As automation technologies progress, there are more opportunities for machinery to respond directly to input from human operators. This is why a good human-machine interface (HMI) is extremely important.

In a market where customer demands are ever-changing and growing in complexity, the ability to handle shorter production runs with greater packaging variation is essential for manufacturers wanting to maintain profitability.

Only one in five companies have fully integrated automation lines in existence today, igniting a growing competitive demand to adopt technology on the plant floor to deal with the uptick in market complexity.

Packaging is a constantly shifting environment. However, unlike the rest of production, packaging processes have been slow to uptake new technologies. Thankfully, with the rise of developments in technology, like sensors, human-machine interfaces and motion control, flexibility of the packaging line is better than ever.

If you are regular reader of this column, you are likely aware of the competitive advantages provided by PackML in August’s “Get Ready for IIoT: 5 Reasons to Implement PackML Now.” Your company may even be planning to implement PackML. So where do you start?

Small changes can create significant cost savings in packaging, so it’s no wonder the industrial internet of things (IIoT) is a trend that continues to grow within the broader digital transformation efforts.

In the world of packaging, data is the key to increasing efficiency and cutting expenses to create the most profitable product. Reacting quickly to machine shutdowns, supply chain issues and safety events gets our plants back to what they are supposed to be doing: making the product.

The new rental-based force and pressure measurement system by Pilz offers a complete package for validation of human-robot collaborations (HRC) in accordance with ISO/TS 15066.