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PDS-SL2125
kangjia
The working principle of vibrating knife cutting machine:
The core of the vibrating knife cutting machine is its vibrating cutter head. This equipment uses a high-frequency vibrating blade to cut materials with minimal cutting force. During this process, the rapid vibration of the cutter head can not only improve cutting efficiency, but also reduce material deformation and damage.
Cutting principle:
Traditional cutting technology usually relies on mechanical wear, but the cutter head of the vibrating knife cutting machine is specially designed to maintain a stable cutting state during high-speed motion. The special coating on the tool surface and the geometric design of the tool head significantly reduce friction and heat during the cutting process, thereby maintaining a long service life of the tool.
The hardware of the vibration knife cutting machine includes a tool quick change system, a variety of tools, a magnesium-aluminum alloy vacuum adsorption table and a cutting dust suction pipe bracket base.
These configurations make the equipment odorless and dust-free during the cutting process, have no health impact on employees, and meet environmental protection standards.
In addition, the vibration knife cutting machine can also be equipped with a variety of tools, such as round knives, bevel knives and punching knives, to meet the cutting needs of different materials.
The cutting equipment adopts single-layer cutting, and the cutting method is high-frequency
vibrating knife/active wheel knife, etc.;
The computer automatic cutting control system adopts a network-based distributed digital
control system rather than an analog system;
The equipment is equipped with vibrating knife cutting. Different cutting heads
(circular knife, punching knife, pneumatic knife, punching knife, etc.)
can be equipped with different cutting blades according to different materials to cut various flexible materials. Also equipped with a marking pen.
The cutting machine is widely used in various industries such as industrial leather, plastic, rubber, sponge, foam, EVA, PVC, cardboard, paper products, fabrics, home textiles, packaging materials, non-woven fabrics, carpets, car seat cushions, felt, synthetic materials, other non-metallic materials, etc.
Vibrating knife cutting machines are widely used in clothing, bags, shoes, printing, packaging, advertising, and automotive interior mats. In the clothing, bags, and shoes industry, it is often used as a cutting machine; in the printing, packaging, and advertising industry, it is called a computer cutting machine or a sample cutting machine; in the automotive interior mat industry, it is still called a vibrating knife cutting machine.
The working principle of vibrating knife cutting machine:
The core of the vibrating knife cutting machine is its vibrating cutter head. This equipment uses a high-frequency vibrating blade to cut materials with minimal cutting force. During this process, the rapid vibration of the cutter head can not only improve cutting efficiency, but also reduce material deformation and damage.
Cutting principle:
Traditional cutting technology usually relies on mechanical wear, but the cutter head of the vibrating knife cutting machine is specially designed to maintain a stable cutting state during high-speed motion. The special coating on the tool surface and the geometric design of the tool head significantly reduce friction and heat during the cutting process, thereby maintaining a long service life of the tool.
The hardware of the vibration knife cutting machine includes a tool quick change system, a variety of tools, a magnesium-aluminum alloy vacuum adsorption table and a cutting dust suction pipe bracket base.
These configurations make the equipment odorless and dust-free during the cutting process, have no health impact on employees, and meet environmental protection standards.
In addition, the vibration knife cutting machine can also be equipped with a variety of tools, such as round knives, bevel knives and punching knives, to meet the cutting needs of different materials.
The cutting equipment adopts single-layer cutting, and the cutting method is high-frequency
vibrating knife/active wheel knife, etc.;
The computer automatic cutting control system adopts a network-based distributed digital
control system rather than an analog system;
The equipment is equipped with vibrating knife cutting. Different cutting heads
(circular knife, punching knife, pneumatic knife, punching knife, etc.)
can be equipped with different cutting blades according to different materials to cut various flexible materials. Also equipped with a marking pen.
The cutting machine is widely used in various industries such as industrial leather, plastic, rubber, sponge, foam, EVA, PVC, cardboard, paper products, fabrics, home textiles, packaging materials, non-woven fabrics, carpets, car seat cushions, felt, synthetic materials, other non-metallic materials, etc.
Vibrating knife cutting machines are widely used in clothing, bags, shoes, printing, packaging, advertising, and automotive interior mats. In the clothing, bags, and shoes industry, it is often used as a cutting machine; in the printing, packaging, and advertising industry, it is called a computer cutting machine or a sample cutting machine; in the automotive interior mat industry, it is still called a vibrating knife cutting machine.
