Deccan Engineering Works

Every day, with the ever-growing global market, rapidly innovating in technology is bringing new challenges to the Deccan Engineering Works industry. That is why it is important for manufacturers in all manufacturing industries, from automotive to aerospace, to engage in safe and accurate production processes.  Used to manufacture tools and components for a wide range of manufacturing industries, Precision Machined Parts is the process of removing material from a sheet or block of material and then cutting it into precise shapes and sizes. In the early days, this was achieved using relatively basic tools such as blades and hammers, but technology has enabled the industry to use computer numerically controlled (CNC) machines that today work with tools such as mills and grinders for more precise processing.  There are several reasons why Precision Machined Parts is one of the most important technologies used in the machining industry. Here are the top seven benefits and the importance o

  Original equipment manufacturer engineer leaders have to face the ever-growing global market and the new challenges presented by new technologies. How do you keep your existing customers satisfied, reduce your profits, and attract new customers when you're competing in the corner? High precision machining is a technology that helps you maintain that competitive edge. This is easier said than done with the idea of ​​incorporating it into your workflow.  What is high precision machining? Precision machining is a process in which raw materials are extracted from an object to create a small, finished product using cutting machines, software, applications, and human engineering to meet precise features.  Companies that outsource the manufacturing of machine parts also outsource precision machining work. There are many reasons to outsource, from not having trouble with the products (having a big “problem”) or justifying the price of a CNC (computer numerical control) machine or even a

  You need to know about 5 axis machining Simply put, CNC (Computer Numerical Control) machining refers to the process of removing material with a high-speed precision machine that uses a large number of cutting tools. "5-axis" means the ability to move the tools of a machine or parts of five different axes simultaneously. At the 5-axis machining center, the device rotates through the linear axes in X, Y, and Z, and rotates in the same direction on the A and C (also called B) axes to move in any direction to the workpiece. In other words, you will be able to process the area from 5 directions in setup.  What's the Difference Between 5 Axis Machining vs. 3+2 Axis Machining? 5 Axis Machining In India  5-axis CNC machining provides three linear axes and two rotating axes simultaneously to achieve machining on complex surfaces. 3+2 Axis Machining 3-axis CNC machining offers a 3-axis milling process, with two additional axes to rotate the holding tool in a fixed position as op

Computer numerical control machines are machines that use mini-computers to control other systems involved in the production process. Grinders, mills, routers, plasma cutters and many tools are controlled by CNC machines. CNC machines use numerical programs to control the machine. These programs are loaded into the computer using a small board. Programs are stored in the computer's memory. CNC machining makes various complex processes easy and efficient. Furthermore, automated tools enable at least a large number of tasks to be accomplished which are not possible manually.  How To Choose The Right CNC Machine? CNC machine tools are playing an important role in precision engineering as well as the manufacturing industry. That being said, we have found that CNC machines are available in different shapes, sizes, speeds, dimensions, S and other parameters.  At the time of purchase, buyers should pay attention to important points when making informed decisions. This indispensable machin