CNC family
You may not have heard of CNC before, or what it does, or how to do high manufacturing work very easily. However, CNC machining is called as one of the most important factors of most production processes. Common work CNC machines that normally perform are drill holes, tool changes, cooling and lubrication at the same time in different factory machines.
Let's start with a brief introduction. CNC stands for computer numerical control, and it has been around since the early 1970s. It was called NC for numerical control before it was baptized by cnc. The name was changed when the computer was introduced in the 1070s. It was a form of almost all manufacturing in almost every production stage. CNC machines replace some existing manufacturing processes or combine work with them.
CNC programs are just another set of instructions. It is written as a sentence, and the order of operations is chronological. The machine then executes the series of instructions in stages. A special series of CNC words / codes are used to relay what the machine is supposed to do. The CNC code starts with the letter address (S for spindle speed, X, Y, Z etc. for general linear motion).
When certain codes are organized together in a cohesive manner, this group of CNC code creates a "command" that is like a sentence. Common CNC machines only need around 40-50 words / code programs with different commands. It is not difficult to learn.
The CNC is very independent and the do-it-yourself sounds, but there are some words that you need to know in order to fully understand the operation of the CNC.
CAM
CAM stands for Computer Aided Manufacturing. It is regularly added to the new, CNC program and simplifies the programming process. Of course, it is easy to use pen, paper and calculator around the machine with just an application program. However, more complex programs are regularly required. But the programs that make up them are tricky (but troublesome.
A cam is a program that runs on a computer that supports programming and CNC programmers. It also works with CAD (Computer Aided Design) blueprints (composed / trained by engineers of these designs) and hands. With the help of cams no redefinition of the work part configuration is required. The cam system is to configure the CNC program automatically, which is to specify the machine action to be performed what the CNC programmer has to do. Cam programming is not a problem for CNC programmers with a tediousness problem.
DNC system
DNC stands for distributed numerical control. This is a computer that forms a network and is connected to one or more CNC machines. When the program is configured manually and is ready to be loaded into CNC control is correctly typed in control. But this seems to use a CNC machine as a luxury keyboard.
In addition, if the CNC program is achieved with the help of CAM, then the text form is already loaded with CNC control. DNC simply distributes the CNC program to several CNC machines. Recently, the network with the power of many advanced networks, with the latest controls, say Ethernet.
For the first time, I have learned about reading CNC machine tools, clean interiors and Mighty-Ubiquitous. It is time to learn that they also need help from some programming friends such as CAM and DNC. People are not islands; but hey, neither is a CNC machine.
Advantages and disadvantages of sheet metal processing by CNC
Advances in technology have made sheet metal design more complex. However, this level of complications outweighs human ability (as far as mass production is concerned). The required accuracy for design complexity can only be provided by computer number controlled (CNC) machines.
Punch press
An example of a CNC machine used in sheet metal processing is the punch press. This device shapes the metal and uses hydraulics, air, or electrical power to release the vast pressure that cuts according to the design. So computer assisted this machine is capable of rapid positioning and fast production. The manual punch press thus compromises speed for accuracy, reducing efficiency.
The punch press works by receiving instructions from the computer program. This allows the operator to sit and relax once the cycle (rapid positioning of the tool, punching and switching) is started. These machines operate with an accuracy measured by thousands of inches.
The introduction of these machines into the sheet metal industry has significantly accelerated production. And in order to maintain competitive advantage, global markets need such an edge. But technology finds ways to improve this.
New device
Today is the new version of the press. The turret punch press can classify sheet metal into each design class. This means that a new punch press can operate virtually without supervision. Steel manufacturing companies are investing in these machines, which should mean their work rationalization and increased production capacity.
A newer CNC machine can alert the operator if there is no problem in the area the harvest during the sheet metal punching process. Call of such CNC machine operators. Thus, the workload of the operator is relaxed to the point that he / she need not be in the area of operation.
Disadvantage
But these machines are not cheap. You need to spend a lot of time, money and effort to get the machine running to its maximum. Furthermore, there is a shortage of people skilled enough to operate such machines. Operators should be familiar with basic programming languages, basic machining processes, design awareness, and accessory functions.
In addition, knowledge of computer aided design and computer aided manufacturing (CAD / CAM) is a big factor that can control such machines. It is worth noting that these machines are justified by an operator of caliber.
Another shortcoming that exists is machine compatibility with the current technology that the company has. If they are not compatible, further time and money t accommodate such equipment to replace the current equipment or reconfigure the factory in order
Conclusion
So, if you want to stay in a race at a large company, you need to consider and rethink investing in these things. The investment itself may be worth a hundred fold or more, but it is a rather dangerous choice to step into new ones. You will need to restructure your work schedule, change the operator's requirements, and provide appropriate training to the operators you want to maintain.
Because these things cost too much, what is reflected.
