Albany, NY -- (SBWIRE) -- 04/02/2019 -- Robotics is at that stage of the automation revolution wherein increasing productivity across all sectors of the manufacturing world is a key goal. At the same time, robotics is creating an impact on every link in the supply chain, most significantly on packaging. The packaging industry could very well pose as an example for the effective distribution of automation across the manufacturer's production line. High-speed packaging robots are not just equipment for diminishing production costs, but also groundbreaking tools for achieving operational safety and timely targets, in a precise and efficient manner, while curtailing the requirement of human intervention.

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With a rising focus on innovations in marketing strategies, prominent companies are focusing on creating aesthetically-pleasing packaging designs and solutions, such as decorative bows. The first enterprise to use a robot for creating bows on their packaging was the chocolate manufacturer Esther Price Fine Chocolates, who was employing a 3D simulation software. A six-axis robot wrapped the chocolate boxes with a ribbon, and worked at multiple angles to carry out the process with finesse and precision. Innovations such as these are bound to push the growth of the robotic bow tying market in the coming years.

Some of the key factors driving the global robotic bow-tying market, according to analysts from TMR, are as follows:

- High Chances of Carpal Tunnel from Manual Practices

Carpal tunnel syndrome is a condition that causes numbness, tingling and other symptoms in the hand and arm. Carpal tunnel syndrome is caused by a compressed nerve in the carpal tunnel, a narrow passageway on the palm side of your wrist. The anatomy of your wrist, health problems and possibly repetitive hand motions can contribute to carpal tunnel syndrome. Tying bows all day long along with other trading work increases the risk of repetitive motion damages and Carpel tunnel syndrome.

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- Enhanced Production Capacity

Human beings can bows roughly at a rate of nearly five bows per minute. However, the chocolate manufacturer Esther Price Fine Chocolates' robotic system could tie two boxes per minute for 12-14 hours consistently. Robot packaging machines are capable of improving the product quality as well as cycle time. As robotic movements are regulated, their outcomes are always standardized which consequently improves the quality of packaging.

- Adoption of Automation in Packaging

Robotic processes can be seamlessly integrated into the packaging and logistic system, in turn speeding up the delivery times while meeting the dynamic packaging needs of retailers, distributors, and customers.