5 things you need to know about implementing automation in your manufacturing or production environment.

1. Flexibility is key:

Flexible manufacturing is crucial because life science requirements are ever- evolving. Being able to adapt to changes in regulatory restrictions, workpiece sizes, weights, or shapes without significant modifications to your automation system can save time and resources in the long run. Quick-change features also provide agility in responding to new requirements or product variations.

2. Any automation can be good:

Not all tasks need to be fully automated. Sometimes, partial automation or assistance can provide substantial benefits. Automation can improve efficiency, safety, and quality, even if it doesn’t completely replace human operators. It’s about finding the right balance between human skills and automation. Life science customers can particularly benefit from automation regarding the handling of cleanroom or grey room components as it can reduce contamination and improve process quality.

3. Don’t go it alone:

Partnering with life science industry experts, especially when you’re new to automation, is a wise move. Automation experts can help design and implement systems effectively, ensuring you get the best return on your investment. By reaching out to companies such as SCHUNK, and our Blue Level Partners such as JR Automation and APC, you can get a head start using our specific and extensive knowledge of the life science industry and its exacting requirements.

4. Start with the low-hanging fruit:

Beginning with simpler automation tasks is a practical approach. It allows your team to gain experience and build confidence in automation technology. These smaller projects may have smaller returns, but they’re less risky and can provide a steady stream of benefits over time. They can also serve as a stepping-stone for tackling more complex automation projects in the future.

5. Invest in training:

Investing in training for your employees is crucial, as their skills are essential for operating and maintaining automated systems. Additionally, having the in-house ability to define and maintain a basic level of automation implementation and repair is crucial to success. The life science industry is especially vulnerable to gaps in automation knowledge as the products and processes become more complex and regulated.

FOR MORE INFORMATION: SCHUNK https://www.schunk.com