In any workplace, human error is inevitable. Even the smallest mistakes can significantly impact product quality. However, in the automation industry, technology has drastically minimized these issues. By using computers and robots to repeatedly execute the same processes without deviation, automation ensures consistency. This approach guarantees that every product meets its specifications, which is the simplest and most reliable way to improve product quality.

Humans can't work 24/7, but machines can. Automation fills labor gaps, enabling factories to run continuously and more efficiently. With industrial automation, machines provide constant supervision of the manufacturing process, operating without rest or distraction. This allows human workers to shift from routine tasks to more meaningful and complex roles, increasing overall productivity.

Cost Efficiency

While the initial cost of implementing automation may seem high, the return on investment is significant. By improving product quality and increasing production, companies can quickly recover their financial outlay. New Power's collaborative robots are flexible, programmable, and durable, providing manufacturers with the tools to streamline processes and achieve cost-effective results.

There are three main types of industrial automation:

1. Fixed Automation: Specialized machines, like conveyor belts, are used to automate repetitive tasks. These machines are rigid and hard to reconfigure for other purposes.

2. Programmable Automation: This type allows machines to be reprogrammed for different tasks. Though more flexible than fixed automation, reprogramming takes time and expertise.

3. Flexible Automation: The most advanced, flexible automation allows for quick and easy reconfiguration. New Power's collaborative robots are a prime example, offering manufacturers the ability to rapidly adapt machines for various tasks across departments.

Real-World Application of Automation

New Power's collaborative robots are used in many manufacturing applications, such as assembly, dispensing, precision machining, machine tending, material handling, material removal, and quality inspection. These robots relieve workers from physically and mentally strenuous tasks, improving both the well-being of employees and the efficiency of production processes. By automating repetitive tasks, companies can enhance product quality, reduce errors, and optimize labor resources, allowing human workers to focus on higher-value tasks.