The importance of automation in machining, even in the production of parts in small series

introduction

In the past, automation in the chip processing industry was mainly reserved for large-scale serial production. However, with the advancement of technology, automated solutions have become relevant for small-scale and even one-off production. Integrating automation into even small-scale chip processing processes allows for significant improvements in productivity, part quality and the economic viability of production.

The advantages of automation even in small series production

1. Improving efficiency and reducing preparation times

Traditionally, small-batch part production has been considered inefficient due to long setup times and the need for machine alignment and tool changes. Automated systems, such as robotic material loading, rapid tool change (ATC) systems, and the use of computer-aided design (CAM) platforms, can significantly reduce setup times and maintain short cycle times even for small quantities.

2. Improving accuracy and quality

Advanced CNC machines equipped with smart sensors, automated inspection systems, and real-time quality control enable greater precision and improved repeatability, allowing complex parts to be produced in small quantities without compromising product quality.

3. Saving manpower and dealing with a shortage of skilled workers

The chip processing industry is suffering from a growing shortage of skilled labor. The introduction of automation allows machines to operate autonomously for long hours, including lights-out manufacturing, thus reducing the dependence on skilled labor and improving resource utilization.

4. Flexibility in production planning and rapid adaptation to changes

In the modern manufacturing era, the demand for quick adjustments and short delivery times is increasing. Automation processes allow for rapid response to changing orders, while efficiently switching between different products without the need for extended machine downtime.

5. Reducing production costs

Although the initial investment in automation systems may be high, in the long run it leads to significant savings in labor costs, reduced rejects, and improved raw material utilization. As a result, even small-batch production becomes more economically viable.

Examples of automation applications in small series production

• Use of robotic loading and unloading systems – allows continuous production without the need for an operator.
• Using sensors to measure