2600W/20khz New Ddesign Ultrasonic Portable Cutter For Plastic And Fabric
1-499 Sets
$1,700.00
≥500 Sets
$1,650.00
Model Number
ARS-SLHJ260020
description
2600W/20khz New Ddesign Ultrasonic Portable Cutter For Plastic And Fabric
The main function of the ultrasonic cutting process is to split the connected parts. The high frequency vibration per second can reduce the pressure on the object to be cut. In this way, a neat and clean cutting surface can be formed. In practical applications, it is divided into two processes, separate welding and cutting.
Separate welding
Ultrasound can be used to cut thermoplastic multilayer textiles, non-woven materials or films into arbitrary shapes, and simultaneously weld them along the cutting contour. The thermoplastic fiber content should be at least 20%. The anvil with the corresponding cutting profile is cut by the vibration generated by the ultrasonic system. At the same time, the vibration attenuation causes heat to be generated in the cutting area, thereby welding along the cutting edge.
The cutting blade vibrated by ultrasonic waves quickly and accurately separates the items to be cut with little resistance, and does not produce residue. Ultrasonic has been used for cutting finished products for many years. When cutting baked goods, energy bars, cheese, pizza and other materials, the vibrating (cold) cutting horn reduces the resistance during the cutting process and removes adhered product residues. The result: a flat surface that can be cut again is formed without deformation or thermal damage to the product.
The principle of the ultrasonic rubber cutter is to convert 50/60Hz current into 20, 30 or 40kHz electric energy through an ultrasonic generator. The converted high-frequency electric energy is again converted into mechanical vibration of the same frequency through the transducer, and then the mechanical vibration is transmitted to the cutting knife through a set of amplitude modulator device that can change the amplitude. The ultrasonic rubber cutter vibrates along its length with an amplitude of 10-70μm and repeats 40,000 times (40 kHz) per second (the vibration of the blade is microscopic, which is generally difficult to see with the naked eye). The cutting knife then transfers the received vibration energy to the cutting surface of the workpiece to be cut. In this area, the vibration energy is used to cut the rubber by activating the molecular energy of the rubber and opening the molecular chain.
High stability: When the ultrasonic generator is working, it generates 40KHz electromagnetic vibration, which is transformed into mechanical vibration and transmitted to the cutting knife and the cutting material. The cutting is performed mechanically, so there is no need for sharp cutting edges, and the blade wear is small. The cutter head can be replaced by yourself.
No pollution: When the ultrasonic knife is cutting, the temperature of the knife head is lower than 50 ℃, so smoke and odor will not be produced, which eliminates the danger of injury and fire during cutting.
Neat cutting: Since the ultrasonic is cut by high-frequency vibration, the material will not adhere to the surface of the blade, and only a small amount of pressure is required when cutting. It will not deform and wear for fragile and soft materials. The fabric will be automatically sealed at the same time. Will cause edge collapse.
The operation is simple: the cutting knife is connected to the ultrasonic generator, the generator is connected to the 220V mains, and the switch is turned on to start cutting. It supports hand-held cutting and is equipped with an air-cooled interface.
Wide range of applications: all kinds of textile materials and plastic sheets can be ultrasonically cut, such as natural fibers, synthetic fibers, non-woven fabrics and knitted fabrics can be ultrasonically cut.
Separate welding
Ultrasound can be used to cut thermoplastic multilayer textiles, non-woven materials or films into arbitrary shapes, and simultaneously weld them along the cutting contour. The thermoplastic fiber content should be at least 20%. The anvil with the corresponding cutting profile is cut by the vibration generated by the ultrasonic system. At the same time, the vibration attenuation causes heat to be generated in the cutting area, thereby welding along the cutting edge.
The cutting blade vibrated by ultrasonic waves quickly and accurately separates the items to be cut with little resistance, and does not produce residue. Ultrasonic has been used for cutting finished products for many years. When cutting baked goods, energy bars, cheese, pizza and other materials, the vibrating (cold) cutting horn reduces the resistance during the cutting process and removes adhered product residues. The result: a flat surface that can be cut again is formed without deformation or thermal damage to the product.
The principle of the ultrasonic rubber cutter is to convert 50/60Hz current into 20, 30 or 40kHz electric energy through an ultrasonic generator. The converted high-frequency electric energy is again converted into mechanical vibration of the same frequency through the transducer, and then the mechanical vibration is transmitted to the cutting knife through a set of amplitude modulator device that can change the amplitude. The ultrasonic rubber cutter vibrates along its length with an amplitude of 10-70μm and repeats 40,000 times (40 kHz) per second (the vibration of the blade is microscopic, which is generally difficult to see with the naked eye). The cutting knife then transfers the received vibration energy to the cutting surface of the workpiece to be cut. In this area, the vibration energy is used to cut the rubber by activating the molecular energy of the rubber and opening the molecular chain.
High stability: When the ultrasonic generator is working, it generates 40KHz electromagnetic vibration, which is transformed into mechanical vibration and transmitted to the cutting knife and the cutting material. The cutting is performed mechanically, so there is no need for sharp cutting edges, and the blade wear is small. The cutter head can be replaced by yourself.
No pollution: When the ultrasonic knife is cutting, the temperature of the knife head is lower than 50 ℃, so smoke and odor will not be produced, which eliminates the danger of injury and fire during cutting.
Neat cutting: Since the ultrasonic is cut by high-frequency vibration, the material will not adhere to the surface of the blade, and only a small amount of pressure is required when cutting. It will not deform and wear for fragile and soft materials. The fabric will be automatically sealed at the same time. Will cause edge collapse.
The operation is simple: the cutting knife is connected to the ultrasonic generator, the generator is connected to the 220V mains, and the switch is turned on to start cutting. It supports hand-held cutting and is equipped with an air-cooled interface.
Wide range of applications: all kinds of textile materials and plastic sheets can be ultrasonically cut, such as natural fibers, synthetic fibers, non-woven fabrics and knitted fabrics can be ultrasonically cut.
Type | Power(W) | Frequency (KHz) |
ARS-DHJ-300 | 300W | 15khz |
ARS-DHJ-300 | 300W | 20khz |
ARS-DHJ-300 | 300W | 28khz |
ARS-DHJ-300 | 300W | 35KHz |
ARS-DHJ-300 | 300W | 40khz |
ARS-DHJ-500 | 500W | 15khz |
ARS-DHJ-500 | 500W | 20khz |
ARS-DHJ-500 | 500W | 28khz |
ARS-DHJ-500 | 500W | 35KHz |
ARS-DHJ-500 | 500W | 40khz |
ARS-DHJ-800 | 800W | 15khz |
ARS-DHJ-800 | 800W | 20khz |
ARS-DHJ-800 | 800W | 28khz |
ARS-DHJ-800 | 800W | 35KHz |
ARS-DHJ-800 | 800W | 40khz |
ARS-DHJ-900 | 900W | 15KHz |
ARS-DHJ-900 | 900W | 20khz |
ARS-DHJ-1000 | 1000W | 15KHz |
ARS-SLHJ2600 | 2600W | 20khz |
2600W/20khz New Ddesign Ultrasonic Portable Cutter For Plastic And Fabric
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