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CTS-DT1625
kangjia
Description
Vibrating knife cutting machine is a modern cutting tool, widely used in many fields, such as clothing, leather, aerospace, composite materials, insulation, medical and sealing. Its working principle is to drive the tool to perform cutting operations through a high-frequency vibration device. This device consists of a motor and a tool, which generates a high-frequency vibration signal and transmits it to the tool, so that the tool produces rapid reciprocating motion under the action of high-frequency vibration, and cuts into the object with high-speed vibration to achieve cutting operations.
General description of the equipment body
The equipment sub-assembly and main core components are divided into the following parts: automatic cutting machine host, automatic typesetting software, electronic control system, vacuum pump, linear guide rail, vibrating cutter head, driver, motor, gear rack, discharge rack, etc.
Mechanical frame part
The cutting table is an all-cast aluminum vacuum cavity aluminized plate socket nail drilling platform + high-density fiber felt;
Power drive part
The X and Y axes all adopt gear rack transmission to meet the requirements of long-term cutting;
Use internationally renowned brushless servo motors and X-direction unidirectional motor drives to ensure equipment stability and cutting accuracy;
It has excellent continuous operation capability and can operate continuously 24 hours a day, 7 days a week, without shutting down for cooling;
The cutting speed is automatically controlled (0-1.3 meters/second), and the actual cutting speed can reach 0.6-1.3 meters/second. The maximum cutting acceleration is not less than 11m/s2, and the head does not shake when running at high speed;
Use a high-efficiency vacuum pump with strong power to prevent slipping during cutting. The vacuum pump is embedded in the cutting machine to reduce space occupation.
Host cutting part
1. The cutting equipment adopts single-layer cutting and high-frequency vibrating knife feeding method;
2. The computer automatic cutting control system adopts a network-based distributed digital control system rather than an analog system;
3. 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;
4. The cutting bed area of the equipment can adapt to cutting of different widths and is easy to replace and adjust;
5. Intelligent cutting path, the cutting range covers the width of 0-1.6m, and the cutting size is stable and reliable;
6. When using a large cutting bed area for cutting, manual winding at one end should be able to ensure the safety of the operator;
7. The machine can be paused at any time during automatic cutting. After the pause, the machine head and cutter head can move arbitrarily. After resuming automatic cutting, the cutter head will automatically return to the pause point to continue cutting without the need for manual secondary positioning;
Application
CNC automatic loading oscillation vibration automatic cutting machine digital leather/cloth/fabric/textile knife cutting machine is widely used for cutting fabrics, leather, cardboard, plastic, paper, rubber, EVA foam, and can cut various types of foams, such as closed-cell foam, rubber foam, foam cotton, foam core, KT board, EPE foam, polyethylene foam, PE foam, PVC foam, etc. Widely used in packaging protection, advertising display, terminal insulation, model making, jigsaw puzzles, pattern cutting, etc.
Description
Vibrating knife cutting machine is a modern cutting tool, widely used in many fields, such as clothing, leather, aerospace, composite materials, insulation, medical and sealing. Its working principle is to drive the tool to perform cutting operations through a high-frequency vibration device. This device consists of a motor and a tool, which generates a high-frequency vibration signal and transmits it to the tool, so that the tool produces rapid reciprocating motion under the action of high-frequency vibration, and cuts into the object with high-speed vibration to achieve cutting operations.
General description of the equipment body
The equipment sub-assembly and main core components are divided into the following parts: automatic cutting machine host, automatic typesetting software, electronic control system, vacuum pump, linear guide rail, vibrating cutter head, driver, motor, gear rack, discharge rack, etc.
Mechanical frame part
The cutting table is an all-cast aluminum vacuum cavity aluminized plate socket nail drilling platform + high-density fiber felt;
Power drive part
The X and Y axes all adopt gear rack transmission to meet the requirements of long-term cutting;
Use internationally renowned brushless servo motors and X-direction unidirectional motor drives to ensure equipment stability and cutting accuracy;
It has excellent continuous operation capability and can operate continuously 24 hours a day, 7 days a week, without shutting down for cooling;
The cutting speed is automatically controlled (0-1.3 meters/second), and the actual cutting speed can reach 0.6-1.3 meters/second. The maximum cutting acceleration is not less than 11m/s2, and the head does not shake when running at high speed;
Use a high-efficiency vacuum pump with strong power to prevent slipping during cutting. The vacuum pump is embedded in the cutting machine to reduce space occupation.
