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Taking next-generation motion from concept to reality
01 December 2022
If companies were to take home one lesson from the COVID-19 pandemic, it should be that flexibility is key. This statement is no less true for the pharmaceutical industry, which has been pushing for flexibility for years. With a pandemic almost behind us and the challenges of a rapidly ageing population, flexible manufacturing is needed now more than ever.
While there are many tips for creating a more flexible manufacturing process, from plug-and-play robotics to single-use manufacturing, few tips focus on motion control in production lines. Motion control has the power to make production lines more flexible and efficient, but few motion control systems provide the freedom and range to maximise their benefits.
From concept to reality
In interviews conducted by Donna Ritson, President of DDR communications and Paula Feldman, Senior Director of Business Intelligence, 75 percent of pharmaceutical manufacturers said they were increasing their level of automation going forward. So, for those wanting to invest in optimising their production lines, where should they spend their money?
Over the years, technology has advanced, allowing the pharmaceutical industry to advance with it. However, despite the introduction of sophisticated technology, challenges still occur in the production of pharmaceutical products, such as flexibility and efficiency. The XPlanar, a first-of-its-kind planar motor system, can help address these challenges.
The XPlanar system comprises the mover, tile and control software. The magnetically driven mover is wireless, with six degrees of jerk-free movement, allowing for the technology to effortlessly levitate over the tiles, which can be moved and placed as a facility needs. With each singular mover having a bare load of up to 4.2 kg, a maximum speed of 2 m/s and an easily wipeable surface, the XPlanar is bringing the reality of next-generation motion to the pharmaceutical industry.
Flexible and efficient
Flexibility has always been an issue in the pharmaceutical industry, as traditional plant layouts make it hard to switch over or adjust equipment to produce different products. Due to a large number of sensitive chemical processes in pharmaceutical manufacturing, moving equipment around requires equipment recalibrations and strategic positioning. However, with new methods such as modular manufacturing, allowing for multiple different drug productions in one facility, these challenges are slowly being addressed.
Modular manufacturing refers to a type of manufacturing where there is no fixed equipment, meaning facilities can be broken down and rearranged as needed. As modular manufacturing is embraced, new techniques will be needed to achieve a modular facility. The XPlanar system elevates this manufacturing method to a more efficient, flexible and long-lasting one. Like with many of the equipment used for modular manufacturing, the XPlanar system can be laid out freely in a multitude of arrangements to suit the pharmaceutical facilities' requirements.
The XPlanar system provides the pharmaceutical industry with the production flexibility needed to not only create a modular manufacturing facility but a more efficient manufacturing facility. The XPlanar system allows manufacturers to create a flexible production line with movements of 360 degrees, allowing for easy and efficient product inspection, alignment or processing.
The easy adaptability of the movers and tiles ensures the technology can last in an ever-evolving technological landscape. Using this free-moving system the pharmaceutical industry can see the benefits of next-generation motion becoming reality.
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