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» What Is Laser Engraving Technology Of Ceramic Tile
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What Is Laser Engraving Technology Of Ceramic Tile
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Chủ đề trước ·
Chủ đề tiếp theo
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cnclathing
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12/7/2021 11:57:41 PM
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Chung tay xây dựng cộng đồng Cấp bậc: Binh nhì
Tham gia: 27/4/2021 Bài viết: 16 Đến từ: Lathing
Đánh giá: [0]
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Ceramic tiles may be created according to specific preferences using contemporary processing technologies. Etching and sandblasting can be done using sand, water, or a laser. They enable the application of decorations, inscriptions, or 3D images to floor tiles tarting with a single piece. Here we are going to tell you everything you need for laser engraving technology.
What Is Laser Engraving Technology to Ceramic Tile Despite the fact that etching and sandblasting may damage the surface of ceramic tile and make it more susceptible to filth, and that water jet is mostly used for cutting and ceramic tile, the use of laser on Color Technology is gaining popularity. Porcelain may create incredibly tiny surface patterns that are only visible due of various light refractions. Because the hard sintered layer tiles are not damaged, they stay insensitive and cleanable. Letters and logos may be added to the tiles in addition to geometric and organic designs. The design is limited solely when the laser creates monochromatic optical change; unless the laser region is then colored, only wall tiles may be utilized for coloring owing to the color's lack of permanence.
Appropriate In general, the outcome of laser processing is heavily influenced by the kind of ceramic. In most situations, only minor material removal is possible. Ceramics, such as coarse pottery, can also be carved. The glazing is removed here, and depending on the laser intensity, it may also become part of the underlying material. A good impression may be achieved if the surface is covered with masking tape in preparation and the carving area is painted. Porcelain stoneware has a finer surface and is more heat resistant. This gives the carving a very tidy appearance. Because laser engraving of ceramics necessitates a high laser power, a high-power laser system (over 45W) is more efficient than low-power equipment. The processing of customized ceramic tiles is a unique laser application on ceramics. These may be immediately marked with a CO2 laser engraving equipment, resulting in a deep dark contrast.
Glazed tiles may also be carved with a laser to create intricate designs like picture patterns or embellishments that can be magnified or colored. Only space is restricted, whether it's a single tile or a whole wall. The only benefit of laser tiles is that they are more durable, thanks to improvements in digital printing on glazed tiles, which allow for brighter and more color dense picture tiles with less work and money.
When a laser engraving technology system is utilized to adorn the surface of a technical porcelain plate, the situation is different. Pictures, signs, and phrases may be put on the printing plate with this method. You may adjust the width and depth of the engraving line that scratches the ceramic surface using the laser beam's flexibility and precision. Stoneware is particularly well suited to laser decorating to finish the surface because of its compactness. The laser-scratched track will not run and will not leave any marks.
Eliminate Hydrofluoric acid or appropriate particle irradiation are now used to achieve large-area extinction of light ceramic tile. Treatment, processing, and disposal of these chemicals, some of which are hazardous to the environment and human health, take up a significant amount of manufacturing resources. Disposable covering film, which must be properly produced for the relevant use, is also used for local restricted area or ornamental extinction.
The treatment with a laser beam is considerably easier here: the laser beam deflects via the scanning mirror onto the glass plate, causing the tile to evaporate locally. The surface develops a microstructure as a result of this. The surface of the ceramic tile changes from scratch to complete rearrangement depending on the density of the structure. Without the need of chemicals, particles, or costly covering film, any design may be replicated at a fast speed on the surface of the module using this technique.
In theory, any sort of tile can be used in this method. Scanner software can convert the needed ornamental components into an image or a building plan, which may then be printed directly on the surface. Remelting of previously structured surfaces is another application of this technique. Furthermore, using a laser, the typical frosted surface may be partially remelted, giving the treated surface a new structure.
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cnclathing
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12/7/2021 11:59:46 PM
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Chung tay xây dựng cộng đồng Cấp bậc: Binh nhì
Tham gia: 27/4/2021 Bài viết: 16 Đến từ: Lathing
Đánh giá: [0]
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[quote=cnclathing]Ceramic tiles may be created according to specific preferences using contemporary processing technologies. Etching and sandblasting can be done using sand, water, or a laser. They enable the application of decorations, inscriptions, or 3D images to floor tiles tarting with a single piece. Here we are going to tell you everything you need for laser engraving technology.
What Is Laser Engraving Technology to Ceramic Tile Despite the fact that etching and sandblasting may damage the surface of ceramic tile and make it more susceptible to filth, and that water jet is mostly used for cutting and ceramic tile, the use of laser on Color Technology is gaining popularity. Porcelain may create incredibly tiny surface patterns that are only visible due of various light refractions. Because the hard sintered layer tiles are not damaged, they stay insensitive and cleanable. Letters and logos may be added to the tiles in addition to geometric and organic designs. The design is limited solely when the laser creates monochromatic optical change; unless the laser region is then colored, only wall tiles may be utilized for coloring owing to the color's lack of permanence.
Appropriate In general, the outcome of laser processing is heavily influenced by the kind of ceramic. In most situations, only minor material removal is possible. Ceramics, such as coarse pottery, can also be carved. The glazing is removed here, and depending on the laser intensity, it may also become part of the underlying material. A good impression may be achieved if the surface is covered with masking tape in preparation and the carving area is painted. Porcelain stoneware has a finer surface and is more heat resistant. This gives the carving a very tidy appearance. Because laser engraving of ceramics necessitates a high laser power, a high-power laser system (over 45W) is more efficient than low-power equipment. The processing of customized ceramic tiles is a unique laser application on ceramics. These may be immediately marked with a CO2 laser engraving equipment, resulting in a deep dark contrast.
Glazed tiles may also be carved with a laser to create intricate designs like picture patterns or embellishments that can be magnified or colored. Only space is restricted, whether it's a single tile or a whole wall. The only benefit of laser tiles is that they are more durable, thanks to improvements in digital printing on glazed tiles, which allow for brighter and more color dense picture tiles with less work and money.
When a laser engraving technology system is utilized to adorn the surface of a technical porcelain plate, the situation is different. Pictures, signs, and phrases may be put on the printing plate with this method. You may adjust the width and depth of the engraving line that scratches the ceramic surface using the laser beam's flexibility and precision. Stoneware is particularly well suited to laser decorating to finish the surface because of its compactness. The laser-scratched track will not run and will not leave any marks.
Eliminate Hydrofluoric acid or appropriate particle irradiation are now used to achieve large-area extinction of light ceramic tile. Treatment, processing, and disposal of these chemicals, some of which are hazardous to the environment and human health, take up a significant amount of manufacturing resources. Disposable covering film, which must be properly produced for the relevant use, is also used for local restricted area or ornamental extinction.
The treatment with a laser beam is considerably easier here: the laser beam deflects via the scanning mirror onto the glass plate, causing the tile to evaporate locally. The surface develops a microstructure as a result of this. The surface of the ceramic tile changes from scratch to complete rearrangement depending on the density of the structure. Without the need of chemicals, particles, or costly covering film, any design may be replicated at a fast speed on the surface of the module using this technique.
In theory, any sort of tile can be used in this method. Scanner software can convert the needed ornamental components into an image or a building plan, which may then be printed directly on the surface. Remelting of previously structured surfaces is another application of this technique. Furthermore, using a laser, the typical frosted surface may be partially remelted, giving the treated surface a new structure.
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» What Is Laser Engraving Technology Of Ceramic Tile
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