Life sciences manufacturers are increasingly turning to modern quality management systems (QMS) and manufacturing execution systems (MES) to digitize their operations and improve efficiency. The ultimate goal of implementing modern digital manufacturing solutions is to reach digital maturity – a total adoption of the technologies that enable them to establish a seamlessly connected, optimized, and error-free operation. However, selecting the right hardware to support these systems is a critical and often overlooked step. Although life sciences manufacturers can feel overwhelmed by the variety of digital manufacturing solutions and hardware options put before them, the choices can be simplified with a targeted and systematic approach.
The first step to reaching digital maturity is to identify cleanroom validated hardware to mobilize your QMS and MES software. Using a Lean Six Sigma approach, life sciences manufacturing managers should take a critical look at their processes and map out how they are currently doing the job at hand. It is important to note the physical layout of their equipment relative to the workers and ask key questions such as:
Tablets used as a tool in life sciences manufacturing may not always be the best choice of hardware. There is no doubt that using tablets to run digital manufacturing solutions has vastly improved mobility, however these devices have their limitations.
Firstly, battery health and flexibility must be considered. What happens to a production run if the tablet being used runs out of power? Will all data be lost? Battery health over the long term is also something to be seriously considered. How long is the battery in your tablet lasting? Can you make it through a complete shift without recharging? We all know that a tablet’s battery will degrade over time. How does your tablet stand up?
Secondly, using touch screens in a cleanroom environment is not ideal. Often cleanroom associates must wear two sets of protective gloves, and this can severely hinder their ability to use touch screens. The better solution is to use a mouse and keyboard for data entry.
Thirdly, tablet screens are smaller than traditional workstation displays and offer little flexibility. Take for example a cleanroom worker who must access his QMS for life sciences system to access work instructions and critical documentation and then move over to the MES for life sciences system to reference the batch record and complete data capture. If workers are clicking back and forth between applications, they are wasting time. And not having work instructions and batch records visible simultaneously can lead to human error. From an IT standpoint, batch records and forms may have to be optimized for use on tablets, creating extra man hours and increasing costs.
Finally, tablets are cumbersome. They must be held, and often there is no place to set them down in a manufacturing setting. Ideally, cleanroom workstations should have two monitors, a keyboard, a mouse, and be mobile, bringing all your technology to the point of task as this ROI study explains.
So how do you identify systems that match your needs? Start by taking the following hardware considerations into account:
By having a mobile workstation, operators no longer need to walk to fixed stations to access digital manufacturing solutions. This streamlines workflow and enhances productivity, especially in a data-intensive cleanroom environment. With less motion waste you save time, enhance safety, and minimize deviations and human error.
Choosing the proper hardware is only one step in implementing a digital manufacturing solution. Choosing the right QMS and MES systems is another important factor, and we can help. Contact MasterControl and DTG for the advice you need to get your operation up and running quickly and efficiently.
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Executive Report: Digital Maturity in Life Sciences Quality and Manufacturing
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