Benefit from the development of automation technology, man-machine security collaboration is no longer a dream

As robots become more and more popular as a viable and effective option in factories, because they cannot recognize the existence of nearby humans, it is still a challenge to ensure that they can work shoulder to shoulder with humans. If someone enters their work area, the robot will cause great damage. Finding the right application may be difficult, but it is also imperative. In general, traditional robots operate in the fence, and humans cannot interact with it. Cooperative robots, depending on the application, may partially or fully interact with human workers because the sensors will warn the robots to reduce their speed and torque to a safe range.

Traditionally, both the protected robot and the cooperative robot have their own characteristics and their roles in the factory are different from each other. But with security software and sensor technology, some traditional robots can be designed to achieve the same effect as collaborative robots. Due to the limitations of the development of software and technology, and the traditional robots are separated from humans during operations, it is incredible that human-machine cooperation should be done before.

Due to the increased reliability of security scanners and robot safety systems, the use of semi-cooperative sub-devices has become increasingly popular. These applications allow traditional industrial robots to be used as collaborative robots and achieve the same effect. In addition, its payload and speed have been increased and cost reductions have been achieved.

The development of science and technology has also changed the layout and use of factories. High-speed vision systems and lidar sensors can minimize or eliminate the traditional robot fence. This better realizes the visualization of the factory. Therefore, the equipment can be placed at a closer distance, humans can work with the robot more easily, and problems can be solved quickly once they occur.

In the past few years, we have a clearer understanding of the advantages and disadvantages of humans and robots. Although robots and independence are reliable and can be produced continuously, they still cannot think like humans will solve problems. The true partnership between man-machine can achieve the best manufacturing process. The combination of the two combines the continuity and productivity of robots and automation with the ability to think and solve problems, instinctively dealing with changes. Recent technological and security developments are making this concept a reality, not a fantasy. (Source: OFweek Gongkong)

High Precision Mould Manufacturing Suitable for Precision Injection Molding,Process:

1. Material preparation: different mold materials required for different products are also different, according to the characteristics of the product to choose the right mold material.

2. Roughing: After selecting the material, the milling machine is used to perform preliminary processing on the plane and side surfaces.

3. Fine processing: It is necessary to use a grinder to machine the plane and square corners.

4. Dashing: Place the mold plate that has been ground and has been machined to a right angle after being finely processed and placed on the scribe table. Make a drawing according to the mold, scribing with a ruled height ruler, and finally make a dotted line on the mold plate. Drilling, tapping.

5. Heat treatment: heat treatment of the next template and module to improve the hardness of the plate after high temperature quenching, tempering, quenching, annealing, in the further finishing, the plate grinding plane and playing right angles, and then wire cutting.

6. Assemble the trial mold: select the mold frame or supporting guide column and guide sleeve to complete the mold assembly, and install the assembled mold on the press machine to debug stamping, and finally measure the outrush to confirm whether it meets the requirements of the product. The entire stamping process.

High-precision is a high technology in the field of stamping. When all kinds of electromechanical and home appliance manufacturing companies, such as their products reach the moderate economic production scale for mass production, the fine application of fine scouring technology can achieve good technical and occupational safety. High-speed precision stamping technology involves many fields such as machinery, electronics, materials, optics, computers, precision detection, information networks, and management technologies. It is a multidisciplinary system engineering.

High Precision Mould Manufacturing

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High Precision Mould Manufacturing

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