机械-Machinery

  The art of cutting doesn't need to be complicated, time robbing or expensive. With the current technology of flatbed cutters, you can achieve the next level of finishing with ease. In this article, we give you an insight into the   benefits a flatbed cutter  can bring to your business.   1. When size matters Jobs come in all sizes-small and large - and they all require proper finishing. However, both intricate small jobs and larger than life-sized jobs can take up a lot of time, effort and skills to finish manually. This is the point where a flatbed cutter can come in "handy", to not only save you precious time but money as well.   With the current technology, you can obtain excellent accuracy using automated cutting systems. A flatbed cutter would be your best choice to make, especially when you want to cut a wide variety of substrates and applications.  GUNNER 's range of flatbed cutter  sizes can serve each and everyone, so how do you decide which size suits best

Table of Contents ● What Is MAG Welding Used For? ● How Does MAG Welding Work? ● Advantages of MAG Welding ● Disadvantages of MAG Welding ● MAG Welding FAQs Mig-Mag Welding Machine   There are a number of methods and processes welders can employ when they’re working on projects. One of the most common welding processes is known as gas metal  arc welding  (GMAW). During this process, an electric arc forms between the metal being worked on and a wire electrode. Heat is applied to the pieces and helps melt and fuse them together, forming a permanent bond. GMAW can be split into two main welding categories, metal inert gas (MIG) and metal active gas (MAG). When it comes to MIG versus MAG welding, the biggest difference is the type of gas used during the process. Only inert gases that don’t experience chemical reactions are used in MIG welds, like helium, argon or a mix of the two. Active gas mixtures like carbon dioxide (CO2) or oxygen mixed with argon are utilized in MAG welds. Curious to

The maize flour mill machine is process maize kernel to maize flour, maize meal, maize grits. Physical properties remain unchanged, the final product is maize flour, maize meal use for staple food especially in African countries, and the maize grits use for puffing, snack food in many countries. Here is the introduce the maize flour mill machine technical flow for you The  maize flour milling machine  is full complete line contains cleaning, degerminatong, milling, packing, controlling system.   1. Maize cleaning system: In cleaning system use maize cleaner, destoner, magnetic separator ect to remove the impurities, such as stones, dust, straw to get the clean raw material.The clean raw material transport by bucket elevator to moisture damper. 2. Condition system: Moisture damper: dampener is used to control the water in the process clean maize. In using the machine, the moisture of the supplies could be stable and well-proportioned. The maize is fed into the dampener through the front

If you work in the packaging or shipping industry, you probably work with cardboard boxes daily. Corrugated cardboard boxes are one of the core products used to package and ship products of all types around the world, so they are an integral component in several businesses and industries. While you may use them on a regular basis, you probably have never given much thought to where  corrugated boxes  come from or how they are manufactured. It is easy to forget that the boxes you depend on were once trees growing in forests spanning the globe. The process for transforming a tree into corrugated cardboard is actually quite fascinating, and it is more high-tech than you may realize. How exactly is the humble corrugated box made? We’re glad you asked! WHAT IS A CORRUGATED BOX? Corrugated cardboard is an extremely versatile material that is used to protect, display and ship virtually all types of products. It is made using three layers of strong paper known as craft paper, which makes it st

  Plastic Crusher Machine   is one of the Industrial crusher types and it is the fundamental equipment in the plastic injection industry. It plays a unique role in the entire industry of plastic. For the recycling process, the waste plastic materials are collected and the final product to produce a new brand of plastic products.     Plastic crusher Working Principle   Plastic is a widely used material almost in all fields and places. From the home to the industrial machinery, the usage of plastic becomes essential even in small applications. There are different types of plastics available such as thermoplastics and thermosets. It becomes one of the essential materials that is used for many purposes in all the areas. Thermoplastic is made up of polymers molecules and it reaches high temperature when it becomes liquid. It becomes a hard material when it cooled. It can be recycled easily. The plastic crusher machines can able to recycle the used and scrap materials. The plastic recycling

Parameters specify settings for every  CNC lathe feature  and function, and there are hundreds, even thousands, for any CNC. When discussing parameters, I always reiterate the importance of backing them up. As the person using the CNC, you are responsible for doing so. Today’s CNCs make it easy to back up to a flash drive, so there is no excuse not to do so. Plus, having your parameter backup can save hours, if not days, in the case of a CNC failure. Nearly every CNC-related issue involves a parameter setting. Indeed, if the machine is misbehaving in any way, it is likely that an erroneous parameter setting is to blame. There are certain parameters that every CNC user should know related to safety, efficiency and simplifying machine usage. All CNCs have similar parameter settings.   1. Initialized states Certain G-code modes are automatically instated when you power-on a machine tool. Absolute or incremental (G90/G91); inch or metric (G20/G21); rapid or linear motion (G00/G01); plane s

What is Grey Cast Iron? Grey cast iron  (gray iron castings) is a type of iron found in castings known for its grey color and appearance caused by graphite fractures in the material.  Specifically, what makes grey iron “grey iron,” is the graphite flake structure that is created during the cooling process from the carbon that is in the component. Grey iron is a result of both the materials used and the process used to cast a part.  In other words, the properties of the grey iron will change depending on what materials are melted together to pour into the mold as well as the process that is used for casting (it is primarily the cooling part of the process that defines the characteristics of the cast part versus other parts of the process.) Grey Iron Magnified to Show the Flakes of Graphite If you use a powerful microscope you can see the graphitic microstructure that makes grey iron so easily identifiable.  In a grey iron casting, you can see little black flakes of graphite.  These flak

Welding is a manufacturing process that uses heat to join two or more separate parts together. Industry professionals currently use both traditional arc-based welding, spot welding and   laser welding methods   in their operations.   Both process variations offer unique characteristics that make them suitable for different situations. For example, conventional welding is adapted to less precise workpiece assembly, while laser welding offers faster processing speeds and lower risk of thermal distortion.   The following article summarises the differences between conventional welding and  laser welding services , including an overview of their processes, key advantages and typical applications. ZJ-WD Laser Welding Machine Traditional welding processes Several traditional welding methods are still in use today, including   Tungsten inert gas (TIG) welding. This method of arc welding uses a non-consumable tungsten electrode to heat the workpiece and melt the filler (if present) to produce t