Generally speaking, industrial robots usually include three-axis robots, five-axis robots, and Articulated 6-axis robots. But for SAMFACC robot mainly do 3-5 axis robots, and even have the ability to develop customized non-standard projects, currently SAMFACC robot making the custom knife, fork and spoons packaging line, top and side entry in mold labeling robot, blood vessel collection robot in the medical industry and other projects, it can be seen that SAMFACC plays a vital role in the injection molding project, not only significantly improve the production efficiency for customers, the own processing workshop also ensures the stability and consistency of product quality, quality is the lifeline of the enterprise, and is committed to contributing to high-quality products.
High-Speed 3-Axis Robots for Small and Medium-Sized Enterprises
SAMFACC three-axis high-speed types of industrial robots are mainly suitable for various types of horizontal injection molding machines ranging from 50-500 tons, especially for the production needs of small and medium-sized injection molding enterprises. This kind of robot is favored for its stable structure, quick action, and easy operation. In the actual production process, the SAMFACC high speed can automatically remove the finished product from the mold and place it precisely in the specified position, a series of actions that can be completed in just a few seconds. This not only greatly improves the production speed, but also reduces the rate of product damage and scrap caused by human error. In addition, it can work continuously for 24 hours, which greatly improves the production efficiency of the production line and saves a lot of labor costs for the enterprise.
Five-Axis Robots: Precision and Flexibility for Complex Tasks
The five-axis types of industrial robot of SAMFACC has higher technical content and flexibility, with two rotating AC axes, which suitable for larger tonnage and more complex injection molding machines, can carry out accurate motion control in multiple dimensions, and can complete more complex operational tasks, such as taking out large garbage cans, auto parts, etc. They are usually used in high-end injection molding projects, and can cooperate with a variety of automation equipment. Through the accurate operation of the five-axis types of industrial robots, it can not only significantly improve production efficiency and product quality, but also optimize the utilization of molds, reduce production costs, and bring higher economic benefits to enterprises.
Customized EOAT Fixtures for Enhanced Production Efficiency
Regarding the customized EOAT injection molding fixture, the SAMFACC robot has its own processing workshop, a large processing center, and several small and medium-sized CNC centers. We can customize professional fixtures for customers according to their product needs. As we all know, in injection molding projects.
The Importance of EOAT in Injection Molding Automation
EOAT (End of arm Tooling) is an indispensable part of the robot, which is installed at the end of the robot and is responsible for a series of delicate and complex operational tasks, such as removing molded parts from the mold, clamping and handling objects, separating and cutting molded products on the sprue. The design and function of the EOAT injection molding fixture directly affect the quality and production efficiency of the product. By using specialized EOAT, not only can various operational tasks be accurately completed, but also can reduce the damage of the product in the handling process to ensure the consistency and stability of the product. For example, some high-end EOAT injection molding fixtures are equipped with high-precision sensors and control systems that can monitor and adjust the clamping force and position in real time, ensuring that the position and direction of the product are precisely controlled during high-speed handling, thus avoiding product defects caused by position deviation.
Conclusion
In general, SAMFACC 3-5 axis industrial robots and EOAT injection molding fixtures play a vital role in injection molding projects, which not only promote the development of production automation and intelligence, but also bring significant economic and social benefits to enterprises. Through this intelligent equipment, the injection molding industry is moving towards a more efficient, accurate, and intelligent direction, providing strong support for the transformation and upgrading of the manufacturing industry.