INOX PROCESSING

Mechanical processing technology. Mechanical engineering inox, iron and steel. Stainless steel processing as required

It is an industry that directly participates in the manufacture of production equipment related to iron and steel, stainless steel, and manual processing jobs such as turning, welding, planing ... However, stainless steel mechanical engineering. Inox processing according to current requirements with the development of technology, specialized mechanical work, many mechanical jobs that almost do not participate in turning, milling, planing, and welding. Mechanical engineering has a long history, accounting for a large part of the structure of socio-economic activities. The mechanical industry is involved in a fairly wide range of manufacturing jobs that range from mining, material forming, processing equipment, manufacturing machinery, and operating industrial production systems. Mechanical processing technology.

Mechanical engineering is a popular machining industry throughout society

The price of the contract when stainless steel is the key point to make the difference, the prestige of a company. Therefore, to become a company specializing in curvature and steel by CNC machines, create products with high sharpness and precision. Stainless steel mechanical processing machinery with speed, meeting the requirements of laser cutting according to sophisticated requirements, high requirements from many demanding customers, Inox Tin Ta has invested a lot of time and effort. , money on the development of human resources, machinery and construction.

WHAT INCLUDES THE MECHANICAL PROCESSING TECHNOLOGY

The method in shrinkage includes all techniques related to mechanical machining and safety techniques in mechanical machining. Ensuring the guaranteed work progress, enhanced labor productivity, and also ensuring labor safety.

About techniques in mechanical processing, we will mention in-depth in each related article. We would like to talk first about safety in mechanical machining labor.

See also: mechanical engineering textbooks

Safety engineering concepts in mechanical machining

There are many dangers arising in mechanics that can happen to workers: clamping, cutting, cutting, pulling, rolling, piercing, impact ...
The level of damage depends on many factors, but mainly very dangerous. Therefore, ensuring safety in production is especially important.

Safety measures

• + Wear noise-canceling headphones when working
• + Be careful not to be electrocuted
• + Always wear a helmet when working
• + Wear eye protection glasses
• + Do not eat, drink, use the phone while working
• + Smoking is prohibited

WHERE IS THE BEST QUALITY MACHINING?

As a mechanical processing company that owns a series of machines that import raw materials from Japan, Germany, Korea, ... Inox Tin We can process stainless steel in large quantities in a short time, ensuring the to meet customer progress requirements

Not stopping there, our stainless steel punching machining methods are always updated with the world. Therefore, many of Tin Ta's products with sharp, high sophistication and long-lasting beauty are always at the forefront of the stainless steel processing market in HCM City.

Mechanical engineering - things to know
In mechanical engineering, the birth of products must have the highest precision and the most technology.

Currently, to produce a product (machine parts, mold equipment, or other types of products) requires many corresponding machines, skills, processes and tools.

Mechanical machining methods
CNC machining

Today's mechanical machining techniques include two basic methods: billet machining and cutting machining.

Processing without billets: mainly methods such as casting, forging, hot stamping, cold stamping, rolling, pressing ... will produce new products that are preliminary shaped, rough and not high smooth.

Cutting: This is an important technological process in the mechanical industry. Through this stainless steel processing technique, the product has reached the standard shape and size as required. The smoothness and accuracy are quite high.

Common forms of mechanical machining.
Main forms of mechanical engineering

Rough processing:

A form of cutting that creates an embryo with the original basic shape required by the product

Typically, roughed parts do not require high smoothness and precision.

And although it is called roughing, the product must also have the required precision and smoothness.

Crystal processing:

Finishing is usually the latter stage of roughing and has a high demand for smoothness and precision.

Machining residues are removed relatively thin and cutting tools during machining must be carefully protected.

Smooth processing:

Talking about the accuracy and smoothness of the surface of the product, the smoothing is the highest.

Smoothing is the last stage of finishing, only a very thin layer of excess is removed when cut

Finish only if the part requires higher surface smoothness and precision.

In addition, in some special cases, the machining parts require strict requirements, we also have the super-finishing process.

Machining tools Machining
knives for CNC machines

Mechanical working tools are tools that have a higher hardness than the working part, installed in machine tools (lathes, milling machines, planing machines, drilling machines, etc.) to serve the processing industry. mechanical, for the purpose of manufacturing mechanical parts for the assembly, manufacture, or repair of machinery or equipment.

The mechanical tooling is very diverse, such as lathes, milling cutters, planing knives, drills, reamers, tarsiers, saw blades and specialized tools.

How to handle the knife worn
During the machining process, the cutting will be frequent and continuous, creating friction between the knife and the workpiece, causing the knife to wear out over time.

Therefore, the knife is no longer sharp and the size is no longer accurate, affecting the quality of the workpiece.

To overcome this, it is necessary to sharpen the knife.

Depending on the material of the knife, we use the corresponding grinding wheel to sharpen the knife. Corundum rock is used to sharpen wind steel knives, green silicon carbide stones to sharpen knives made from hard alloys.
You can use the specialized machine to sharpen knives or use your hands to sharpen.

When sharpening the knife, pay attention to the cutting angle, sharpening the knife so that the blades must be even.

After roughing, you should re-polish the sharpened surfaces, which will help increase the life of the knife.

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