Woodworking engraving machine tool guide
1. Acrylic cutting processing, it is recommended to use single-blade spiral milling cutter, which is characterized by smokeless and odorless, fast, efficient, non-stick, and truly environmentally friendly. Its special manufacturing process ensures that the processed acrylic does not explode.
The knife pattern is very fine, even without a knife pattern, and the surface is smooth and flat.
The surface needs to be frosted. A double-edged three-blade spiral milling cutter is recommended.
2. For the cutting process, it is recommended to use a double-blade large-scale spiral milling cutter with two large-capacity chip flutes and a double-edged design, with good chip removal and good tool balance.
When processing high-density boards, it does not turn black, does not smoke, and has a long service life.
3. For aluminum sheet cutting, it is recommended to use a single-blade special aluminum milling cutter.
It will not stick to the knife during processing, and it is fast and efficient.
4. For precision small relief processing, a round bottom knife is recommended.
5. Cork, MDF, logs, PVC, acrylic large deep relief processing, it is recommended to use a single-blade spiral ball end mill.
6. It is recommended to use a top and bottom burr-free cutting process. A single-edged, double-edged upper and lower cutter is recommended.
7. It is recommended to use high density board and solid wood milling cutter.
8. Multi-layer board, splint processing, it is recommended to use double-edged straight groove milling cutter.
9. The effect of the lower tool is that there is no burr on the upper surface of the processed product and it will not be shaken during processing.
10. It is recommended to use a diamond engraving knife in acrylic mirror engraving.
11. Multi-band milling cutters are recommended for roughing particleboard.
Woodworking engraving machine milling cutter processing safety introduction
Jinan carpenter engraving machine manufacturer described the carpenter engraving machine for engraving, cutting, punching and other functions, and described some cutting techniques, etc. Today we will emphasize the safety common sense when using carpenter engraving and milling. Out of context, the engraving and milling operation must use milling cutters, while the CNC engraving machine is used for the safety of engraving and milling. The safety of the milling cutter is very important. The safety of milling cutters includes the rotation speed of the milling cutter, the thickness of the chip, the height constraint of the profile cutter and the thickness and extension of the milling cutter.
The wood cutting process is characterized by high-speed cutting, and the turning speed of the milling cutter is more than 3000 rpm. The high-speed cutting brings high production power and bright surface quality brought by wood cutting. Together, it also brings a series of safety problems, so when the spindle speed of the milling machine reaches 9000 rpm, in addition to the shank milling cutter with a tool size less than 16 mm, the device milling cutter should be prevented, and the weld seam of the welding integral milling cutter is also Conduct a severe flaw detection.
When cutting the CNC carpenter engraving machine, the thickness of the chip is the necessary way to ensure that the milling cutter feeds too much and causes the milling cutter to be severely overloaded.
With regard to the forming cutter, the forming height of the profile is matched with the clamping method of the milling cutter, the thickness of the cutting workpiece, and the diameter of the milling cutter are in close contact. After the workpiece thickness, the cutter diameter and the central aperture are determined, the height of the cutter reflects the strength and stiffness of the cutter itself and the ability to withstand the cutting resistance. Therefore, it is necessary to restrain the height of the profile to ensure the safety of the milling cutter.
When planning the cutter body, it is necessary to consider the clamping problem of the blade. Whether the cylindrical body is still a disc-shaped body, the blade clamping method must ensure that a sufficient clamping force can be supplied. Resist the centrifugal force of the swing.
Safe production and use of CNC carpenter engraving machine, must not neglect the above processing skills and matters. For some other processing problems, customers can also consult the engraving machine manufacturers.Woodworking engraving machine milling cutter processing safety introduction
Jinan carpenter engraving machine manufacturer described the carpenter engraving machine for engraving, cutting, punching and other functions, and described some cutting techniques, etc. Today we will emphasize the safety common sense when using carpenter engraving and milling. Out of context, the engraving and milling operation must use milling cutters, while the CNC engraving machine is used for the safety of engraving and milling. The safety of the milling cutter is very important. The safety of milling cutters includes the rotation speed of the milling cutter, the thickness of the chip, the height constraint of the profile cutter and the thickness and extension of the milling cutter.
The wood cutting process is characterized by high-speed cutting, and the turning speed of the milling cutter is more than 3000 rpm. The high-speed cutting brings high production power and bright surface quality brought by wood cutting. Together, it also brings a series of safety problems, so when the spindle speed of the milling machine reaches 9000 rpm, in addition to the shank milling cutter with a tool size less than 16 mm, the device milling cutter should be prevented, and the weld seam of the welding integral milling cutter is also Conduct a severe flaw detection.
When cutting the CNC carpenter engraving machine, the thickness of the chip is the necessary way to ensure that the milling cutter feeds too much and causes the milling cutter to be severely overloaded.
With regard to the forming cutter, the forming height of the profile is matched with the clamping method of the milling cutter, the thickness of the cutting workpiece, and the diameter of the milling cutter are in close contact. After the workpiece thickness, the cutter diameter and the central aperture are determined, the height of the cutter reflects the strength and stiffness of the cutter itself and the ability to withstand the cutting resistance. Therefore, it is necessary to restrain the height of the profile to ensure the safety of the milling cutter.
When planning the cutter body, it is necessary to consider the clamping problem of the blade. Whether the cylindrical body is still a disc-shaped body, the blade clamping method must ensure that a sufficient clamping force can be supplied. Resist the centrifugal force of the swing.
Safe production and use of CNC carpenter engraving machine, must not neglect the above processing skills and matters. For some other processing problems, customers can also consult the engraving machine manufacturers.
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