English 
Chinese In the continuous pursuit of efficient, precise, and stable production in the injection molding industry, injection molding robots play an increasingly crucial role. The Samfacc three-axis robot stands out in the highly competitive injection molding robot market with its unique design and excellent performance. In particular, the innovative structure of its three-axis robot arm brings advantages to injection molding production.
Frame and Bullhead Structure – The Secret of Uniform Force Application
The arm of the Samfacc three-axis robot adopts a frame and bullhead structure, which is the key to its excellent performance. During the injection molding production process, the robot needs to perform high-speed movements and precise positioning frequently, and the arm bears huge impact forces and inertial forces. The frame structure provides a stable support foundation, ensuring the rigidity of the arm during movement and reducing deformation. The bullhead structure, on the other hand, cleverly distributes the force application points, enabling the entire arm to maintain uniform force application under various working conditions. This uniform force distribution not only extends the service life of the arm but also improves the repetitive positioning accuracy of the robot, ensuring that each grasping and placing action is accurate.
For example, when injecting large plastic products, the robot needs to bear a relatively large load. The frame and bullhead structure of the Samfacc three-axis robot can effectively disperse the load, avoiding structural damage or a decrease in accuracy caused by excessive local force, and ensuring the continuity and stability of production.
Side Placement of the Electrical Box – An Innovative Design with Multiple Protections
The side placement design of the electrical box of the Samfacc three-axis robot is ingenious and has significant features of anti-vibration, dust prevention, and water vapor prevention. The injection molding workshop usually has a harsh environment, with a large amount of dust, water vapor, and vibrations generated by the operation of machines. As the control core of the robot, the stability of the electrical box is of vital importance.
The side placement of the electrical box first plays an important role in anti-vibration. By placing the electrical box on the side, it is kept away from the main moving parts of the robot, reducing the impact of the vibrations generated by the high-speed movement of the robot on the electronic components inside the electrical box. This helps to ensure the stable operation of the control system and avoids abnormal control signals caused by vibrations, thus improving the working reliability of the robot.
In terms of dust prevention, the side placement of the electrical box can be better matched with the protective devices, reducing the possibility of dust entering the inside of the electrical box. In the injection molding workshop, dust may adhere to the electronic components, affecting their heat dissipation and normal operation, and even causing faults such as short circuits. Samfacc effectively reduces the harm of dust to the electrical box through optimizing the position of the electrical box and protective measures, extending the service life of the electrical box.
Water vapor prevention is also crucial. A large amount of water vapor is generated during the injection molding process. If it enters the electrical box, it may cause problems such as circuit short circuits and corrosion. The side placement of the electrical box, combined with a good sealing design, can effectively block the intrusion of water vapor, ensuring that the electronic components inside the electrical box are always in a dry and safe environment, and guaranteeing the stable operation of the robot.
Application and Value in the Injection Molding Industry
The widespread application of the Samfacc three-axis robot in the injection molding industry has brought significant economic benefits and production advantages to enterprises. In terms of improving production efficiency, its high-speed and precise operation can greatly shorten the time for taking out and placing injection-molded products, increasing the output per unit time. At the same time, the precise positioning reduces the defective rate of products, reducing the cost waste caused by defective products.
From the perspective of safe production, the Samfacc three-axis robot can replace manual labor to complete some dangerous and repetitive tasks, reducing the contact between workers and high-temperature and high-pressure injection molding equipment and reducing the probability of work-related accidents, creating a safer production environment for enterprises.
The Samfacc three-axis robot, with its unique three-axis robot arm structure and innovative design, has set a new benchmark in the injection molding robot industry. With the continuous progress and innovation of technology, it is believed that Samfacc will continue to inject new vitality into the development of the injection molding industry and promote the entire industry to move towards the direction of intelligence and high efficiency.
