The challenge for many companies is how to consistently maintain a safe workplace without creating barriers to productivity or innovation. Enter autonomous mobile robots (AMRs).
There are many safety standards - most have been developed in the age of the fixed autonomous robot - behind a cage - in a factory, for example. Today, these robots are moving.
Electrostatic Dissipative Flooring vs. Anti-Static Flooring: Which Flooring is Right for Your Facility?
On the surface, anti-static sounds like the right choice. Anti-static means no static, right? Not quite. Read on to learn the key differences between anti-static flooring and electrostatic dissipative (ESD) flooring.
No matter how expertly designed or rigorously tested, every robot is bound to encounter edge cases at some point or another. How the issues are handled and how field ops are done, determines the longevity of the robot system or product.
Putting Food Safety First With Robots - Could Robots Lead the Fight Against Contamination in Food Production Lines?
The CDC reports that around 70 per cent of all foodborne diseases are caused by contaminated individuals. How can food manufacturers better manage the risks that human workers pose to food quality and safety?
These remote control and highly modular autonomous robots are proving to be valuable assets in the fight against Covid-19. Fitted with maxon motors, these versatile robots are also capable of supporting the unit in large-scale incidents. A report on an heroic collaboration.
Industrial robots offer increasingly compelling opportunities to help companies get more done and promote consistency in the workplace. Robot safety is another area of concern, especially since robots can reduce some of the risks that cause accidents.
We've talked with many customers who struggled with the cleaning and waste associated with vacuum-based EOAT systems. The air these systems use to attach to a food item is sucked back into the device - and along with it, food particles.
Robots may have been accused of stealing jobs, but they're actually doing more than most people realize to keep workers safe as they go about their daily tasks. Let's take a closer look at five more ways that robots are helping to accomplish this.
Aircraft Tooling, a Texas-based repair center for the aviation industry, was surprised to find that Universal Robots could withstand the high temperatures and harsh environment while performing metal powder and plasma spray processes. The UR "cobots" have now been in operation for three years without breakdown or service requirements.
Box opening robots, while on a smaller scale, can eliminate the need for workers to handle blades. Unfortunately, box opening robots are not as common as the more traditional six-axis or SCARA robot models.
ISO 15066 is the emerging standard for collaborative robotics and covers all aspects of robot safety. The ISO15066 definition of a collaborative workspace is the operating space where the robot system and a human can perform tasks concurrently.
Cobots are safer than ever, but care must still be taken during implementation. These 4 steps will help.
There is an increasing demand for collaborative robots that can work autonomously and adapt to changing production conditions. This requires reliable sensors that detect human presence and can overcome future challenges with the development of collaborative technologies.
The Nuclear and Applied Robotics Group, based in the University of Texas at Austin, has a mission to "develop and deploy advanced robotics in hazardous environments to minimize risk for the human operator."
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IDS NXT: a platform for a new generation of vision systems for industrial applications. It lays the groundwork to provide easy-to-use yet flexible complete systems that can be used to implement all steps of a vision solution. With IDS NXT ocean, a complete solution especially for AI-based image processing is now available. It allows to solve tasks where classic, rule-based image processing has reached its limits - without any programming effort.