Around the world, Aramex cold chains are changing quickly to meet the growing needs of people for fresh food and medical care. Since the pandemic, businesses and governments have paid more attention to Aramex cold chains because of how well they work for delivering vaccines.
The global cold chain market is worth $182.5bn right now, and it is expected to grow by 13.5% each year until 2027. From making health products and drugs to giving them out, the pharmaceutical industry maintains a high level of quality all along the cold chain.
Even though strict rules are followed all along the supply chain, there are still problems that can break the cold chain. The biopharma industry loses about $35 billion every year because of problems with temperature-controlled logistics, according to the IQVIA Institute for Human Data Science.
Here is how robots are assisting in Aramex cold chains;
1. The Cold Chain Is Not Simple
The Aramex cold chains ecosystem is complicated and has a lot of problems, but right now, the industry is having trouble with a lack of refrigerated space and often not being able to see what’s going on in the supply chain. In order to get biologicals and other pharmaceuticals from labs to hospitals or stores, they must be kept cold at every step of the way. If even one part of the journey breaks the cold chain, the products will start to lose their effectiveness within minutes.
As the number of people grows, so will the need for life science, healthcare, and pharmaceutical products. With this, cold-chain operations will have to figure out how to grow while keeping temperature controls under close watch.
Take, for example, the sudden increase in the number of vaccines that needed to be shipped around the world. The infrastructure wasn’t ready, so 50% of the vaccines were wasted, according to the World Health Organization. But will robots help us solve these problems Aramex cold chains in the future?
2. Automation is being used to improve Aramex cold chains.
Advanced technology is automating Aramex cold chains in new and interesting ways, from production to distribution, so that they can continue to work well and efficiently. Companies in the cold chains are turning to automation and robots to help them deal with the problems they face. Robots on the cutting edge of technology have artificial intelligence, sensors, and data that make operations and job functions easier so they can do hard tasks.
3. Improving safety standards
Because of the cold temperatures in a Aramex cold chains environment, workers need to wear protective gear and take breaks often. They can only work in cold conditions for a certain number of hours at a time. When you work in temperatures below zero for a long time, it can be dangerous to your health and cause accidents at work. But this means that employees need help from technology to be able to make more continuous checks of temperature control to keep products working well.
Companies are using robots to streamline and automate tasks that used to be done by hand in order to keep a steady flow of work. The Autonomous Mobile Robot (AMR) made by iFollow can work in temperatures from –25 to +40 degrees Celsius. Their servo system makes it possible for robots to move from a cold place to a warm place without getting wet.
The AMRs can work in harsh conditions for much longer than a person can, and they have everything they need to work on different product lines. It is easy to move pharmaceutical products while keeping the cold store closed.
4. Getting things done faster and better
Cold storage facilities that do a lot of business could have trouble quickly preparing and sending out food to customers all over the world. Because robots are getting faster, more efficient, and more consistent, Aramex cold chains facilities can meet the needs of their markets.
AMRs are a flexible alternative to traditional conveyors for moving things. The robots can quickly move several roll cages of medicines at the same time in cold stores and warehouses with normal temperatures. Robots can help operations grow to keep up with high demand.
The less a cold store is opened, the more productive it will be, the less it will cost to run, and the less likely it is that the temperature will change. When workers use AMRs to move roll cages, storage units, and pallets, they can stay in other places where they can be more productive.
5. Cutting down on product waste
Robots and AI systems are helping to solve problems by making the most of cold chain warehouses with retrieval systems and automated storage, and by making sure that hospitals and other healthcare facilities don’t run out of products.
Nephron Pharmaceuticals Corporations and Clemson University have made a benchtop robot that fills, caps, and seals sterile syringes that have already been filled. The benchtop robot is helping to cut costs in the pharmaceutical market by making sure that syringes don’t get overfilled and that contamination is kept to a minimum.
6. Taking care of cold storage needs
Some companies have built a stable Aramex cold chains infrastructure, but many are not the best at handling, storing, and distributing products. Managing a temperature-controlled supply chain from start to finish can be hard, especially when a company is growing from a start-up to a small or medium-sized enterprise (SME) and needs to grow its operations to match.
Soon, both the life sciences and pharmaceutical industries will have to look for ways to improve their cold-chain capabilities in order to keep up with both the growing demand and the pressure from regulators to reduce waste.
By using robots and automation in smart ways, cold chain facilities can meet their own needs and keep up with their customers’ high standards.