You may not have heard of CNC before, or what it does, or how to do high manufacturing work very easily. However, CNC machining is called as one of the most important factors of most production processes. Common work CNC machines that normally perform are drill holes, tool changes, cooling and lubrication at the same time in different factory machines.
Let's start with a brief introduction. CNC stands for computer numerical control, and it has been around since the early 1970s. It was called NC for numerical control before it was baptized by cnc. The name was changed when the computer was introduced in the 1070s. It was a form of almost all manufacturing in almost every production stage. CNC machines replace some existing manufacturing processes or combine work with them.
CNC programs are just another set of instructions. It is written as a sentence, and the order of operations is chronological. The machine then executes the series of instructions in stages. A special series of CNC words / codes are used to relay what the machine is supposed to do. The CNC code starts with the letter address (S for spindle speed, X, Y, Z etc. for general linear motion).
When certain codes are organized together in a cohesive manner, this group of CNC code creates a "command" that is like a sentence. Common CNC machines only need around 40-50 words / code programs with different commands. It is not difficult to learn.
The CNC is very independent and the do-it-yourself sounds, but there are some words that you need to know in order to fully understand the operation of the CNC.
CAM
CAM stands for Computer Aided Manufacturing. It is regularly added to the new, CNC program and simplifies the programming process. Of course, it is easy to use pen, paper and calculator around the machine with just an application program. However, more complex programs are regularly required. But the programs that make up them are tricky (but troublesome.
A cam is a program that runs on a computer that supports programming and CNC programmers. It also works with CAD (Computer Aided Design) blueprints (composed / trained by engineers of these designs) and hands. With the help of cams no redefinition of the work part configuration is required. The cam system is to configure the CNC program automatically, which is to specify the machine action to be performed what the CNC programmer has to do. Cam programming is not a problem for CNC programmers with a tediousness problem.
DNC system
DNC stands for distributed numerical control. This is a computer that forms a network and is connected to one or more CNC machines. When the program is configured manually and is ready to be loaded into CNC control is correctly typed in control. But this seems to use a CNC machine as a luxury keyboard.
In addition, if the CNC program is achieved with the help of CAM, then the text form is already loaded with CNC control. DNC simply distributes the CNC program to several CNC machines. Recently, the network with the power of many advanced networks, with the latest controls, say Ethernet.
For the first time, I have learned about reading CNC machine tools, clean interiors and Mighty-Ubiquitous. It is time to learn that they also need help from some programming friends such as CAM and DNC. People are not islands; but hey, neither is a CNC machine.
Advantages and disadvantages of sheet metal processing by CNC
Advances in technology have made sheet metal design more complex. However, this level of complications outweighs human ability (as far as mass production is concerned). The required accuracy for design complexity can only be provided by computer number controlled (CNC) machines.
Punch press
An example of a CNC machine used in sheet metal processing is the punch press. This device shapes the metal and uses hydraulics, air, or electrical power to release the vast pressure that cuts according to the design. So computer assisted this machine is capable of rapid positioning and fast production. The manual punch press thus compromises speed for accuracy, reducing efficiency.
The punch press works by receiving instructions from the computer program. This allows the operator to sit and relax once the cycle (rapid positioning of the tool, punching and switching) is started. These machines operate with an accuracy measured by thousands of inches.
The introduction of these machines into the sheet metal industry has significantly accelerated production. And in order to maintain competitive advantage, global markets need such an edge. But technology finds ways to improve this.
New device
Today is the new version of the press. The turret punch press can classify sheet metal into each design class. This means that a new punch press can operate virtually without supervision. Steel manufacturing companies are investing in these machines, which should mean their work rationalization and increased production capacity.
A newer CNC machine can alert the operator if there is no problem in the area the harvest during the sheet metal punching process. Call of such CNC machine operators. Thus, the workload of the operator is relaxed to the point that he / she need not be in the area of operation.
Disadvantage
But these machines are not cheap. You need to spend a lot of time, money and effort to get the machine running to its maximum. Furthermore, there is a shortage of people skilled enough to operate such machines. Operators should be familiar with basic programming languages, basic machining processes, design awareness, and accessory functions.
In addition, knowledge of computer aided design and computer aided manufacturing (CAD / CAM) is a big factor that can control such machines. It is worth noting that these machines are justified by an operator of caliber.
Another shortcoming that exists is machine compatibility with the current technology that the company has. If they are not compatible, further time and money t accommodate such equipment to replace the current equipment or reconfigure the factory in order
Conclusion
So, if you want to stay in a race at a large company, you need to consider and rethink investing in these things. The investment itself may be worth a hundred fold or more, but it is a rather dangerous choice to step into new ones. You will need to restructure your work schedule, change the operator's requirements, and provide appropriate training to the operators you want to maintain.
Because these things cost too much, what is reflected.
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