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  • Laser-equipment ∨
    • Overview of Laser Equipment>

      Overview of Laser Equipment

      TASTE Equipment includes CO2 laser marking machine, fiber laser marking machine, ultraviolet laser marking machine and industry-customized automatic laser processing system that are widely used in processing applications such as marking, engraving and cutting of various materials.

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    • CO2 laser marking machine series>

      CO2 laser marking machine series

      CO2 laser marking machine series is of computer control. By using 10.64um laser beam through beam expansion, focus, and finally by controlling the deflection of galvanometer, the surface of workpiece is impacted based on the predetermined track so that the surface is gasified for marking effect. The whole machine adopts internationally leading folded design with the integrated design of power supply and control part rendering the machine size more compact. The shape is designed by the top designer in Europe.

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    • Fiber laser marking machine series>

      Fiber laser marking machine series

      Fiber laser marking machine series mainly includes MINI laser marking machine, Taste laser marking machine, 3D laser marking machine and wide range laser marking machine, meeting different customers' demands of individualized development, safety quality, contour refined processing and scope.

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    • Ultraviolet laser marking machine...>

      Ultraviolet laser marking machine series

      Ultraviolet focusing spot is minimal, and the processing heat affected zone is very minimal, so it is mainly used for hyperfine marking, special material marking and engraving, applicable to marking and surface treatment of materials such as silicon wafers, sheet ceramics, various glasses, liquid crystal displays, PCB processing and thin polymer films etc.

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    • Cutting laser machine series>

      Cutting laser machine series

      TASTELASER laser cutting machine series integrates marking and cutting, enabling free switch. The use of imported high-speed head matched with independent R&D 3D software and control system achieves acceleration up to 5m/s, greatly increasing the production efficiency.

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    • Industry-specific marking machine...>

      Industry-specific marking machine series

      Industry-specific marking machine series mainly includes intelligent automatic equipment for laser marking such as the jeans laser engraving machine, leather high-power laser marking machine, LGP laser processor etc. specific to particular industries like leather, clothing, mobile phone and advertising lamp box and others.

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    • Flying laser marking machine series>

      Flying laser marking machine series

      CK-X2 high-speed “flight” marking machine is introduced to you – a full-automated laser marking machine tailored for high-speed operation on assembly lines. It has extremely long “flights” and supports 70 high-speed English flying at the speed of up to 80M/min. It can be used matching any product line for online synchronous marking on the fly to achieve the non-stop automatic production mode and meet the production demands in the industrial automation age.

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    • Welding laser machine series>

      Welding laser machine series

      Full-automatic 3D positioning welding marking machine uses three-axis high-precision working table to move freely up and down, front and back and left and right. To break the defects of welding machine disabling patch weld in the past, CKLASER has developed a set of new software control system available for seamlessly connection with high repeatability and significant reduction in material waste.

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  • 3D-scanhead
  • Applications ∨
  • Knowledge ∨
    • Laser knowledge overview>

      Laser knowledge overview

      This section provides customers with basic laser principles, usage tips and some common problems and solutions, as well as equipment maintenance knowledge. Please contact us for more details

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    • Laser principles>

      Laser principles

      This section introduces the basic principles of lasers and also analyzes the in-depth principle of our 3D laser marker technology.

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    • Laser usage tips>

      Laser usage tips

      Most laser devices on the market today belong to four types of lasers. If they are used improperly, they may cause certain harm to the human body. Using laser devices correctly can not only protect personal safety, but also help to improve the effects of laser engraving and cutting and save laser processing time.

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    • Laser common problems and solutions>

      Laser common problems and solutions

      Using laser equipment for material processing will encounter some problems. This section will provide you with basic common problems and solutions. If they are unable to answer your doubts, please contact us. We will serve you wholeheartedly.

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    • Laser personalized application>

      Laser personalized application

      The application of laser marker has become more and more close to life. Modern people also have a higher pursuit of beauty and art. TASTELASER enables the integration of technology and art, so that intelligent manufacturing leads the trend of the times.

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  • About-us ∨
    • Company Profile>

      Company Profile

      "TASTELASER" is located in Guangzhou city and currently employs 170 people. The technical staff account for 60% of total. It is divided into four product divisions: Fiber Division, CO2 Division, Automation Laser Division and Mirror Optics Division, separately engaged in standard laser.

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    • Technical Support>

      Technical Support

      Fast service: Our Company has professional maintenance engineers and equipped with various types of accessories. Full service: We provide customers with a complete set of laser processing solutions, including process test, talent training, and parameter reference and loading of material.

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    • Free sample test>

      Free sample test

      TASTELASER provides sample test services such as marking, engraving and cutting of applied materials. Applying online, you can have the opportunity to take three free samples test. The test results will be issued in the form of report. Please call us for more information.

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    • Contact us>

      Contact us

      Please contact us for any information regarding the choice of the equipment, application of the equipment, material processing, etc. We will provide you with a full set of laser marker solution to answer all your questions about our laser processing and equipment operation.

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    • News and Information>

      News and Information

      TASTELASER news and information – Provides latest news concerning new product recommendation, events, announcements, notification and how to use our products etc.

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  • Contact-us
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Laser engraving for glass

Laser engraving for hollow glassware, plane glass and special glass.

