensure the convenience and accuracy of operation. The following is a detailed description of the electric lifting function:

### 1. **Automatic lifting system**
- **Electric control**: Through the electric lifting system, the operator can **through the control panel**, easily adjust the lifting height of the main machine of the emulsifier (including the homogenizer head, stirring system, etc.). The system usually integrates electric motors and lifting guides to ensure smooth lifting and precise control.
- **Lifting range**: The height adjustment range of the electric lifting function can usually meet the needs of containers of different capacities and heights. For example, the lifting stroke of the laboratory emulsifier is generally **300mm to 500mm**, which is suitable for the experimental needs of various small to medium-sized containers.
- **Convenient discharging**: After the electric lifting is raised, the main pot can be tilted to pour out the material.
- **Convenient cleaning**: After the electric lifting is raised, it is convenient to remove the glass main pot for cleaning.
- **Smooth lifting**: The electric lifting system is designed with **smooth and impact-free** characteristics to ensure that the equipment will not vibrate violently during the lifting process, avoiding material spillage or uneven mixing.

 Base

The **stable base** of the laboratory vacuum homogenizer is an important component to ensure the stability and safety of the equipment during operation, especially when used in high-speed stirring, homogenization or vacuum environments. The stable base can effectively prevent vibration and displacement to ensure smooth operation. The following is a detailed description of the stable base:

### 1. **Heavy-duty structural design**
- **Solid material**: The stable base is made of high-strength steel materials, which have extremely high load-bearing capacity and can effectively support the weight of the equipment and additional loads during operation. At the same time, it is corrosion-resistant and adaptable to various chemical reagent environments in the laboratory.
- **Enhanced stability**: The base is designed to be wide and heavy, providing additional stability through its own weight. Its weight and size are carefully calculated to ensure that the equipment will not move or tilt due to vibration when running at high speed, avoiding experimental errors or safety hazards caused by equipment displacement.

### 2. **Shockproof design**
- **Shockproof foot pads**: The four corners of the base are equipped with **Shockproof foot pads** or **Anti-slip pads**. These pads are made of high-density rubber or other shockproof materials, which can effectively absorb and buffer the vibration generated during the operation of the equipment, further enhance the stability of the equipment, and reduce the transmission of noise and vibration to the desktop or the ground.
- **Vibration reduction structure**: Some high-end laboratory homogenizer emulsifier bases adopt **Vibration reduction structure design**. This design uses a specific mechanical structure to disperse and absorb the vibration generated during the operation, thereby ensuring the smooth operation of the equipment, especially when homogenizing at high speeds, to prevent material splashing or uneven mixing.

### 3. **Humanized design**
- **Compact design**: The stable base is usually designed to be as compact as possible while ensuring stability to save laboratory space. It can usually be well coordinated with the laboratory bench, the ground and other equipment to ensure the effective use of the laboratory's workspace.
- **Combination of beauty and practicality**: The stable base usually adopts a simple design, which is consistent with the overall appearance of the equipment. It is both practical and beautiful, improves the overall texture of the equipment, and meets the laboratory's requirements for equipment neatness and beauty.

### 4. **Application scenarios**
- **High speed application**: When the laboratory vacuum homogenizer is running at high speed (e.g. the homogenization speed can reach 8000-30000rpm), a stable base is particularly important. It ensures that the vibration caused by the high speed of the equipment will not affect the experimental results or cause safety problems.
- **Vacuum operating environment**: In a vacuum environment, the overall stability and sealing of the equipment are required to be high. A stable base provides a reliable foundation for the equipment to prevent unnecessary movement or tilting during vacuuming and ensure the smooth progress of the experiment.

 Vacuum Pump

The oil vacuum pump of the laboratory vacuum homogenizer is a key device for creating a low-pressure environment. Its main functions include extracting gas and moisture to achieve efficient emulsification and mixing processes. The following are its main features and descriptions:
1. **Working principle**: The oil vacuum pump can effectively reduce the system pressure by utilizing the principle of oil film lubrication to form a sealed space. It adopts a reciprocating piston or vane structure to ensure efficient gas extraction.
2. **High pumping speed**: This type of vacuum pump usually has a high pumping rate and can quickly reach the required vacuum degree, which is suitable for laboratory operations that require fast processing.
3. **Low noise and vibration**: The oil vacuum pump is relatively quiet and has less vibration during operation, which is suitable for use in laboratory environments and reduces interference with other equipment.
4. **Durability**: Because its design takes into account the use of lubricating oil, it can reduce wear, increase the service life of the pump, and is suitable for long-term continuous operation.

Water Bath

The constant temperature water bath in the laboratory vacuum homogenizer is an important auxiliary equipment, mainly used to control the temperature required for the sample during the emulsification process. The following are the main features and functional descriptions of the constant temperature water bath:

1. **Temperature control**: The constant temperature water bath maintains the stability of the water temperature through the heating system. It is equipped with a precise temperature control instrument, which can perform detailed temperature adjustment within the set range to ensure constant temperature during the emulsification process.
2. **Uniform heating**: The design of the water bath makes the water temperature evenly distributed, ensuring that the sample is evenly heated throughout the emulsification process, avoiding local overheating or overcooling, thereby improving the emulsification effect.
3. **Safety**: It usually has overheating protection and low water level alarm functions to ensure that the equipment is safe and reliable during operation and avoid damage caused by low water level or overheating.
4. **Easy to operate**: The operation interface is simple and intuitive, and it is usually equipped with a temperature adjustment knob and a display screen to facilitate users to quickly set and monitor the temperature.
5. **Cleaning and maintenance**: The internal design of the water bath is usually easy to clean and simple to maintain. Regularly replace the water and clean the pot body.

FAQ

1. Q: Are you a manufacturer or just a trading company?
              A:  Foshan Henwi cosmetics machinery equipment company  is one of the top technology-oriented machinery manufacturer in China.
        2. Q: I am new in this field , can you recommend the whole production line?
            A: We can recommend you the whole production line depends on what products you will make:
              (1). If for paste or cream product, the following machine we will recommend you:
              RO water treatment equipment → Vacuum homogenizer → Storage tank → Paste filling machine or Heating mixing filling machine → Capping machine → Labeling machine → Inkjet printer →  Shrink film packing machine etc.,
            (2). If for liquid product, the following machine we will recommend you:
            RO water treatment equipment →  Blending tank → Storage tank → Liquid filling machine → Capping machine → Labeling machine → Inkjet printer →  Shrink film packing machine etc.,
            (3). If for Perfume, the following machine we will recommend you:
             RO water treatment equipment →  Perfume making machine → Perfume storage tank → Perfume filling machine → Perfume crimping machine → Perfume collar machine → Inkjet printer →  Shrink film packing machine etc.,
            (4). There are Full automatic production line and Semi automatic production line for your option.
3. Q: What is your payment term?
              A: We usually pay by T/T., 40% deposit after sales confirmation, 60%before delivery.
4. Q: What is your delivery day?
             A:  Our delivery day is about 15-30 days after receive the deposit.
 

Company Profile