Taking this door as an example, the knives used in this door are:
1. Inner pattern knife, a knife used for processing inner patterns
2. Corner cleaning knife, V-shaped knife with right angles picked out around the flower pattern
3. Clean the bottom knife and remove the remaining material between the inner pattern and the corner cleaning knife
4. Flat bottomed knife, clear out the platform around the V-shaped knife with raised corners
5. Ball cutter, milling vertical lines inside and outside the door. 6. Cutting cutter, cutting off the milled door panel
Let's talk about wooden doors and cabinet doors. The process of carving classical furniture and similar products on a carving machine: feeding - fixing - carving
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& nbsp; The feeding methods include manual feeding, feeding with conveyor equipment, and feeding with robotic arms. For ordinary processing plants, this process is mostly done manually. For a standard size board (1220X2440), it can be a bit difficult for one person. We usually give two suggestions to customers: one is to take a little time off the polisher to assist with feeding, and the other is to create a work platform by oneself, where one person can push the board to the carving machine table.
2、 Fixed:
The common fixing methods for this type of engraving machine are as follows: 1. Pressure plate fixing 2. Gun nail fixing 3. Vacuum suction. Their efficiency is clearly higher than vacuum adsorption; Gun nail fixation>; Fixed pressure plate. We strongly recommend vacuum adsorption for engraving machines of this type of product. Although it has the disadvantage of power consumption, the benefits it brings far outweigh the loss of power consumption.
3、 Carving:
We mainly talk about the carving process, which depends on three aspects:
& nbsp; The first aspect is typesetting. One is manual typesetting, which involves first preparing each different image and then adjusting the spacing of each workpiece one by one to arrange them on the carving layout. The other is automatic typesetting, which involves preparing individual images and using software functions to automatically arrange them, thereby improving processing efficiency.
& nbsp; The second aspect is the carving speed, which depends on the speed of the driving motor and the quality of the tool. Firstly, there are driving motors. Currently, there are roughly three types of driving motors on the market: stepper motors, hybrid servo motors, and servo motors. This is also one of the factors that contribute to the price difference of carving machines under the same appearance. Simply put, servo motors are superior to the first two in terms of torque, speed, and accuracy. The specific configuration to be used depends on your budget, production volume, and other factors before making a decision; Next is the quality of the cutting tools. Even the fastest carving speed is useless without carving tools that can withstand that speed.
& nbsp; The third aspect of tool changing can be divided into manual tool changing and automatic tool changing. Manual tool changing is a time-consuming process because the height of the tool changes after changing, so the upper and lower heights need to be recalibrated after each tool change. Automatic tool changing can eliminate this step. There are two types of models on the market that can achieve automatic tool changing: woodworking machining centers and multi process engraving machines. The former switches between the handle and the tool, while the latter switches between the spindle. The machining center has disc (bucket hat type) and row type, and bucket hat type tool changing is faster than row type. Multi process engraving machines currently have three processes, which can complete three processes. Automatically switch the knife.
1. Inner pattern knife, a knife used for processing inner patterns
2. Corner cleaning knife, V-shaped knife with right angles picked out around the flower pattern
3. Clean the bottom knife and remove the remaining material between the inner pattern and the corner cleaning knife
4. Flat bottomed knife, clear out the platform around the V-shaped knife with raised corners
5. Ball cutter, milling vertical lines inside and outside the door. 6. Cutting cutter, cutting off the milled door panel
Let's talk about wooden doors and cabinet doors. The process of carving classical furniture and similar products on a carving machine: feeding - fixing - carving
Loading:
& nbsp; The feeding methods include manual feeding, feeding with conveyor equipment, and feeding with robotic arms. For ordinary processing plants, this process is mostly done manually. For a standard size board (1220X2440), it can be a bit difficult for one person. We usually give two suggestions to customers: one is to take a little time off the polisher to assist with feeding, and the other is to create a work platform by oneself, where one person can push the board to the carving machine table.
2、 Fixed:
The common fixing methods for this type of engraving machine are as follows: 1. Pressure plate fixing 2. Gun nail fixing 3. Vacuum suction. Their efficiency is clearly higher than vacuum adsorption; Gun nail fixation>; Fixed pressure plate. We strongly recommend vacuum adsorption for engraving machines of this type of product. Although it has the disadvantage of power consumption, the benefits it brings far outweigh the loss of power consumption.
3、 Carving:
We mainly talk about the carving process, which depends on three aspects:
& nbsp; The first aspect is typesetting. One is manual typesetting, which involves first preparing each different image and then adjusting the spacing of each workpiece one by one to arrange them on the carving layout. The other is automatic typesetting, which involves preparing individual images and using software functions to automatically arrange them, thereby improving processing efficiency.
& nbsp; The second aspect is the carving speed, which depends on the speed of the driving motor and the quality of the tool. Firstly, there are driving motors. Currently, there are roughly three types of driving motors on the market: stepper motors, hybrid servo motors, and servo motors. This is also one of the factors that contribute to the price difference of carving machines under the same appearance. Simply put, servo motors are superior to the first two in terms of torque, speed, and accuracy. The specific configuration to be used depends on your budget, production volume, and other factors before making a decision; Next is the quality of the cutting tools. Even the fastest carving speed is useless without carving tools that can withstand that speed.
& nbsp; The third aspect of tool changing can be divided into manual tool changing and automatic tool changing. Manual tool changing is a time-consuming process because the height of the tool changes after changing, so the upper and lower heights need to be recalibrated after each tool change. Automatic tool changing can eliminate this step. There are two types of models on the market that can achieve automatic tool changing: woodworking machining centers and multi process engraving machines. The former switches between the handle and the tool, while the latter switches between the spindle. The machining center has disc (bucket hat type) and row type, and bucket hat type tool changing is faster than row type. Multi process engraving machines currently have three processes, which can complete three processes. Automatically switch the knife.