Creating intricate designs and patterns in the industry is common, and laser engraving is gradually becoming the most common technology. There are several reasons, with top industry consider the marking technique’s ability to retain the material’s integrity after marking and its high precision for creating complex and durable designs. China is a huge spot for…
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The advent of sign engraving machines has completely transformed how materials and products are marked and designed in manufacturing industries. The highly efficient technology provides cutting-edge precision marking, impeccable speed, and compatibility with different materials, including plastics, ceramics, and metals. Sign engraving machines’ versatility and efficiency have made them valuable and relevant to several industries,…
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Metal etching is a popular process that industries use to engrave different designs and patterns on metal surfaces. It can be such a challenging process. However, with the right techniques and tips, you can be certain to achieve impressive results. Hence, we will discuss what metal etching is, how to etch metals, and the different…
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The vehicle identification number (VIN) is a unique number considered a vehicle’s fingerprint. It gives the car an identity, monitors the events of the vehicle, and provides all the detail about the car. For an intending car owner, VIN is one thing you don’t want to joke with. As a result, this article will discuss…
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The MOPA laser marking system is an advanced marking system making waves in the marking industry. They are applicable in several industries and has different advantages over conventional marking machine. This article will discuss MOPA laser technology and introduce the advantages of using one over other marking machines and their applications. What is a MOPA…
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A laser marking generates laser beams of unique wavelength and frequency to mark a material. There are several types of laser markers, each comprising different components and used in different conditions. Based on the operational environment, there are several challenges to using laser marking machines. As a result, this article will introduce how to protect…
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Over the years, many laser marking enthusiasts have compared CO2 and fiber laser systems. A common assertion ascribed to this comparison is that the fiber laser is better than the CO2 laser due to its popularity. However, each marking technology has unique specifications that determine whether they are the best for certain applications. This article…
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Laser marking is critical in several businesses, companies, and industries due to its accuracy, precision, and non-contact form mechanism. Although it has many applications, the process has many associated hazards and personal injuries, such as skin and eye damage. As a result, operators must follow some safety guidelines when laser marking. There are several…
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JPT, IPG, MAX, and Raycus are all brand names for laser sources, each with features that distinguish them from one another. A laser source is a critical element in a laser marking machine, and choosing the right one depends on properties such as cost, stability, and popularity. This article will explain the four laser sources…
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Fiber laser markers are applicable in marking different materials. The machines are majorly suitable for metals, although with several tweaks you can tailor them to mark other materials. Below are a few materials you can draw inspiration from and the peculiar things about them when marking them with a fiber laser maker. · Number #1:…
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A common surface property many part manufacturers aim for is good texturing without compromising the material’s surface and mechanical properties. Achieving such texturing is possible via many processes. However, the use of laser introduced better texturing due to accuracy and versatile material compatibility. This article aims to give you an insight into laser texturing and…
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Laser cutting and laser engraving are two processes that use laser machines. As a result, they fall into the same category of a process called laser marking methods. Due to them falling in the same category, it is possible to confuse them with each other. Therefore, this article aims to talk about the disparity and…
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A common way to know about any machine is to look for parameters that judge its functions and sometimes its aesthetics. For example, when getting a laser marking machine, you will likely look for parameters such as power output, marking speed, size, etc. These parameters come from the properties of the components of the laser…
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When people talk about laser marking, the picture they have on their mind is most time, 2D laser marking. However, nowadays, 3D laser marking is becoming common in marking 3D pictures, names, etc., on products and materials due to the introduction of depth into marking and the process’s accuracy, precision, and speed. This post…
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For many marking enthusiasts, having the right laser marking machine can separate a successful and quality marking from an unsuccessful one. Additionally, understanding how a laser marking machine works and its operation can help select the right machine. Laser marking is the commonest marking system due to its accuracy, precision, speed, and material compatibility. It…
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When people say marking systems, whether laser, dot peen, or inkjet, they think of more of their industrial applications. However, these marking systems are suitable for both commercial and industrial applications. In terms of the commercial applications of these marking systems, this article will talk about some household materials and products you should try to…
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Dot peening is one of the most common marking systems used industrially for projects that call for deep and permanent marks. For example, it is a favorite in the gas cylinder marking for product identification and traceability. Like any marking system, many people, whether operators or clients, make many mistakes regarding the process. Below are…
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Depth is an important property desired in part marking due to the need for clarity and readability. Not all marking systems can boast of depth. For example, inkjet marking and laser marking systems such as laser etching and annealing. Depth and speed are contrasting properties, as a desire to increase the depth will reduce the…
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There are many misconceptions about the use of marking systems in industrial settings, especially regarding the shapes of products to be marked. A common one is that marking systems are suitable for only flat products. This is not true. Many marking systems are suitable for several shapes and dimensions. This article will introduce the different…
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Marking and coding in the food industry are crucial in traceability, identification, and efficient information dissemination. All these functions ensure that the food industry maintains food safety, a stringent industry requirement. Markings and coding used in the food industry must have unique properties such as high readability and clarity. However, these properties depend on the…
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