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We are surrounded by complex technology, which is growing rapidly. We come across many complicated elements in daily life, such as the multiple gears and components found inside any piece of machinery, which leads to the question of how they are made. The majority of these items are produced using CNC precision machining.

CNC created the foundation for modern industries by automating parts manufacturing at unbelievable rates. The production process has been made more accurate and sophisticated by CNC precision machining. Let's explore precise machining, including what it is, which materials can be used, and its application industries.

 

What is Precision Machining?

 

Precision machining is a type of manufacturing that produces parts with computer-controlled machine tools. To produce products with strict tolerances, high complexity, or both, precision machining is required. The machine uses a cutting tool to remove material from a block as part of a subtractive manufacturing process. Many different parts that fit and function together are made via precision machining.

 

Precision machining success depends on two elements. First and foremost, high-end cutting tools that can precisely remove the material to match the final dimensions and provide a low tolerance are needed for high-quality precision machining. Second, a computer numerical control device must be used to control the process. The CNC machine uses high-speed robotics to automatically move the cutting tool around the workpiece without the need for human intervention.

 

Which Materials are Suitable for Precise Machining?

 

Different metals, plastics, and other composite materials can be machined precisely. Here are some of the most frequent precision machined materials:

 

Metals and Alloys: Aluminum, Brass, Titanium, Bronze, Steel, Stainless Steel, Copper, Carbon Steel, Tool Steel, Exotic Alloys

 

Plastics and Other Nonmetals: Polyamide (PA), Polycarbonate (PC), Acrylonitrile Butadiene Styrene (ABS), Polymethyl Methacrylate (PMMA), Polyoxymethylene (POM), Glass, Graphite.

 

Applications areas of CNC Machining

 

Many industries depend on precision machining for making tools or producing finished goods. Precision machining has various uses, including:

 

  • Prototypes

All industries need precision machining to create prototypes. To represent the attributes of a product, prototypes need to be highly accurate replicas of intended designs. The best method to satisfy these requirements is through precision machining.

  • Aerospace Industry

The aerospace industry uses some of the most cutting-edge tools, equipment, and technology. It demands a machining procedure that is remarkably precise and capable of handling the most rigid materials. In the aerospace industry, precision machining offers a convenient way to make all sorts of parts, from prototypes to their full-scale counterparts.

  • Defense Industry

Similar to the aerospace industry, the defense sector has specific requirements. It requires the most rigid materials and high-level, precise machining. Applications range widely and considerably, from whole missile systems to new weapon prototypes.

  • Automobiles

Complex gears and parts are needed in the automotive industry for various applications, including axles, nuts, and engine parts. These parts are produced using precision machining tools for two-wheelers, automobiles, trucks, ships, and aircraft.

  • Medical Industry

The complexity of medical technology is continuously increasing. Automated devices and equipment can even carry out operations in the medical field. These machines demand minutely precise machining. Precision machining makes this possible.

Are you having urgent requirements for high-precision parts that need to be machined? Shorten your product development time with high-precision CNC machining by Innovae3D.

 

Innovae3D is a leading manufacturing company offering on-demand 3D Printing Service in Pune. Innovae3D offers the finest CNC Machining Services along with 3D Metal printing in India, 3d printing services in India, Metal additive manufacturing in India, Rapid Prototyping Services in India, CNC machining services in India, Conformal Cooling tooling services in India, Direct metal laser sintering, Metal 3D Printing Services in India, Polymer 3D printing services in India.

 

Innovae3D offers high-precision CNC parts machining services in India. With CNC machining capabilities, and quick response services we provide high-precision parts within 3-10 days.

 

Contact us for a quick evaluation and quotation. sales@innovae3d.com