Host cutting part
1. The cutting equipment adopts single-layer cutting and high-frequency vibrating knife feeding method;
2. The computer automatic cutting control system adopts a network-based distributed digital control system rather than an analog system;
3. 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;
4. The cutting bed area of the equipment can adapt to cutting of different widths and is easy to replace and adjust;
5. Intelligent cutting path, the cutting range covers the width of 0-1.6m, and the cutting size is stable and reliable;
6. When using a large cutting bed area for cutting, manual winding at one end should be able to ensure the safety of the operator;
7. The machine can be paused at any time during automatic cutting. After the pause, the machine head and cutter head can move arbitrarily. After resuming automatic cutting, the cutter head will automatically return to the pause point to continue cutting without the need for manual secondary positioning;
Application
CNC automatic loading oscillation vibration automatic cutting machine digital leather/cloth/fabric/textile knife cutting machine is widely used for cutting fabrics, leather, cardboard, plastic, paper, rubber, EVA foam, and can cut various types of foams, such as closed-cell foam, rubber foam, foam cotton, foam core, KT board, EPE foam, polyethylene foam, PE foam, PVC foam, etc. Widely used in packaging protection, advertising display, terminal insulation, model making, jigsaw puzzles, pattern cutting, etc.
Model | CTS-SL1615 | CTS-DT-1625 |
Power | 9KW | 9KW |
Voltage | 110V/220V/380V±10%,50HZ 60HZ | 110V/220V/380V±10%,50HZ 60HZ |
Cutting speed max | max 1400mm/s | max 1400mm/s |
Cutting thickness | ≤50mm | ≤50mm |
Effective cutting area | 1500*1600(L*W) | 2500*1600(L*W) |
Cutting accuracy | ±0.1mm | ±0.1mm |
Cutting Materials | Flexible Materials | Flexible Materials |
Material fixation method | vacuum adsorption | vacuum adsorption |
Transmission interface | USB /inernet port | USB /inernet port |
Compatible software | KANGJIA software | KANGJIA software |
Control system | LED touch screen | LED touch screen |
Drive motor | Panasonic | Panasonic |
Operating mode | automatic | Semi-automatic |
Rail | PMI | PMI |
Architecture | integrated framework | integrated framework |
Certification | CE/SGS,ISO9001 | CE/SGS,ISO9001 |
Safety device | emergency stop button, infrared beam, anti-collision | emergency stop button, infrared beam, anti-collision |
Model | CTS-SL1615 | CTS-DT-1625 |
Power | 9KW | 9KW |
Voltage | 110V/220V/380V±10%,50HZ 60HZ | 110V/220V/380V±10%,50HZ 60HZ |
Cutting speed max | max 1400mm/s | max 1400mm/s |
Cutting thickness | ≤50mm | ≤50mm |
Effective cutting area | 1500*1600(L*W) | 2500*1600(L*W) |
Cutting accuracy | ±0.1mm | ±0.1mm |
Cutting Materials | Flexible Materials | Flexible Materials |
Material fixation method | vacuum adsorption | vacuum adsorption |
Transmission interface | USB /inernet port | USB /inernet port |
Compatible software | KANGJIA software | KANGJIA software |
Control system | LED touch screen | LED touch screen |
Drive motor | Panasonic | Panasonic |
Operating mode | automatic | Semi-automatic |
Rail | PMI | PMI |
Architecture | integrated framework | integrated framework |
Certification | CE/SGS,ISO9001 | CE/SGS,ISO9001 |
Safety device | emergency stop button, infrared beam, anti-collision | emergency stop button, infrared beam, anti-collision |
1) General description of the equipment body
The equipment sub-assembly and main core components are divided into the following parts: automatic cutting machine host, automatic typesetting software, electronic control system, vacuum pump, linear guide rail, vibrating cutter head, driver, motor, gear rack, discharge rack, etc.
