Mechanical Catalog
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Our factories boast advanced capacities in CNC machining, Precision CNC, Milling, Lathe, Welding and Bending Technologies. With cutting-edge technologies and skilled expertise, Admati Agencies deliver exceptional results for various industries. From rapid prototypes to mass production and sub-assemblies, we’re here to bring your visions to life. From industrial to automotive, medical to electronics, we cater to a broad spectrum of…
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Our factories boast advanced capacities in CNC machining, Precision CNC, Milling, Lathe, Welding and Bending Technologies. With cutting-edge technologies and skilled expertise, Admati Agencies deliver exceptional results for various industries. From rapid prototypes to mass production and sub-assemblies, we’re here to bring your visions to life. From industrial to automotive, medical to electronics, we cater to a broad spectrum of applications, all with the same commitment to quality and perfection.
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What is Machining?
Machining is a manufacturing process that involves shaping metal, plastic, or other materials by removing material using cutting tools to create the desired shape. During this process, the removed material is referred to as “chips.” Machining is typically performed on machines such as lathes, saws, drills, mills, and grinding machines, and can include methods like turning, drilling, milling, and grinding.
The goal of machining is to achieve the desired dimensions, shape, and surface finish of the workpiece, while cutting tools remove material in a controlled manner. This process can be performed manually or through computer numerical control (CNC), which allows for higher precision, efficiency, and repeatability.
Machining is used in various industries to create precise and complex parts, such as machine components, electronic parts, aircraft components, and more. The choice of cutting material, type of machine, and technique depends on the type of material being worked on, the desired shape, and the modeling requirements of the final part.
What is CNC Machining?
CNC (Computer Numerical Control) machining is an automated method of machining where a computer controls the movement and operation of the machines. This allows for high precision and efficiency in the production of complex parts.
Main CNC Machining Techniques
The main techniques in CNC machining include:
- Turning: In this technique, the workpiece rotates rapidly around its axis, while a cutting tool removes chips to create a precise geometric shape.
- Milling: In milling, a rotating cutting tool removes chips from a stationary workpiece, creating surfaces in various shapes and sizes.
- Drilling: This process uses a drill to create holes in the material by rotating and inserting the cutting tool into the workpiece.
- Grinding: Using a grinding wheel to smooth and refine the surface of the workpiece, typically performed after other machining processes to achieve a high-quality finish.
Each of these techniques offers great flexibility in designing and manufacturing precise and complex mechanical parts using CNC systems.
Materials Used in Machining
A wide range of materials can be used in machining, including metals such as steel, aluminum, copper, and titanium, as well as plastics, wood, and composite materials.
In the CNC process, computer code (G-code) instructs the machine on what actions to perform and in what order, including movements, speeds, and cutting depths, to produce the part according to precise requirements.
Machining technology is particularly relevant for various manufacturing industries, such as the machinery, aerospace, and automotive sectors, where the creation of precise and complex parts is required. Professionals, such as engineers and designers, find it an essential tool for developing and producing innovative products. Electronics companies rely on machining for manufacturing thin and precise components. Additionally, the technology is used in the construction and architecture sectors to produce custom parts and complex structures, enabling efficient and innovative building.
CNC machining offers high precision, operational efficiency, and the ability to produce high-quality complex parts. It also allows for high repeatability in series production and reduces production time and costs.
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