10 Future 3D printing scenarios in container handling
Science-fiction inspired 3D printing applications emerge frequently, such as bioprinting or photo realistic 3D printing. It is quite typical that solutions implemented for extreme applications are later adopted in common use. For example, solutions developed for Formula1 racing cars are adopted in ordinary cars.
NASA has already used 3D printing to create tools and parts for the International Space Station, and there are plans to use 3D printing to create habitats and other structures on Mars. The ability to manufacture tools and structures on site could greatly reduce the cost and complexity of space missions. This will yield new applications also to conventional industries, such as container handling business, architecture and large structures.
Scenarios which combine facts and imagination are powerful tools to understand future opportunities!
3D printing unit in a harbour, as seen by Midjourney
10 scenarios
What are the future scenarios for container handling and global supply chains as 3D printing evolves to always available on-demand production with smart digital services?
Scenario 1: New rapid local maintenance services will be offered to customers and own operations all around the world, such as spare parts and unique tools for the operators.
Scenario 2: Old ways to make large metal components are disrupted. 3D printing is used instead. Cost, material and time savings will increase competitiveness and empower for radical design solutions. Open innovation may become a strategic approach to finding and implementing these solutions.
Scenario 3: Shipping and logistics companies adapt to the new reality of always available on-demand production. This will require them to be more agile and responsive to the changing needs of their customers. Companies will need to invest in new technologies and infrastructure to support the shift towards 3D printing.
Scenario 4: Ports will evolve to be also manufacturing hubs serving the whole ecosystem of maritime business and economies around. New businesses and business models will emerge in ports.
Scenario 5: As 3D printing becomes more advanced and widespread, it becomes possible to print entire products rapidly on demand (rather than individual components). This will lead to a significant in the nature of onshore maintenance and repair services.
Scenario 6: The wide adoption of 3D printing leads to a reduction in carbon emissions and more sustainable global supply chains. With on-demand production, there will be less need for subcontracted manufacturing, which could lead to a decrease in transportation and associated emissions, and changes in current value chains.
Scenario 7: De-globalisation will lead to a drop in container transport. According to a study by PricewaterhouseCoopers (PwC), 41% of air cargo business and 37% of ocean cargo business is at risk due to 3D printing.
Scenario 8: Smart industrial services enable companies to optimize their products and assets better, and react in real-time for emerging situations. This provides greater transparency and efficiency in the global supply chain. This allows for more precise inventory management, reducing waste and improving cost-effectiveness.
Scenario 9: With the rise of 3D printing, new business models will emerge, such as service-based offerings and product customization. Companies will need to be innovative in their approach to stay ahead of the competition and capitalize on the opportunities presented by this new technology.
Scenario 10: The increasing use of 3D printing and smart industrial services may lead to new security and privacy concerns, as the digital data used to create products becomes more valuable and vulnerable to cyber attacks. Companies will need to invest in robust cybersecurity measures to protect their intellectual property and ensure the safety of their products and customers.
In conclusion, while 3D printing has already made significant advances in recent years, there is still much room for imagination, innovation and growth in container handling business. By focusing on new logistics, service innovations, and emerging industries, we can unlock the full potential of additive manufacturing and create a more sustainable, efficient, and innovative future.