3D Printing Technology and Upgrade Industry Manufacturing Revolution Has Arrived

(3D Printing Technology and Upgrade Industry Manufacturing Revolution Has Arrived)

What is 3D printing?

3D printing is named 3DP, also known as additive manufacturing. It is a
digital model file based on the use of powdered metal or plastic bonding
materials, through layer by layer printing. The technique to construct
objects.

3D printing technology:

3D printing technology, also named as "additional manufacturing" in the
related field, is also called incremental manufacturing in a particular
range.

One of the widely accepted definitions is the use of a three-bit data model
to achieve layer-by-layer fabrication of materials using a specific technical
approach. In principle, the data is restored based on the three-dimensional
physical robust model, and the material combination technology realizes the
shaping of the components.

Compared with traditional manufacturing technology, 3D printing technology
has apparent advantages in data model manufacturing. Its outstanding performance
is the digital manufacturing features concentrated in the manufacturing process
and the layered manufacturing features highlighted in the manufacturing process.
And the focused execution of the stacked manufacturing features reflected in the
manufacturing process. Besides, 3D printing technology also realizes rapid
direct construction due to its 3D data modeling in data processing mode. This
feature makes 3D printing technology break through the constraints of the molds
in the manufacturing process and realizes the direct manufacturing of one
molding.

3D printing powder:

Metal 3D printing materials mainly include titanium-based alloys,
nickel-based alloys, aluminum-based alloys, iron-based alloys, and cobalt-based
alloys. Among them, Luoyang 3dprintingpassion Nano Technology Co., Ltd., which produces 3D
printing powder, is mainly engaged in research and development and production of
various kinds. Metal 3D printing materials have released more than 20 types of
metal 3D printing standard powder products to users all over the world. For the
first time, the metal powder has the excellent performance of "flowing like
water" and competes with famous European and American materials suppliers.

As a rising star metal 3D printing material company, Luoyang 3dprintingpassion has used
four world-class 3D printing powder technology in just two years to develop a
special printing parameter package. The quality is stable, and the performance
is excellent. It meets or exceeds the performance of imported similar products.
It can directly replace imported powder, effectively solving bottlenecks such as
ambiguous powder import, high price, few types, and long cycle. In terms of
quality, the SLM process uses 15-45 micron Ti6Al4V titanium alloy powder as an
example. The Hall flow rate of Luoyang Haorun products is ≤35s/50g, and it
exhibits excellent comprehensive mechanical properties. Based on the
optimization of a new titanium alloy material composition, powder Preparation
and gas content control, effectively help users solve the problem of imported
powder printing cracking technology, achieve replacement, and significantly
reduce the project cycle.

The company has successfully developed nearly 20 kinds of titanium alloys,
nickel-based alloys, cobalt-chromium alloys, stainless steels, die steels,
aluminum alloys and other standard grade powder materials, including
titanium-aluminum intermetallic compounds, nickel-titanium shape memory alloys,
high-strength aluminum alloys, A large number of internationally advanced 3D
printing materials, such as high-entropy alloys, amorphous alloys, and graphene
reinforced composite powders, have compiled more than 20 kinds of metal
standards for laser melting metal powder materials, and participated in the
preparation and review of a number of additive manufacturing aviation industry
standards. And national standards.

It will bring a new experience to the global 3D printing user's powder
selection and materials, fully demonstrating the technical standards and
confidence of China's 3D printing new materials companies, and will surely drive
a batch of new technologies and new products to the international market, and
accelerate development of new materials for 3D printing.

3D printing applications in manufacturing:

Digital manufacturing technology will gradually change the existing models of
traditional centralized mass production to achieve a more distributed model.
Traditional manufacturing models focus on centralized, low-cost mass production
to reduce product costs and gain labor advantages, while distributed models rely
on smaller, flexible, and scalable production capabilities connected to digital
networks. The distributed manufacturing model reduces the length, complexity,
and cost of the supply chain and allows for rapid customization of products and
enhanced local market responsiveness.

Frank Thurston, Ernst & Young's global additive manufacturing director,
said: "From a cost and cost perspective, 3D printing is still not a substitute
for traditional mass production, but in redesigning parts for additional
functionality or integrating a set of parts. In terms of a more complex part, 3D
printing has a unique advantage to promote tailor-made parts or applications
further."

3D printing technology is the heart of distributed manufacturing. The range
of 3D printable materials continues to expand, not only for plastics but also
for metals, resins, and ceramics. 3D printing technology enables more complex
geometries than traditional molding, machining, and casting processes. Although
additive manufacturing technology has been widely used for prototyping, a survey
in 2019 reported that more and more manufacturers have begun to use 3D printing
for full production. The ability to directly prototype 3D printed prototypes or
parts from digital files has spawned a new Manufacturing-as-a-Service (MaaS)
business model that enables manufacturers to expand on-demand manufacturing
services to achieve operational flexibility and reduce business costs.

3D printing will not replace existing traditional manufacturing techniques,
but it will be a new process that goes hand-in-hand with conventional
subtractive manufacturing methods. Flexible product customization capabilities
are better suited to changing consumer needs, lower inventory and logistics cost
requirements, and closer production capacity and shorter lead times. Distributed
production environments offer some of the benefits.

Manufacturing upgrades and the advancement of Industry Upgrade are a
system-level project, and a series of new technologies such as AI, industrial
Internet of Things IIoT, big data, 3D printing, new materials, new batteries,
nanotechnology, and molecular manufacturing will gradually Mature,
market-oriented, entering factories and workshops. Traditional construction will
not disappear, but more efficiently, cleaner, sustainable, and on-demand
production of the goods we need.

TRUNNANO (aka. Luoyang 3dprintingpassion Nano Technology Co. Ltd.) is a trusted global chemical material supplier & manufacturer with over 12 years’ experience in providing super high quality chemicals and Nano materials. The 3D printing metal powder produced by our company has high purity, fine particle size and impurity content. Lower, please contact us if necessary.

(3D Printing Technology and Upgrade Industry Manufacturing Revolution Has Arrived)