Model | PDS-SL1615 | PDS-SL1625 | PDS-SL1825 | PDS-SL1830 | PDS-SL2125 | PDS-SL3030 |
Power | 9KW | 9KW | 9KW | 9KW | 9KW | 9KW |
Voltage | 110V/220V/380V±10%,50HZ 60HZ | 110V/220V/380V±10%,50HZ 60HZ | 110V/220V/380V±10%,50HZ 60HZ | 110V/220V/380V±10%,50HZ 60HZ | 110V/220V/380V±10%,50HZ 60HZ | 110V/220V/380V±10%,50HZ 60HZ |
Cutting speed max | max 1400mm/s | max 1400mm/s | max 1400mm/s | max 1400mm/s | max 1400mm/s | max 1400mm/s |
Cutting thickness | ≤50mm | ≤50mm | ≤50mm | ≤50mm | ≤50mm | ≤50mm |
Effective cutting area | 1500*1600(L*W) | 2500*1600(L*W) | 2500*1800 | 3000*1800 | 2500*2100 | 3000*3000 |
Cutting accuracy | ±0.1mm | ±0.1mm | ±0.1mm | ±0.1mm | ±0.1mm | ±0.1mm |
Cutting Materials | Flexible Materials | Flexible Materials | Flexible Materials | Flexible Materials | Flexible Materials | Flexible Materials |
Material fixation method | vacuum adsorption | vacuum adsorption | vacuum adsorption | vacuum adsorption | vacuum adsorption | vacuum adsorption |
Transmission interface | USB /inernet port | USB /inernet port | USB /inernet port | USB /inernet port | USB /inernet port | USB /inernet port |
Compatible software | KANGJIA software | KANGJIA software | KANGJIA software | KANGJIA software | KANGJIA software | KANGJIA software |
Control system | LED touch screen | LED touch screen | LED touch screen | LED touch screen | LED touch screen | LED touch screen |
Drive motor | Panasonic | Panasonic | Panasonic | Panasonic | Panasonic | Panasonic |
Operating mode | automatic | automatic | automatic | automatic | automatic | automatic |
Rail | PMI | PMI | PMI | PMI | PMI | PMI |
Architecture | integrated framework | integrated framework | integrated framework | integrated framework | integrated framework | integrated framework |
Certification | CE/SGS,ISO9001 | CE/SGS,ISO9001 | CE/SGS,ISO9001 | CE/SGS,ISO9001 | CE/SGS,ISO9001 | CE/SGS,ISO9001 |
Safety device | emergency stop button, infrared beam, anti-collision | emergency stop button, infrared beam, anti-collision | emergency stop button, infrared beam, anti-collision | emergency stop button, infrared beam, anti-collision | emergency stop button, infrared beam, anti-collision | emergency stop button, infrared beam, anti-collision |
Model | PDS-SL1615 | PDS-SL1625 | PDS-SL1825 | PDS-SL1830 | PDS-SL2125 | PDS-SL3030 |
Power | 9KW | 9KW | 9KW | 9KW | 9KW | 9KW |
Voltage | 110V/220V/380V±10%,50HZ 60HZ | 110V/220V/380V±10%,50HZ 60HZ | 110V/220V/380V±10%,50HZ 60HZ | 110V/220V/380V±10%,50HZ 60HZ | 110V/220V/380V±10%,50HZ 60HZ | 110V/220V/380V±10%,50HZ 60HZ |
Cutting speed max | max 1400mm/s | max 1400mm/s | max 1400mm/s | max 1400mm/s | max 1400mm/s | max 1400mm/s |
Cutting thickness | ≤50mm | ≤50mm | ≤50mm | ≤50mm | ≤50mm | ≤50mm |
Effective cutting area | 1500*1600(L*W) | 2500*1600(L*W) | 2500*1800 | 3000*1800 | 2500*2100 | 3000*3000 |
Cutting accuracy | ±0.1mm | ±0.1mm | ±0.1mm | ±0.1mm | ±0.1mm | ±0.1mm |
Cutting Materials | Flexible Materials | Flexible Materials | Flexible Materials | Flexible Materials | Flexible Materials | Flexible Materials |
Material fixation method | vacuum adsorption | vacuum adsorption | vacuum adsorption | vacuum adsorption | vacuum adsorption | vacuum adsorption |
Transmission interface | USB /inernet port | USB /inernet port | USB /inernet port | USB /inernet port | USB /inernet port | USB /inernet port |
Compatible software | KANGJIA software | KANGJIA software | KANGJIA software | KANGJIA software | KANGJIA software | KANGJIA software |
Control system | LED touch screen | LED touch screen | LED touch screen | LED touch screen | LED touch screen | LED touch screen |
Drive motor | Panasonic | Panasonic | Panasonic | Panasonic | Panasonic | Panasonic |
Operating mode | automatic | automatic | automatic | automatic | automatic | automatic |
Rail | PMI | PMI | PMI | PMI | PMI | PMI |
Architecture | integrated framework | integrated framework | integrated framework | integrated framework | integrated framework | integrated framework |
Certification | CE/SGS,ISO9001 | CE/SGS,ISO9001 | CE/SGS,ISO9001 | CE/SGS,ISO9001 | CE/SGS,ISO9001 | CE/SGS,ISO9001 |
Safety device | emergency stop button, infrared beam, anti-collision | emergency stop button, infrared beam, anti-collision | emergency stop button, infrared beam, anti-collision | emergency stop button, infrared beam, anti-collision | emergency stop button, infrared beam, anti-collision | emergency stop button, infrared beam, anti-collision |