In the past, technology was non-existent or limited. The Pre-industrial Revolution used manual labor exclusively. Keeping up with product demand was challenging and often did not occur.
The First Industrial Revolution started with assembly lines of workers in the food production industry who used pulleys to lift meat from station to station. Yet still, the output was slow moving from one worker to the next.
Electricity propelled the Second Revolution. The Ford automobile maker incorporated the concept of the assembly line, and parts manufacturing productivity improved thousand times over.
The Third Industrial Revolution was where computers started to play a role in the ability to program manufacturing machines. Human micromanagement of the process was necessary. Unfortunately, hazardous waste was the byproduct of the active business as factories spewed out smoke into the environment.
Connectivity drives the Fourth Industrial Revolution. As a result, Industry 4.0 is where human intervention is optional, not mandatory. It also means the opportunities of today vary from the past. What remains the same is the pattern of seizing what is possible during any new era. This forward-thinking attitude separates manufacturing giants from the rest.
The main benefits of Industry 4.0
Industry 4.0 gives manufacturers the benefit of creating a more streamlined process of product manufacturing from a customizable design concept to the final output. With 3D printing as the main connectivity tool, design replication comes with ease and less time commitment. Errors can be corrected quickly so that production continues with minimal downtime.
Additive manufacturing is at the forefront of Industry 4.0
At the heart of Industry 4.0 is additive manufacturing (3D printing), which uses CAD design in its processing. Subsets of additive manufacturing include CNC prototyping and metal 3D printing. These are all new and exciting developments that provide manufacturing engineers the vehicles to deliver innovative products with unprecedented efficiency.
Industry 4.0 highlights a 3D automated printing process from beginning to end. In the near future, manufacturing companies can look forward to more technological developments that feature connectivity of a network of printers communicating through each facet of the value chain, including inventory and e-commerce, brick-and-mortar stores. The next phase of improvements will include production optimization and quality enhancements.
There is a massive shift of inclusion for the users of additive manufacturing. While it is true that product developers are the first to grasp its benefits, professional engineers are now viewing CNC prototyping and metal 3D printing as vehicles to make their jobs easier. When this occurs, productivity soars.
Creative design freedom
Dissolvable support, low-density support, enables creatives to become unstoppable in their imagination over and over again. The ability to support under- and overhangs in design and remove formats after production is standard, yet it will continue to improve with Industry 4.0’s technological advancements.
Subtractive manufacturing is accomplished with CNC prototyping. Take that and combine it with additive manufacturing and a hybrid is born. These duel-capacity machines are on the rise to make the creative methodologies even more seamless.
Maximize the benefits of Additive Manufacturing & Industry 4.0
3D Hubs realizes that manufacturing involves intricate processes where the details matter. Using its 3D printing service, manufacturing engineers can freely invent, produce, and evolve without hesitation and do it all at a faster pace.
The Fourth Industrial Revolution is here, and engineers are seizing this unique opportunity to add value and ease to their business strategies. It is easy to get started in production with 3D Hubs.
Engineers simply upload CAD files and receive an instant quote. Next, receive an analysis that reveals any issues before production, not afterward. Start today and see the difference!