자동 예비 부품 가공이란 무엇입니까? (자동차 부품 제조사 가이드)

CNC 가공 산업은 원자재를 기계 및 / 또는 도구에 제출할 책임이 있습니다. 이 재료는 요구에 필요한 새로운 모양과 연마를 얻을 것입니다. 오늘날 자동 예비 부품 가공 산업은 확장되고 있습니다.

따라서 완벽한 절단 및 마감, 맞춤형 및 완전 컴퓨터 화 된 부품을 생산할 수 있습니다. 일반적으로 CNC 가공 산업은 거대한 산업 시장에서 가장 다양한 유형의 부품을 생산할 수 있습니다.

It is worth noting that the molding processes within a CNC machining industry can carry with different materials, be they ceramics or metals. The technology is present in the CNC machining industry in several ways. We can highlight the CNC lathes. They have undergone an improvement in the industrial process, and the machines that work with computerized numerical commands.

They are still under the control of the workers. But they optimize service and guarantee great precision when molding.

How does cnc Auto Spare Parts Machining work?

In a simple way, CNC 자동 예비 부품 가공을 takes place through a machine. It runs through some number commands. These are a manufacturing process that uses computers to automate machines and tools in all stages of production. And it can include tools according to with the need. In addition, there are several machining processes, among them are:

• Sawmill
• 계획
• 선회
• 갈기

In general, it can be said that 자동 예비 부품 가공을 are parts develop through an automated manufacturing process. It goes through numerical commands.

Parts in the machining of cnc parts come from a combination of software and hardware. It is a combination that sets to perform the operation of both machines and tools. Such as:

• milling machines
• lathes or
• machining centers

Lathe for CNC Auto Spare Parts Machining

In general, it is possible to state that a lathe for machining cnc parts should perform well on the most varied parts. Moreover, it provides them with a better finish. All parts develop using a computer, providing greater precision and control for the machining process of each part.

Advantages of CNC Parts Machining

The biggest reason for looking for cnc 자동 예비 부품 가공을 is the one that all companies want: cost-effective. This is because it increases the volume of production and, at the same time, reduces the cost of products. In addition, the parts produced have more quality. They go through a more precise and deeper controllable cutting method.

There are also advantages in terms of production time, as each part starts to be manufactured more quickly. Simple and complex profiles are easier to make, and development devices are accessible. With the model design, time is reduced. Similarly, we can make adjustments more quickly. With a reduced machining time and production of parts, product delivery also happens faster. The industry ends up saving and gaining in productivity.

In addition to being manufactured with greater precision and control, other quite significant advantages presented by all parts machining cnc parts are the quality and speed of production. Furthermore, this technology is making its space in the market. The machining parts of cnc parts are easy to produce now in a very short time. Hence, this time is only around 3 to 4 minutes.

EXCELLENT ADVANTAGES USING THE CNC PARTS MACHINING SERVICE

자동 예비 부품 가공을 services are services known worldwide for their great potential in presenting small parts and tools. But these parts have complex shapes and designs. However, with the technological advances that this area has managed to achieve, new methods have emerged.

One of them is the machining of CNC parts. Machining of CNC parts is a machining method that can bring many benefits to companies that adopt this type of machine.

A CNC part machining machine will waste a much smaller amount of material and this will save the company financial resources. In addition, the cost cut can also occur due to the employee who is responsible for operating this type of machine, being able to control other machines at the same time, thus causing the company to cut expenses related to hiring.

The machining of CNC parts can offer companies more efficient and more accurate results. Through this modern control, the machine will be able to understand the design specified by the project and reproduce it on the metal block that will be molded through the lathe.

But for us to be able to find a quality company to offer CNC parts machining services, it is very important to do a thorough market research. This research may show, for example:

• If the company has experienced employees
• If the company has modern machinery and equipment at its disposal
• And if the company carries out its activities within all the standards and specifications that the market requires.

