As 3D printing technology has become more widespread in different industries, many domestic manufacturers of 3D printing equipment have gained market share by increasing their production and capabilities.
Currently, according to the relevant statistics, the primary market source of China’s 3D printing equipment producers is still industrial manufacturing, and the consumer market share is still relatively low at about 30%. As a result, most manufacturers still concentrate on developing industrial-grade printers. So, let’s find out what is large-scale industrial printing.

What is a Large Industrial 3D Printer?

3D printing is 3D printing, is about creating a physical object from a digital CAD file. The object is created by depositing thin layers of material until it is complete. It is different from subtractive manufacturing, which is cutting a product out of material.
3D printing reduces waste, eliminates the need for tools and molds, and allows you to customize each output. It also allows complex designs to reach the market much faster than traditional manufacturing methods.
Most large Industrial 3D printers use materials like—plastic, metals, and alloys are the most common—to quickly create prototypes and finished parts. These printers have different types of applications.

Rapid Prototyping

With rapid prototyping, designers and engineers can create prototypes quickly and easily from CAD data. They can also make changes to their designs quickly and frequently based on field tests and feedback from users. Because these parts or assemblies are usually made using additive fabrication instead of subtractive manufacturing processes, the terms "rapid prototyping" "additive manufacturing" and "3D printing" are sometimes used interchangeably.
Rapid prototyping is closely related to additive manufacturing. Additive manufacturing provides almost unlimited form flexibility, no tooling is needed, and parts can with mechanical properties that match many materials produced with conventional manufacturing processes.

With rapid prototyping, engineers and designers can quickly and easily convert digital designs into physical prototypes. It enables them to create prototypes in a fraction of the time and at a fraction of the cost of traditional manufacturing methods. Engineers and designers can also quickly and easily test and analyze real-world test results to ensure their prototypes are realistic, functional, and of the highest quality. With rapid prototyping, companies can make better products faster and more cost-effectively.

Hybrid Manufacturing

Hybrid manufacturing is a combination of 3D printing and traditional manufacturing processes such as injection molding (IM), thermoforming (THM), or casting. Hybrid manufacturing improves the production process by increasing its flexibility, adaptability, scalability, and cost-effectiveness. This allows manufacturers to respond quickly to changing business requirements.

Tooling

Create factory floor-ready custom tooling that tackles the most difficult manufacturing challenges. Test manufacturing processes, resolve DFM problems, and increase flexibility with direct printing tooling for injection molding, CNC tube bending, and more.

Customization

As 3D printing’s economics improve and the cost-to-part ratio shifts, it is becoming feasible to use additive manufacturing in incrementally lower-value, higher-volume applications. As technology advances and material properties improve, additive manufacturing will continue to expand beyond prototyping and into end-use components and mass production.

Since the arrival of 3D printing, additive manufacturing has grown steadily and we have found its many applications. Whether you want to buy a large build volume printer or any other versatile printer, you can buy it for a number of applications.

3D printers are everywhere these days like home and work. From small to big objects, it can create anything beautifully using different types of materials. Buying a 3D printer can be a daunting task for many starters. But at least, you need to know what to print and find a reputable service provider who can offer you proper consultation crucial in additive manufacturing.

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