We are working toward the intimate physical integration of humans and robots. One example is robots that assist humans in collaborative physical tasks, like manipulating heavy objects in a warehouse.
Innovative manufacturers should strategically embed three classes of automated systems into their production processes: industrial robots, autonomous robots, and co-bots. These precision tools will allow higher control of processes and thus lead to higher product quality.
How can industrial robots gain new abilities that can increase their operational value while remaining safe and secure in a factory collaborating with humans?
Given the proliferation of warehouses, distribution centers, direct to consumer (D2C) business models, fleets of AMRs, questioning the validity of innovation is worthy of examination.
The concept of full automation could be daunting, especially considering the cost, time and disruption that go into building a brand new factory or warehouse – this just isn’t a viable option for a large proportion of businesses.
The global packaging robots industry is expected to reach $4.65 billion by 2023, registering a CAGR of 9.6% from 2017 to 2023. That’s because of the rise in usage of robot to increase efficiency in packaging.
The global packaging robots industry is expected to reach $4.65 billion by 2023, registering a CAGR of 9.6% from 2017 to 2023. That’s because of the rise in usage of robot to increase efficiency in packaging.
While robots already play a prominent role in logistics and manufacturing, industry leaders are just beginning to realize the potential of this technology in security measures.
Our FactorySmart® 3D sensors are used to improve production across the gamut of industrial applications, from factory automation to quality inspection and material/process optimization.
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Buying a new robot is a considerable investment for any business owner. Collaborative robots have been widely marketed as a cheaper alternative to industrial robots, but what’s the catch?
Deployment of an automation solution that takes into account the process needs, the people as well as the technology, ensures businesses can introduce automation that can augment the workers’ experience whilst also transforming productivity.
However, studies in the field of wearable robots are opening up innumerable possibilities of telepresence and telemanipulation that could change the degree and nature of functionality and productivity in humans.
More flexible materials are necessary for safer collaborative work alongside humans and delicate tasks usually performed by humans, such as picking fruit and vegetables or performing minor surgeries.
Our service robotics modules give you an easy start in robotics. Assemble your individual robot application – exactly according to your requirements: Service robotics modules consists of the manipulator module PRBT, the control module PRCM, the operating module PRTM and ROS modules. Our collision measurement set PRMS for human-robot collaboration (HRC) supports you reliably on your path to a safe application. Application areas of the service robotics modules can be found in service robotics and industrial environments. Benefit from our cost-efficient, flexible solution!
Advanced robotics are already influencing maritime operations. From the green and eco-friendly benefits offered by regular hull cleanings, to the safer waters achieved through anti-piracy measures, the applications are vast.