2) Mechanical frame part
2.1. The cutting table is an all-cast aluminum vacuum cavity aluminized plate socket nail drilling platform + high-density fiber felt;
2,2. The main bracket is a welded steel structure
3) Power drive part
3.1. The X and Y axes all adopt gear rack transmission to meet the requirements of long-term cutting;
3.2. Use internationally renowned brushless servo motors and X-direction unidirectional motor drives to ensure equipment stability and cutting accuracy;
3.3. It has excellent continuous operation capability and can operate continuously 24 hours a day, 7 days a week, without shutting down for cooling;
3.4. Use a high-efficiency vacuum pump with strong power to prevent slipping during cutting. The vacuum pump is embedded in the cutting machine to reduce space occupation;
4) Host cutting part
4.1. The cutting equipment adopts single-layer cutting and high-frequency vibrating knife feeding method;
4.2. The computer automatic cutting control system adopts a network-based distributed digital control system rather than an analog system;
4.3. 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;
4.4. The cutting bed area of the equipment can adapt to cutting of different widths and is easy to replace and adjust;
4.5. Intelligent cutting path, the cutting range covers the width of 0-1.6m, and the cutting size is stable and reliable;
4.6. When using a large cutting bed area for cutting, manual winding at one end should be able to ensure the safety of the operator;
4.7. The machine can be paused at any time during automatic cutting. After the pause, the machine head and cutter head can move arbitrarily. After resuming automatic cutting, the cutter head will automatically return to the pause point to continue cutting without the need for manual secondary positioning;
5) Electrical control part
5.1. Adopt internationally renowned brushless servo motor and X-direction single motor rack and pinion drive to ensure equipment stability and cutting accuracy;
5.2. The components configured in the equipment electrical control system adopt internationally renowned brands, such as Panasonic, ALPHA, CHNT, DELIXI, Inovance, Omron and other brands;
6) Software operation part
Design and produce various composite material products to ensure the consistency of proofing, molding, and imposition, so as to quantify and make the management of pre-production processes more transparent, and reduce the impact of human and experience factors on the enterprise. Save production costs, improve corporate efficiency and competitiveness, and strengthen corporate management.
1) General description of the equipment body
The equipment sub-assembly and main core components are divided into the following parts: automatic cutting machine host, automatic typesetting software, electronic control system, vacuum pump, linear guide rail, vibrating cutter head, driver, motor, gear rack, discharge rack, etc.
2) Mechanical frame part
2.1. The cutting table is an all-cast aluminum vacuum cavity aluminized plate socket nail drilling platform + high-density fiber felt;
2,2. The main bracket is a welded steel structure
3) Power drive part
3.1. The X and Y axes all adopt gear rack transmission to meet the requirements of long-term cutting;
3.2. Use internationally renowned brushless servo motors and X-direction unidirectional motor drives to ensure equipment stability and cutting accuracy;
3.3. It has excellent continuous operation capability and can operate continuously 24 hours a day, 7 days a week, without shutting down for cooling;
3.4. Use a high-efficiency vacuum pump with strong power to prevent slipping during cutting. The vacuum pump is embedded in the cutting machine to reduce space occupation;
4) Host cutting part
4.1. The cutting equipment adopts single-layer cutting and high-frequency vibrating knife feeding method;
4.2. The computer automatic cutting control system adopts a network-based distributed digital control system rather than an analog system;
4.3. 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;
4.4. The cutting bed area of the equipment can adapt to cutting of different widths and is easy to replace and adjust;
4.5. Intelligent cutting path, the cutting range covers the width of 0-1.6m, and the cutting size is stable and reliable;
4.6. When using a large cutting bed area for cutting, manual winding at one end should be able to ensure the safety of the operator;
4.7. The machine can be paused at any time during automatic cutting. After the pause, the machine head and cutter head can move arbitrarily. After resuming automatic cutting, the cutter head will automatically return to the pause point to continue cutting without the need for manual secondary positioning;
5) Electrical control part
5.1. Adopt internationally renowned brushless servo motor and X-direction single motor rack and pinion drive to ensure equipment stability and cutting accuracy;
5.2. The components configured in the equipment electrical control system adopt internationally renowned brands, such as Panasonic, ALPHA, CHNT, DELIXI, Inovance, Omron and other brands;
6) Software operation part
Design and produce various composite material products to ensure the consistency of proofing, molding, and imposition, so as to quantify and make the management of pre-production processes more transparent, and reduce the impact of human and experience factors on the enterprise. Save production costs, improve corporate efficiency and competitiveness, and strengthen corporate management.
