In the Adaptive Machine Platform Prolynk, manufacturing machinery and assembly stations can be configured and combined with total flexibility. The parts move individually from station to station, in a mini-taxi so to speak.
As the use of robotics and automation increases, so too does the need to protect these valuable assets.
The risk to humans in warehouses is well known with the UK logistics sector reporting around 28,000 non-fatal accidents at work annually but businesses are now realising the risk of safety to highly sophisticated and expensive assets noting that these too require protection.
Businesses which have invested in robotics quickly realize the impact of increased productivity and continue investing. There is no "turn back syndrome" for these solutions; the increases in competitiveness and quality push businesses to adopt a continuous robotics policy.
The trend towards lithium-ion batteries in intralogistics continues. Almost all large forklift manufacturers now have models with lithium-ion drives. In the field of driverless transport systems and mobile robots, powerful lithium-ion technology is already standard.
Honeywell Study: Advancements In Warehouse Automation Will Present New Job Classes, Career Opportunities
While investment in automation is seen as vital for companies to remain competitive, supply chain leaders of American companies still envision a strong need for human capital in the workplace, according to a Honeywell
The lifetime cost of ownership of a mobile robot is largely influenced by the design of its drivetrain. If the OEM uses well designed and proven components, the mobile robot will provide many years of service with minimal downtime for maintenance.
AGILOX Autonomous Mobile Robots are substantially saving costs by applying Artificial Swarm Intelligence
Swarm Intelligence (SI) and bio-inspired computing have attracted great interest in almost every area of science and engineering, including robotics, over the last two decades.
Until recently, AGVs were the only option for automating internal transport tasks. Today, a more sophisticated technology is competing with them: Autonomous Mobile Robots AMR. Although both AGVs and AMRs allow materials to be moved from point A to point B, the comparison ends there.
There are three adaptations we are watching closely at Aethon since we believe they are a trend and may become more permanent. These adaptations will have a significant influence specifically on the use of automation and autonomous mobile robotics.
As this industry is growing more complex, it is important for us to contribute to the conversations around the trends and technologies needed to solve issues around labor shortages and increased demand. Booth #9807
Attendees looking to demonstrate ROI, increase operational excellence, or drive continuous improvement initiatives will see how actionable analytics provide real-time visibility into key performance metrics. Booth #10012
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.
Your AGVs cannot fail, and so the choice of their motorization is crucial. Here are 5 key points to bear in mind when motorizing an AGV.
Various technologies are available on the market for bringing an automated guided vehicle (AGV) to its destination. Let us first of all say: many roads lead to Rome. There is no right way and no wrong way.
Because of the very complex nature of automotive manufacturing AGV vehicles on the plant floor must feature a wide range of standard modules that are configurable to meet automotive customers' automation needs.
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Robotmaster delivers unmatched, full-function off-line programming capability for robots - easy programming of precise robot motion control and quick generation of path trajectories of any size, with minimal programmer intervention. Our strong background in CAD/CAM (Computer Aided Manufacturing) software has enabled us to bring a revolutionary approach to programming industrial robots.