(1437 products available)
The modelling clay making machine can produce various types of clay for different purposes by using different processes. Here are some of them:
Extruder-based machines
Extruder-based modelling clay making machines are types of extruders that shape materials through forced excretion. These machines usually have a revolving barrel and a stick. The stick helps to push the materials in the barrel through the holes or the die openings and take on different shapes. Clay, pasta, and playdough extruder machines are examples of this kind of extruder machine.
Mixing machines
Modelling clay mixing machines are used for mixing different materials and colours to produce unique types of clay. The types of machines often used for mixing are usually kneaders, blenders, and batch mixers. These machines ensure even distribution of the materials to produce uniform clay.
Modelling clay grinder machine
The grinder machine for modelling clay is a kind of machine used to pulverise the harder pieces of clay and also to knead and amalgamate the softer, more plastic pieces. These machines are very helpful in homogenising the material and making it suitable for further processing or immediate use. With the help of a clay grinder machine, sculptors, potters, and artisans can have better control over the consistency of their clay. This will ensure that it responds optimally to their techniques and desired outcomes.
Vacuum de-airing pugmill
A vacuum de-airing pugmill is a machine used for clay preparation in ceramic and pottery making. This machine performs two vital functions: de-airing and mixing the clay. It operates by pushing the clay through a vacuum chamber. The process of vacuum and the mixing action eliminates air bubbles trapped inside the clay. Then, the clay is extruded in the form of cylindrical logs. The vacuum de-airing pugmill operates semi-automatically or fully depending on the model. It is a very important tool in pottery and ceramics as it prepares the clay for use in a wide range of projects.
Specification-based industrial-scale machines
Some factories and workshops that produce large amounts of modelling clay have to use industrial-scale machines to meet their needs. These machines are often built based on the specifications of the factory so that it can be integrated into existing production lines. These machines will have the capacity and efficiency required by the production facility. The industrial-scale machines are usually designed for high-volume production.
Modelling clay machines have several specifications, depending on the type and model. Buyers may choose the right machine based on these specifications.
Capacity
The capacity of the clay machine is the first specification that buyers will notice. The capacity is usually indicated in the kilos it can produce in one hour. For example, some machines have a capacity of 25 to 30 kg per hour. Others can produce 100 kg, and some are as high as 250 kg per hour.
Power
The next specification is the power of the machine. The power indicates the amount of energy in watts that it requires to work. Smaller machines need about 2Hp (1.5kw) to run, while larger machines require about 10Hp (7.5kw). Bigger machines have a power requirement of 15Hp (11kw) or more.
Roller diameter
The roller diameter refers to the width of the rollers on the machine. Smaller machines have a diameter of about 100 to 150mm, while medium to large machines can have a diameter of 200mm to 450mm or more. Larger machines can produce more clay because the roller width is bigger.
Worm drive
Some machines have a worm drive specification. It is the way the driving system spreads clay and moves the material. The worm drive has a screw-shaped mechanism that functions optimally in the machine to spread out the clay.
Power Source
The power source varies for each machine. Some use electric power, while others use gasoline or diesel fuel. Occasionally, a modelling clay machine will use solar power. The solar machines will have a battery-powered system built into the machine.
Material
Machines have different kinds of materials used to make them. Stainless steel is one of the most common materials. It is sturdy and long-lasting. Some machines opt for carbon steel, aluminum alloys, or other specialised materials.
The maintenance of the clay modelling machine is straightforward. Regular cleaning will keep the machine in good condition and prevent any build-up of clay or dirt.
Cleaning
Frequent cleaning is the most critical step. It may include washing with water, a cleaning solution, and a brush. The solution and the brush should be gentle when handling the machine parts. Washing once in a while should be enough to extend the life of the machine.
Lubrication
Heavily used machines need regular lubrication. The parts exposed to friction should be lubricated to prevent wear and tear over time. Regular oiling helps the moving parts run smoothly and reduces noise.
The versatility of modelling clay making machines means they have various applications in different industries. One common application is in the ceramics industry. Such an industry requires large volumes of clay to be produced and with great uniformity. This is where the modelling clay maker comes in. It is used to mass model clay to ensure the consistency and quality of the clay that will be used for pottery and porcelain products.
Another great application for modelling clay making machines is in the educational industry. Schools often use modelling clay to teach art students and kids how to bring out their creative ideas. Therefore, schools can purchase modelling clay shaping machines to produce the clay in-house and at an affordable cost.
The modelling clay making machine is also used in the therapeutic industry. Such an industry specifically uses clay therapy for rehabilitation and therapy purposes. The therapy helps persons with physical disabilities gain fine motor skills. It also assists the elderly and children with disabilities enhance skill development. Since therapy organisations use clay on a daily basis, purchasing a modelling clay machine can make it easier to produce the clay rather than sourcing it elsewhere.
Businesses in the arts industry also benefit from modelling clay production machines. Artists or businesses engaged in artistic endeavours require large amounts of clay to be produced in various colours and types. Buying a modelling clay production machine proves to be a cost-effective solution.
These are just but a few of the many applications of a modelling clay machine. The machine makes clay that is used for different purposes in various industries. Therefore, it is safe to say that the application of the machine is widespread and its use is on the rise.
Production capacity:
Before purchasing a machine, buyers must first evaluate their production capacity requirements. This includes the amount of raw material the machine can process and the amount of finished product it can produce per unit of time. Choosing a machine with an appropriate production capacity can meet production needs and avoid waste and inefficiency.
Manufacturing process:
Different models of clay machines are suitable for different manufacturing processes. For example, an extruder machine will produce modelling clay in the form of a rod, and a roller mixer will help mix the colours and shades for the clay. Therefore, understanding the required production process will help one choose the correct type of machine.
Energy efficiency:
Energy consumption is something that businesses must consider if they want to use the machine for commercial purposes. Therefore, selecting a machine with high energy efficiency can help reduce operating costs and environmental impact.
Usability and safety:
While considering the machine's ability, it is equally important to consider its usability and safety. A machine with easy operation, easy maintenance, and safe performance can ensure smooth production and reduce the risk of accidents.
Flexibility:
In a changing market, businesses need to be able to adapt their products to different customer needs. Thus, it is important to select machines with adjustable and adaptable functions to change the size and shape of the clay, thereby expanding the scope of use.
Q1: What kind of raw materials are used in clay modeling machines?
A1: A modeling clay machine can use different raw materials. When organic materials like kaolin or bentonite get water mixed with them, they form a moldable, viscous substance. Inorganic materials like calcium carbonate and glycerol create an elastic and smooth substance. Mixed materials, such as natural oils, may also appear, which have different viscosity when exposed to the air.
Q2: How does the clay modeling machine affect the consistency of the final product?
A2: Using a machine can ensure the modeling clay has a uniform consistency, which will leave fewer inconsistencies when handling and applying it. This is very important when commercial products are meant to be sold.
Q3: Can different colors of modeling clay be mixed?
A3: Coloring the product should be easy, as some machines even allow the addition of pigments during the processing phase. However, how well the colors blend will depend on the machine's capacity and the clay's consistency.
Q4: Can Oils Affect the Final Product's Quality?
A4: The addition of oils to enhance the product's texture and consistency is common. However, they might affect the product's quality depending on how much oil was added.
Q5: Can a modelling clay making machine help standardize production in an educational setting?
A5: Educational institutions often use modeling clay to teach children basic shapes, figures, and concepts. While the goal is not to produce large quantities of clay, such machines could standardize the production process to ensure that students get consistency in the product they will be using.
浙公网安备 33010002000092号
浙B2-20120091-4