Everything you need to know about Auto Spare Parts Machining

Machining processes are very present in industries of all segments, mainly metal mechanics. In these processes, metal parts – cast or forged – are important to shearing processes. This removes material from the part, known as chip.

This removal of material serves to give the desired shape to it. And it can have different purposes such as finishing surfaces or obtaining shapes. Such as:

• Holes
• threads and
• recesses

The human being has been working with metals – mainly gold and copper.  The emergence of the steam engine and later the use of electricity as a driving force in the industry had a major impact on these processes.

Since the 1950s, with the emergence of CNC machines, machining has evolved considerably. Moreover, it has reached to precision in the range of 1 micron (10 -6 m).

In today’s article we will show you everything you need to know to understand 자동 예비 부품 가공을 processes. Continue reading:

What is Machining Process?

They comprise all manufacturing processes where material removal in the form of chips occurs. Material removal occurs due to interference between the machining tool and the workpiece .

이러한 프로세스에 사용되는 도구는 재료로 만들어집니다. 경도와 저항은 가공되는 부품의 재질보다 훨씬 높습니다. 칩은 불규칙한 모양으로 유명합니다.

산업 기계 가공 작업은 다음과 같은 부분을 제공합니다.

• 모양
• 치수
• 표면 마무리
• 또는 이러한 옵션 중 하나 이상의 조합

가공 할 수있는 재료

이러한 재료를 금속 및 비금속의 두 그룹으로 나눌 수 있습니다.

일반적으로 가공 공정은 다음과 같은 금속 재료와 직접 관련이 있습니다.

• 철
• 강철 및
• 특수 합금

이러한 프로세스는 기계 가공을 통해 특정 모양을 취하는 금속 블록에서 수행됩니다. 또는 시작 재료는 자동 예비 부품 가공을.  이미 정의 된 모양이 있으며 가공을 통해 마무리 할 수 ​​있습니다.

Some products present in our daily lives such as contact lenses – intra or extra-ocular – and CDs are the result of machining processes made from non-metallic raw material.

Types of spare parts Operations

Machining processes comprise different operations that have different purposes in the manufacturing processes. Therefore, we read the main ones:

선회

Basically, turning is the oldest process and perhaps even today the most common machining operation. It is a mechanical process to obtain surfaces of revolution with the aid of one or more mono-cutting tools.

In this type of operation, the part rotates around the main axis of rotation of the machine. And the tool moves simultaneously along a coplanar path with the axis. Turning can be straight or curvilinear, as to the shape of its path.

Threading

균일 한 피치의 나선형 홈을 하나 이상 열어서 발생하는 프로세스입니다. 나사 가공시 공작물 또는 공구가 회전하고 그중 하나가 회전축에 평행 한 직선 경로를 따라 동시에 이동합니다.

지루한

하나 이상의 바 도구를 사용하여 회전 표면을 얻기위한 기계적 프로세스입니다. 보링 작업에서 공구가 회전하고 공작물 또는 공구가 특정 경로를 따라 동시에 이동합니다.

가두리 침

공구의 절단 쐐기 표면이 마무리되는 마모 가공 공정입니다.

계획

일반적으로 계획은 선이있는 표면을 얻는 것이 좋습니다. 이러한 작업은 계획을 완료하기 위해 대략적인 계획에 들어갑니다.

브로 칭

The broaching is used to obtain any surfaces with the aid of multi-cutting tools. In this process, the tool or part moves along a straight, coincident or parallel path to the tool axis.

Burnishing

Abrasion machining process used to finish revolutionary cylindrical holes. In this operation, the tool operates on helical paths and all active grains in the abrasive tool are in constant contact with the workpiece surface. When honing, the tool or workpiece can rotate and move axially in reciprocating motion.

Auto Spare Parts Machining Conclusion

Are you looking for the best 자동 예비 부품 가공을 place for your factory or commercial project? Kaitomould can assist you in making custom auto spare parts.