1. Have a comprehensive understanding of the company's production capacity.
Palletizing robots on the production line are auxiliary equipment in the beer production process. The production capacity of the enterprise directly determines the demand for conveying and palletizing work. On a normal production line with a capacity of 20,000 bottles/hour, a simple bridge palletizer can meet the requirements. However, after the enterprise uses a high-speed production line, it will be necessary to use multiple palletizers or palletizing robots to complete the work. The enterprise should consider all factors and decide which equipment to use.
2. Have a thorough understanding of packaging robot technology.
Compared to manual palletizing and traditional mechanical palletizing, packaging robots are more efficient. Their main features include: simple structure, low failure rate, and easy maintenance; they can be used even in narrow spaces; all controls can be operated on the control cabinet screen, making operation very simple; and they are highly versatile, as different goods can be palletized and depalletized by changing the gripper of the robotic arm, which relatively reduces the purchase cost for customers.
3. A certain understanding of robotics knowledge and technology is required.
Although packaging robots have a simple structure and relatively simple components, this is only in comparison to other types of industrial robots. Industrial robots are actually quite complex and cannot be used without specialized knowledge. Therefore, robot operators must undergo training before being allowed to work on them; otherwise, it is very unsafe for both humans and robots.
4. Have a correct understanding of the robot's effective payload.
Generally, the technical parameters of packaging robots are described in detail, and the rated load is only effective at the rated speed. A crucial condition for achieving the maximum load is reducing the robot's operating speed. Furthermore, excessive load can compromise the robot's precision. Ignoring the weight of the tools attached to the end effector, or underestimating or completely ignoring the inertial force generated by eccentric loads, will increase the robot's load, leading to overload operation and damage. These precautions must be taken during application.
While packaging robots can improve a company's production efficiency, businesses must have a thorough understanding of their capabilities. When selecting robots, companies should avoid making blind choices and instead rationally select robot production lines that meet their specific needs and factory requirements. Furthermore, regular maintenance of the robots is essential to maximize their value and improve the company's profitability.
