Collaborative Robots

Collaborative robot concepts differ greatly from industrial robot ideas. Collaborative robots are primarily designed for safety, which is why they feature smoothed edges, limited strength and power, and are light in weight. In addition, most collaborative robots have several sensors to avoid accidents with human employees and safety processes to shut down if any unforeseen interaction occurs.

Robotic automation’s capacity to work collaboratively with people substantially increases their potential. Therefore, as more and more sectors see the benefits of this technology, the market for collaborative robots will rise rapidly.

Industrial Application of Collaborative Robots

Collaborative robots are a perfect answer in various sectors and applications due to their adaptability and affordability. Industries that most frequently employ collaborative robots today include:

• Plastics Manufacturing
• Food and Agriculture
• Metal Fabrication
• Packing and Packaging
• Furniture and Equipment Manufacturing
• Automotive
• Electronics
• General Manufacturing
• Pharmaceutical and Chemical Manufacturing
• Scientific Research

Many alternative strategies are used to deploy collaborative robots. Collaborative robots operate in situations where industrial robots cannot work safely with people. Sales volumes increase as collaborative robot technology develops and more companies become aware of the productivity advantages of these robots. Collaborative robots have huge business potential both inside and outside of manufacturing environments.

Benefits of Collaborative Robots

As opposed to industrial robots, collaborative robots can be used in different settings and offer various advantages. For example, collaborative robots are typically chosen by robot users who prioritize safety, flexibility, affordable deployment, and quick return on investment. We examine these benefits in greater detail below.

Safety: The risk of accidents and injuries is reduced in the workplace thanks to collaborative robots. A collaborative robot is outfitted with sensors to prevent collisions, equipped with minimal force and strength, features smooth edges and electronic shock protection, and exhibits passive compliance in the event of unintentional contact during applications that call for both robot and human involvement. Improved safety increases productivity and lowers operational costs for a company.

Flexibility: Collaborative robots are simple to program, even for employees with no experience with robotics. A robot can often be instructed on how to carry out a new task simply by moving its arm to a necessary location. As a result, collaborative robots can automate numerous tasks with minimal downtime. The initial cost of automation is reduced by this flexibility, which also directly raises ROI (return on investment) and productivity.

Low-Cost Deployment: A collaborative robot's simple programming decreases the time and resources needed for integration, lowering its automation investment. In addition to already having safety characteristics, collaborative robots don't need fences or other accompanying industrial safety equipment, which reduces deployment costs and speeds up integration. As a result, collaborative robots are much more affordable to a wider client base than industrial robots, at least when compared to the cost of deployment.

Easy to Set Up: Contrary to their industrial-grade big siblings, collaborative robots are typically small and easy to use. Collaborative robots can be set up with little to no programming knowledge. Employee training to utilize and program this equipment will be simple as a result. Some businesses may even deploy these fully-functional robots in as little as a few weeks. Industrial robots, on the other hand, take months to set up and require professionals to customize them for daily use.

Versatility: Collaborative robots are made to handle a variety of jobs. Workers can quickly program packing bots to do labeling or inspection tasks, for example, as long as the appropriate programming is available. Some collaborative robots are also designed to be portable, making it simple to move them to assist another location. Collaborative robots function considerably more simply than their industrial counterparts, which require significant modifications to their software and hardware to be recycled for new uses.

Employee Empowerment: Primary workplace injuries are caused by repetitive actions and include hernias, back discomfort, and carpal tunnel syndrome. Collaborative robots can quickly replace employees' repetitious physical labor. As a result, employees won't just have more time to concentrate on creative projects, they'll also use fewer sick days due to workplace accidents.

Disadvantages of Collaborative Robots

• Collaborative robots require human supervision and support to function.
• Collaborative robots feature limited payload, speed, accuracy, and reach.
• Collaborative robots are weaker than industrial robots.
• Collaborative robots are not appropriate for high-speed and high-payload applications.
• To ensure safety measures, a comprehensive risk assessment is required before deploying any collaborative robot.

Choosing the Right Collaborative Robots Company

To make sure you have the most constructive outcome when purchasing Collaborative Robots from a Collaborative Robots Manufacturer, it is important to compare at least 6 Suppliers using our Collaborative Robots directory. Each Collaborative Robots Manufacturer has a business profile page that highlights their areas of experience and capabilities and a contact form to directly communicate with the manufacturer for more information or request a quote. Review each Collaborative Robots business website using our patented website previewer to get an idea of what each company specializes in, and then use our simple RFQ form to contact multiple Collaborative Robots businesses with the same message.