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Glass is a transparent solid-like material, which is widely used in people's daily lives. Due to the fragile properties of glass, the process for processing glass is quite complicated. However, laser technology provides a more accurate method of processing glass.


Material suitable for laser engraving of glass:

Display for laser engraving sample of glass

Why buy a laser marking machine for engraving and processing glass?

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         As a non-contact processing uses single photon absorption in the wavelength range, the laser marking machine has greatly reduces the risk of glass breakage. Using laser-engraved glass, a clear imprint can be marked directly on the glass surface, which requires a pure surface.

圆形及圆锥形的玻璃物品也可以用激光进行雕刻加工吗?

        当然可以,使用创可激光的旋转雕刻工作台,可对圆柱及圆锥形的物品进行 360 度激光雕刻加工,创可激光的创可激光加工软件已经配置相应的激光加工参数选项,只需要输入工件的直径及设计图形的高度即可。


激光雕刻加工过程中,玻璃材料会破碎吗?

        取决于玻璃材料的类型及其含铅量,在激光雕刻加工过程中,玻璃表面会出现轻微的裂痕,并且,对每个产品的影响都有差异,在激光加工过程中,在激光雕刻区域覆盖上一层湿纸巾,以加工过程中产生的热量更快消散,从而防止玻璃破裂,普通的便宜玻璃往往比更贵的水晶玻璃更易于激光雕刻加工,因其含铅量更高。


如何达到白色的清晰的激光雕刻效果?

        在激光雕刻区域覆盖上湿纸巾的方法不仅可以防止玻璃在加工过程中破裂,还能让雕刻效果更白更清晰,但一定要注意,纸巾与雕刻面之间没有气泡与皱褶,以免影响激光雕刻效果,同时请确保空气辅助功能处理关闭状态,否则湿纸巾会很快被吹干,当然也可以使用遮蔽胶带代替湿纸巾。为了***小化热量对于雕刻表面的影响达到***的激光雕刻效果,设计图形需要转化为灰度图(如黑色图转化为 70–80% 灰度),转化之后就不再需要使用湿纸巾覆盖或遮蔽胶带了。

The application of laser marking machine in the glass industry

        Widely used in construction, daily use, medical care, chemical industry, home furnishing, electronics, instrumentation, nuclear engineering and other fields. Glass wares play an important role in our lives, such as glasses, glass coffee tables, glass decorations, glass dishes, and so on. Closely related to our lives, all kinds of glass decorate our colourful lives with the continuous development of science and technology. Marking patterns and graphics by laser on the glass wares, whether engraving or printing, has already been a very common technique, which is constantly innovating and refreshing our understanding of the products.

        In order to be able to engrave glass, the energy density of a laser beam must be greater than a critical value, or threshold, that causes the glass to break, while the energy density of a laser beam on certain position depends on the size of the spot at that point, which means, for the same laser beam, the smaller the spot size is, the greater the energy density is produced at that point. In this way, by proper focusing, the energy density of the laser beam can be lower than the damage threshold of the glass before entering the glass or reaching the processing zone, while in the region where the processing is implemented by exceeding this critical value, will generate pulses in an extremely short time, which can instantaneously cause the crystal to heat and crack, producing a tiny white spot, carving a predetermined shape inside the glass, while the rest of the glass or crystal remains intact.

Laser marking for glass can be done in the following ways:

  Multiple laser radiation method

  A laser radiation is used to generate a contour-conspicuous mark on the surface of the glass, after a few days, the laser is spread to the area outside the original mark to form a fragment. Multiple radiation heats the area adjacent to the marked area by heat conduction, thereby reducing the secondary cracking possibility, this method is very effective in soda-lime glass and borosilicate glass marking. A laser radiation is more effective in marking silica glass and quartz glass because of their much lower expansion coefficient.

  Discrete point forming annular crack method

  A series of annular cracks are used to form text, bar code, square or rectangular code, and other shape code patterns. The CO2 laser marking machine often adopts this method, by setting a marking parameter that causes fewer cracks. It produces discrete points on the glass to form annular cracks through the heating and cooling cycles. When the glass is heated, it expands and squeezes the surrounding material while the temperature rises to the softening point of the glass, rapidly expands to form a dome with low density on the convex of the surface.

Polygon surface cracking method

  With the heating and cooling process, the influenced glass surface changes. The effect of this method is not immediately visible but it only slightly produces a polygon crack along the laser marking area after being pressed. This method can print a clear mark on high-quality automotive glass that requires purity to the surface.

Product recommendation

UV Laser Machine


        Ultraviolet light focused light spot, processing and heat affected zone is minimal, and is mainly used for super fine marking, special material marking and engraving. Applicable to the silicon wafer, chip ceramic, all kinds of glass, LCD, PCB processing, such as polymer film material marking and surface treatment.

Large Format Fiber Laser...


        CKLASER sole large-scale optical fiber laser marking machine ensures large working range up to 1200 mm * 1200 mm wide. The overall width uniformity consistency is higher, with the United States imported scanning head, makes it have larger range and a finer carving quality and faster processing speed.

Quick find

TASTELASER

 E-mail:[email protected]

 Phone:400-9022-688

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