Analytical Instrumentation & Environmental Monitoring


Robots in the time of Covid-19

April 2020 Analytical Instrumentation & Environmental Monitoring

The contagion of Covid-19 has swept through the lives of people across the globe, disrupted industries and had a dramatic impact on the world’s economy. Some analysts predict the pandemic’s impact could be as devastating as the Great Depression, which lasted from 1929 to 1933.

As the world moves towards a different tomorrow, future-orientated solutions won’t merely be an option for industry, but an absolute necessity. Robotics and automation technology are already playing a pivotal role in the health sector – from the use of automated laboratory tests to autonomous disinfectors utilised in hospitals, but they’re about to extend further into other industries faster than anyone could have predicted.

“The automotive industry has always been closely tied to robotics and this is unlikely to change,” says Kurt Rosenberg, managing director of Yaskawa Southern Africa. “The fast-moving consumer goods (FMCG) and food markets, however, should see an increase and acceptance in the usage of robots and automation technologies. This is largely due to the ‘contact’ element, as health and safety officers will be even more concerned about cleanliness, sanitisation and hygiene in manufacturing processes, handling and distribution of goods and factories. Considering Covid-19 can survive on certain surfaces, measures will need to be put in place to futureproof businesses from any potential outbreaks. And this is where robotics could come in to reduce contact and cross-contamination.”

While many industries have instituted stringent hygiene standards and practices for operations, they are also acutely aware of the human element. All it takes is one lapse and the risk of infection is catastrophic. There have already been several high-profile instances where essential services, such as hospitals and factories, have had to temporarily shut their doors because staff have been infected by the virus.

The robot-powered workforce

Back in the seventies, Yaskawa proposed the innovative concept of an unmanned factory termed ‘Mechatronics’. Since then, the concept has evolved into i³-Mechatronics, featuring further advancements and implementations of automation through the management of digital data. Whether it’s partial or full automation, there are flexible solutions that allow for smart integration, real-time visualisation of systems and industrial evolution through technological innovation. Not only do these solutions increase overall productivity and systems processes, but there’s also the ability to improve standards and quality of both the manufacturing plant and products.

Considering the current restrictions of the number of employees allowed back at work and the need for social distancing, the industries that embraced i³-Mechatronics are better prepared to deal with the pandemic’s side effects. From the stability and reliability of streamlined production (despite fewer employees at their disposal) to rigorous health and safety standards, a robotised workforce is capable of business as usual even in unusual times.

Rosenberg believes a robot-powered workforce is the way of the future, both locally and internationally. While he’s seen a significant uptake in robotic technology in South Africa, there are positive signs it’ll grow in the years to come as businesses provision for these types of advancements.

At the same time, there’s a fear that robots will take the place of humans in the workplace, hence the reluctance to embrace technology. Andrew Crackett, national sales manager at Yaskawa Southern Africa, believes it’s actually affording more opportunities to both organisations and employees.

“We’ve implemented several projects at labour-intensive organisations to streamline operations,” says Crackett. “Instead of seeing a reduction in staff, we’ve actually witnessed the employees reassigned to other areas or new positions. By freeing up resources, there’s the possibility to upskill and redeploy, while still improving the overall process and positively influencing the organisation. Robots will still need quality assurance, operators and support staff, as an example.”

While the havoc caused by Covid-19 cannot be understated, it has also pushed industries to think towards the future and plan better. A robotised workforce might not seem like something out of a sci-fi film anymore, but a necessary requisite for any business to survive in the face of disaster.


Credit(s)



Share this article:
Share via emailShare via LinkedInPrint this page

Further reading:

Supporting fast, safe helicopter service across Sweden
ATEQ South Africa Analytical Instrumentation & Environmental Monitoring
In an environment with high risks and fierce competition, Storm Heliworks’ fleet of eight helicopters operates on assignments throughout Scandinavia. Maintenance is critical, and the company recently invested in a battery charger analyser from ATEQ Aviation.

Read more...
WearCheck introduces advanced Legionella testing to safeguard water quality
Wearcheck Analytical Instrumentation & Environmental Monitoring
WearCheck Water has expanded its expertise in water analysis with the introduction of Legionella pneumophila detection and enumeration. This positions the company at the forefront of water and surface safety monitoring, ensuring businesses, industries, and public institutions can proactively manage legionella contamination risks.

Read more...
Cutting-edge robotics and smart manufacturing solutions
Yaskawa Southern Africa Editor's Choice
Yaskawa Southern Africa made a compelling impact at this year’s Africa Automation and Technology Fair.

Read more...
Silo weighing made easy - new mounting kit for load cells
Analytical Instrumentation & Environmental Monitoring
The PR 6003 mounting kit features fast commissioning in demanding applications in industrial silo weighing. It combines maximum accuracy with maximum safety in a compact system.

Read more...
Inline beverage analyser leverages advanced multi-parameter technology
Analytical Instrumentation & Environmental Monitoring
[Sponsored] The Cobrix 7501/7601 inline beverage analyser leverages advanced multi-parameter technology to enhance quality control in carbonated soft drink production.

Read more...
Smart weighing boosts Bayer’s automation
Analytical Instrumentation & Environmental Monitoring
he new supply centre of the agricultural chemical and pharmaceutical company Bayer in Hangzhou integrates weighing technology of Minebea Intec for precise mixing and homogenisation in Zone 2 hazardous areas.

Read more...
WearCheck Water wins accreditation for microbiological testing
Wearcheck Analytical Instrumentation & Environmental Monitoring
WearCheck Water’s Johannesburg laboratory was recently awarded ISO/IEC17025 accreditation for Total Coliforms and E.coli Testing after a rigorous audit process, adding to the company’s extensive list of certifications, and reinforcing the laboratory’s adherence to national and international work quality standards.

Read more...
Advancing process weighing and weighbridge automation
Analytical Instrumentation & Environmental Monitoring
Sasco Africa, a leader in industrial weighing solutions, is showcasing its latest innovations in process weighing and weighbridge automation.

Read more...
Analysis solutions for total organic carbon
Analytical Instrumentation & Environmental Monitoring
Prepare for the future of water quality monitoring with Hach’s industry-leading total organic carbon (TOC) analysis solutions.

Read more...
Liquid density analyser
Sensoquad Analytical Instrumentation & Environmental Monitoring
The SensoTech LiquiSonic system measures the density or concentration of a liquid by calculating using the sonic velocity to give output in real-time.

Read more...