Control Cables

Robotics With the Sense of Touch

logistics-852936_1280When you take into consideration the surge in technological advancements over the past decade, it appears that robots are becoming more and more efficient – and perhaps increasingly human-like each day.

A recent advancement within automation robots has supported this notion, with robotics from a manufacturer known as OptoForce now being equipped with a sense of touch.

This is fantastic news for industries which utilise robotics for assembly lines and packaging processes, as it means that tasks can be completed with ultimate precision – far better than the precision of current robots within industrial settings today.

logistics-852939_1280For humans, having the sense of touch allows us to do so many tasks, including picking up objects and making decisions based on how close we are in relation to other people and objects.

Robotics were once programmed to move to specific areas with high precision, which left little room for change should anything out of the ordinary happen.

Then robots with vision sensors were designed, which used still images to carry out tasks based on the information within them.

logistics-852935_1280These types of robotics are often complicated to operate, and still cannot offer the same level of precision and ease of use as the latest advancement from OptoForce.

Often, products which go through an assembly line are particularly fragile. Using robots with touch sensitivity means that fragile products can be packaged safely and securely.

An example where these robots have successfully been utilised is within the U.K.

 

cable assmebliesA major wine bottling factory was able to de-palletize wine boxes much easier than before, as the OptoForce sensors were able to feel how low they needed to go in order to reach the boxes.

These sensors therefore additionally offer increased flexibility when it comes to the functions of robotics.

Without cabling, robotics would not be able to function. Profibus cables are used within factory automation, and are responsible for fast data transmission. The cabling which is used within robotics that perform important processes within a factory should always be of the highest quality.

Low quality cables may be available at an attractive price, but they tend to reduce the efficiency of robotics, and are often not built to last. When purchasing cabling for robotics, opting for cables which feature flame retardance and chemical resistance can reduce overall maintenance costs and offer increased safety.