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What are the characteristics and advantages of stamping four-axis robot?

Release time:

2024-01-04 15:39

The application of stamping four-axis robots in the stamping field is showing more and more advantages. With the continuous development and improvement of four-axis stamping robot technology, it is bound to bring a huge change to the stamping field.

Stamping four-axis robots are generally designed with four axes, with the characteristics of compact appearance, small size and light weight. The equipment is driven by high-performance servo motors, and the robot control system has been developed and improved for many years. It has the advantages of high precision, stable performance, fast speed, convenient operation, small footprint, flexible joints, fast movement speed, accurate positioning, stable body, safe and reliable, and can implement product overweight load. The structure of the stamping four-axis robot is simple, which can quickly increase the stamping movement rate, increase production capacity, save labor and improve work efficiency.

The stamping four-axis robot is an automation equipment specially designed for stamping production. It is more professional and efficient than the connecting rod manipulator. It is more versatile and flexible. The flexible design can easily complete stamping, loading and unloading tasks. This industrial robot is mainly suitable for light load and a wide range of work occasions.

Advantages of stamping four-axis robots in industrial production:

1. Long sustainable working hours. It can operate continuously for 24 hours, while manual labor must have rest time.

2. It can replace manual labor for dangerous operations. In some stamping fields, many processes are very dangerous. The principle of the stamping industry is to use the weight of the punch press to produce. It is very dangerous for manual labor to operate on the side. If the stamping four-axis robot is running, the boss's concerns will be avoided. Otherwise, if the hand or finger is broken, the compensation cost alone will be between 300,000 and 400,000.

3. The cost is relatively low and it can be recovered in half a year. One machine is about 60,000 to 100,000. Different numbers of axes and brands will affect the price. The cost will be a lot of money in the early stage, but if calculated by time and month, it is equivalent to the salary of employees for half a year.

4. The stamping four-axis robot has high working efficiency. The operating efficiency is very high, and the error rate is much lower than that of manual labor. Of course, stamping robots do not need to be paid.

The use of stamping robots reduces workers’ dependence on manual skills. In my country, general workers account for a high proportion, and workers’ dependence on manual skills is also very high. Society needs to progress, and the manufacturing industry must continue to be technological and efficient. Stamping robots will replace manual labor and reduce workers’ dependence on manual skills.

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What are the components of the handling robot system?

What are the components of the handling robot system?

What parts does the robot handling system consist of? Generally, it consists of fixtures, tool quick change devices, visual positioning systems, loading and positioning platforms, unloading and conveying platforms, etc. The following is a detailed introduction.

Robots with different axes

Robots with different axes

It should be pointed out that the small assembly robot mentioned here refers to a robot with a maximum payload of up to 20kg (44 pounds) and a maximum processing distance of up to 1300mm (51 inches). There are two basic types of such robots: four-axis SCARA robots, that is, four-axis robots, and six-axis articulated robots, that is, six-axis robots. Among them, four-axis robots are specially designed for fast picking work, while six-axis robots provide higher flexibility in production and processing movements. Then let's introduce four-axis robots and six-axis robots in detail.

What are the characteristics of spraying robots

What are the characteristics of spraying robots

Spraying robots, also known as paint spraying robots, are industrial robots that can automatically spray paint or other coatings. The Bronte spraying robot is mainly composed of a robot body, a computer and a corresponding control system. The hydraulically driven spraying robot also includes a hydraulic oil source, such as an oil pump, an oil tank and a motor. Most of them adopt a 5 or 6 degree-of-freedom articulated structure. The arm has a large movement space and can perform complex trajectory movements. Its wrist generally has 2 to 3 degrees of freedom and can move flexibly. The more advanced spraying robot wrist adopts a flexible wrist, which can bend in all directions and rotate. Its movement is similar to that of a human wrist. It can easily reach into the workpiece through a smaller hole and spray its inner surface. Spraying robots are generally hydraulically driven, with the characteristics of fast movement speed and good explosion-proof performance. Teaching can be achieved through hand-to-hand teaching or point indication.

What are the characteristics and advantages of stamping four-axis robot?

What are the characteristics and advantages of stamping four-axis robot?

The application of stamping four-axis robots in the stamping field is showing more and more advantages. With the continuous development and improvement of four-axis stamping robot technology, it is bound to bring a huge change to the stamping field.

Let’s learn about the safety precautions for using six-axis robots!

Let’s learn about the safety precautions for using six-axis robots!

With the increasing degree of social automation, many traditional manual machines have been abandoned and slowly replaced by automated operations. Manipulators are the product of automated society and have had a huge impact on modern industrial production. From tiny lives to large-scale operations, manipulators are penetrating into the details of human life. Six-axis robots are one of the more distinctive mechanical equipment, so what should we pay attention to when using six-axis robots? Next, let the editor take you to understand the precautions when using six-axis robots.

六轴机器人保养小技巧你知道哪些？

六轴机器人保养小技巧你知道哪些？

我们需要通过眼睛去看、耳朵去听。检查和倾听六轴机器人某些磨损部位或者需要调整的征兆，这样可以在很大程度上有助于保持机器人良好的运行状态。