The manipulator manufacturer tells the purpose of the manipulator you don't know.

Release time:

2016-05-13

At present, the domestic manipulator type is relatively simple, and most of them are used to take parts. With the development of the injection molding industry, more and more manipulators will be used for feeding, mixing, automatic loading and unloading of molds, recycling of waste and other processes, and will develop in the direction of intelligence.

Application of 1. injection molding machine manipulator manufacturer: 　　

Since the injection molding manipulator can greatly improve productivity and reduce production costs, it can stabilize and improve the quality of injection molding products and avoid losses caused by human errors. Therefore, the role of injection molding manipulator in injection molding production is becoming more and more important. At present, the domestic manipulator type is relatively simple, and most of them are used to take parts. With the development of the injection molding industry, more and more manipulators will be used for feeding, mixing, automatic loading and unloading of molds, recycling of waste and other processes, and will develop in the direction of intelligence. Plastic occupies a very important position in our industry, people's livelihood and other materials, and many materials have been replaced by plastic. Plastic molding includes: injection molding, plastic molding, blow molding, extrusion molding, die casting, etc. Injection molding is the most widely used. It is extremely popular in industries such as automobiles, communications, electronics, electrical appliances, medical care, cosmetics, daily necessities, and office supplies. In the traditional injection molding process, from the earliest manual mold clamping to the hydraulic mold clamping of injection molding machines, it has evolved into today's computer-controlled molding process. The progress is not only reflected in the product process quality, appearance, but also molding efficiency. The competition in injection molding is becoming increasingly fierce, and the quality and efficiency of molding are related to the survival of enterprises. The molding quality is related to the performance of the injection molding machine itself, the mold process and the surrounding environment, and the molding efficiency is related to the mold precision, the molding process and the production quantity. With the increasing supply of injection molding machine operators and the increase of manual production costs, the removal manipulator of injection molding machine is also widely used. The application of plastic molding automation is extremely common, and the manipulator mainly shows the following uses in the application process:

1. The manipulator manufacturer takes out the in-mold products and replaces the original semi-automatic production to fully automated production;

2. Take out the product from the mechanical hand mold, and embed the product in the mold (label, embedded metal, secondary molding, etc.);

3. Automatic packaging and storage after the manipulator is taken out;

4. Forming raw material automatic feeding system, waste recycling system;

5. Manipulator manufacturer control system, etc;

Because the molding products are different, the application of automation is also very complicated because it can replace the low efficiency of manpower and ensure the molding product process is more and more widely used. The removal manipulator of injection molding machine is the most widely used in molding automation.

2. injection molding machine manipulator control system: 　　

Manipulator control elements include working sequence, arrival position, action time, movement speed, acceleration and deceleration.

The control of the manipulator is divided into point control and continuous trajectory control.

The control system Kowey designed with digital sequence control according to the requirements of the action. It must first prepare the program to be stored, and then according to the provisions of the program, the control manipulator to work.

There are two ways to store programs: separate storage and centralized storage. Separate storage is to store the information of various control factors in more than two kinds of storage devices, such as sequential information stored in latch plate, cam drum and perforated belt; Position information is stored in time relay, constant speed rotating drum, etc. Centralized storage is to store all the information of various control factors in a storage device, such as magnetic tape, magnetic drum, etc. This method is used when sequence, position, time, speed, etc. must be controlled at the same time, that is, in the case of continuous control.

The latch plate is used in the need to quickly change the program of the occasion. To change a program, only one latch plate is required, and the same plug-in Kowey used repeatedly. The length of the program accommodated by the perforated belt Kowey unlimited, but it must be completely replaced if an error occurs. The information capacity of the perforated card is limited, but it is easy to replace, save and reuse. Magnetic core and magnetic drum are only suitable for occasions with large storage capacity. As to which control element is selected, it is determined according to the complex program of the action and the precise program.

For manipulators with complex movements, a teaching and reproducing control system is used. More complex manipulators use digital control systems, small computers, or microprocessor-controlled systems.

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