Advantages and Disadvantages of AMR
Automation and robotics have been part and parcel in today’s industry. Industries ranging from automotive, F&B, healthcare, and many others are constantly looking for ways to further maximize their production and productivity. In many cases, Autonomous Mobile Robot (AMR) is seen to have potential of increasing the productivity of any operations. Usually, business owners will consider the advantages and disadvantages of AMR before purchasing one. Hence, let’s analyze the pros and cons of it.
In many cases, Autonomous Mobile Robot (AMR) is seen to have potential of increasing the productivity of any operations. Learn more what is AMR here – AMR: The New Look of AGV. Usually, business owners will consider the advantages and disadvantages of AMR before purchasing one. Hence, let’s analyze the pros and cons of it.
Advantages of AMR
✓ Reliable workforce
Unlike humans, robots do not get tired. AMR can work consistently around-the-clock to meet the targeted production of a company. This is very beneficial for companies operating 24/7 as owners would not have to worry about the shortage of shift workers. Furthermore, AMR is more accurate than humans as it is assisted with precise algorithms.
✓ Lesser harm to employees
Acco car engines, bins and raw materials. The recommended load for men to carry is 25kg which can be very restrictive. With the help of AMR, more loads can be transrding to statistics given by the National Safety Council, one employee will be injured while at work every 7 seconds. In the heavy industry, it is a norm for workers to carry heavy loads such asported simultaneously with lesser time needed. AMR can also replace workers in unmanned and hazardous working environment such as nuclear plants.
✓ Minimize operational cost
The existence of AMR in a facility will enable employees to reduce labor cost. This is because the employee would not have to hire many unskilled workers as well as to provide overtime pay. Product damage during transportation caused by human errors can be eliminated too.
Disadvantages of AMR
✓ High capital cost
The initial cost of an AMR can be very expensive especially if it is being evaluated on a short-term outcome. Nevertheless, AMR can result in a positive Return on Investment (ROI) in the long run. In most cases, purchasers will be encouraged to calculate their targeted ROI which can be done easily using a ROI calculator.
✓ Limited flexibility
Some AMRs such as the magnetic tape guided AMRs require a devoted track for them to move around. This can be troublesome especially if changes need to be done to the facility layout. In addition, some AMRs could only move forward which can be a limitation if it needs to be reversed suddenly. Regardless, customization of AMR can be done according to customers’ needs.
All in all, there are always two sides to every coin. DF Automation & Robotics will always strive to provide the best AMR and service to our customers in making sure that the purchase will be beneficial to them.
LinkedIn : Mr. Chin Wee Chia
Mr Chia Chin Wee is one of the key founding members of DF Automation & Robotics with more than 10 years experience in robotics and technologies. Currently, he is the Marketing Manager focusing on the marketing and sales of AGV robotics solution in Asia and International market.
He graduated from Universiti Teknologi Malaysia (UTM) with First class honors of Bachelor’s Degree in Instrumentation and Control. During his time in university, he has represented Malaysia in the prestigious ABU Asia-Pacific Robot Content (ROBOCON). Before joining DF Automation and Robotics, Chin Wee has close to a decade of R&D working experience in Altera FPGA, Intel SoC and Broadcom Corporation involving in semiconductor chipset frontend design and development activities. He has several US patents and company trade secrets related to mouse sensor tracking technology and application methods.
With his vast experiences in both technical and corporate, he is leading and strategizing DF to be one of the leading robotic companies in this region.