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November 23, 2023
Exploring the Applications of 3D Printers in the Industrial Sector

The introduction will provide an overview of 3D printing technology and discuss its increasing significance in the industrial sector. It will highlight the transformative potential of 3D printers in various industries, setting the stage for the subsequent sections. The Rise of Sand 3D Printers: This section will delve into the concept and working principle of sand 3D printers. It will explore their applications in construction and architecture, such as creating intricate molds, architectural...

November 23, 2023
Revolutionizing Industrial Production: The Rise of Sand 3D Printers

The rapid advancement of 3D printing technology has opened up new possibilities in various industries. Sand 3D Printers, a subtype of Industrial 3D Printers, are gaining attention for their potential to revolutionize industrial production processes. This article explores the future prospects of Sand 3D Printers in the industrial sector, examining their advantages, applications, challenges, and future developments. Advantages of Sand 3D Printers in Industrial Production: Sand 3D Printers offer...

October 13, 2023
FHZL's 5th generation Smart Sand 3D Printer

FHZL's 5th generation Smart Sand 3D Printer is an advanced machine with powerful automation capabilities. It is capable of continuously or simultaneously 3D printing sand parts, providing users with efficient and accurate printing solutions. This smart sand 3D printer utilizes the latest technology and innovative design to deliver outstanding performance and reliability. Its automation capability enables users to print multiple sand parts at once without manual operation or intervention. This...

September 25, 2023
Sand 3D Printing Technology Will Revolutionize Manufacturing

With the rapid development of science and technology, 3D printing technology is gradually penetrating into various industries, the most notable is its application in the manufacturing industry. Recently, a new type of equipment called "Sand 3D printer" has attracted widespread attention in the industry. This kind of Industrial 3D printers uses gravel as raw material, can print out a variety of complex products in a short period of time, which will undoubtedly bring revolutionary changes to the...

September 25, 2023
Advantages of Industrial 3D Printers in Manufacturing

Industrial 3D printers, also known as additive manufacturing technologies, have revolutionized manufacturing. They have opened up a new realm of product design and manufacturing, bringing with them a number of advantages that traditional manufacturing methods can't match. Here are some of the key features of industrial 3D printers that make them stand out. 1. Design Flexibility: One of the most significant advantages of 3D printers is their ability to produce complex geometries and designs that...

September 05, 2023
The differences between metal 3D printer and sand 3D printer

Sand 3D printers and metal 3D printers are two different types of industrial 3D printer that differ significantly in terms of the materials they print, the applications they are used for, and the printing process. First of all, sand 3D printers are mainly used to print sand or similar materials, while metal 3D printers are specialized in printing metal materials. Sand 3D printers work by mixing fine-grained sand or stone powder with a binder and then building it up layer by layer to eventually...

August 17, 2023
The Current State of Metal 3D Printing Technology in Manufacturing

In recent years, with the rapid development of 3D printing technology, metal 3D printing technology, as an important innovative technology, has found wide application in the manufacturing industry. Metal 3D Printer can not only improve production efficiency and reduce costs, but also realize the manufacture of complex structures, which has brought great changes to the manufacturing industry. First of all, metal 3D printing technology has a wide range of applications in the manufacturing...

March 09, 2023
University of Michigan collaborates with Stratasys to develop orthopedic additive manufacturing solutions

A few days ago, the University of Michigan worked with Altair Engineering and Stratasys to form the CYBER team. The team recently commissioned and funded America Makes, a national innovation researcher for additive manufacturing , to develop a solution that will use 3D printing and Industry 4.0 to transform the ankle-foot orthosis ( AFO) design, comfort, usability and customization. To do this, the CYBER team will develop a digital process for additive manufacturing (AM) design that will be...

March 09, 2023
Analysis: Ultrasonic Additive Manufacturing Technology

In recent years, a new ultrasonic additive manufacturing technology has been developed in foreign countries. It uses high-power ultrasonic energy and uses metal foil as a raw material to utilize the heat generated by the vibration between the metal layer and the layer to promote interdiffusion of metal atoms between the interfaces. The interface solid-state physical metallurgy combines to realize the additive manufacturing and forming of the metal strip layer by layer. At the same time, the...

March 08, 2023
Laser Additive Manufacturing Modular Equipment Kit is about to be launched

Concept Laser, a company focused on laser melting and 3D printing , is developing a modular kit for laser additive manufacturing - the AM Factory of Tomorrow (translated for tomorrow's additive manufacturing plant). The kit is intended to integrate the modular concept of additive manufacturing technology into the production environment and will be available later in 2016. The company claims that the kit consists of modular equipment and machines that enable the best integration of additive...

March 08, 2023
Comprehensive analysis of arc additive manufacturing technology

Additive manufacturing (Additive Manufacturing, AM) technology is based on the discrete - accumulation principle, the part driven by the three-dimensional data, a method of rapid prototyping material layer by layer the accumulated technology manufacturing solid parts. The biggest advantage of this forming method is that it can form, reduce the process and shorten the product manufacturing cycle without the need of traditional tools. It is especially suitable for the manufacture of low-cost and...

March 08, 2023
Baudick introduces multi-material additive manufacturing technology combined with post-processing and 3D printing

Manufacturing functionally integrated components with complex geometries is one of the main advantages of 3D printing technology , but 3D printed components also face the challenge of improving the internal and surface quality of the part. Post-processing 3D printed parts is an effective way to improve surface quality. Heat treatment is a controlled process used to alter the microstructure of metals, alloys, and the like. British Baudick introduced the new Powdermet technology to combine metal...

March 07, 2023
Additive manufacturing has a new turboprop engine as GE Aviation

GE Aviation announced today its new turboprop engine. The engine has been selected by Textron Airlines to power its new single-engine turboprop (SETP). Textron Aviation and GE today announced the aircraft-engine joint project at the National Business Aviation Association's annual show. The 1300-axis horsepower turboprop is GE's first model in a line of engines for the GM and business aviation markets in the 850-1,600-horsepower range. The new engine features an industry-leading total...

March 07, 2023
NIST develops additive manufacturing measurement platform (AMMT) to monitor metal 3D printing processes in real time

The National Institute of Standards and Technology (NIST) is developing and testing a custom 3D printer , the Additive Manufacturing Metering Test Platform (AMMT), which optimizes metal 3D printing technology . With this printer, researchers have complete control over the printing process for in-depth, in-depth research. This research will help produce new monitoring and metrology tools for metal 3D printing . With the advancement of 3D printing technology in the manufacturing field, a large...

March 07, 2023
Titanium alloy 3D printing has become a trend in the new machine additive manufacturing

Two years ago, a drone named "SULSA" was born and shocked the world. “SULSA” was designed and manufactured by two young engineers at the University of Southampton, UK. In addition to the motor for driving, all components, including the wing, integral control surface and hatch, were “printed” out in 2 days. of. That is to say, in just two years, 3D printing technology has been applied to military and aerospace fields, and high-cost fighters and carrier-based aircraft can also be...

March 06, 2023
GF processing solutions and EOS launch new additive manufacturing solutions

GF processing solutions, as a consistent leader in innovative solutions, recently launched the AgieCharmilles AM S 290 metal powder additive processing machine with EOS, a leading additive manufacturing company. Based on the proven EOS M 290 Direct Metal Laser Sintering (DMLS) system, the machine combines the application characteristics of the tooling manufacturing field to integrate the overall solution through the core of design and manufacturing, aiming to further improve the efficiency of...

March 06, 2023
Additive manufacturing injection advantage 3D printing car big summary

In the current automotive field, the most advanced technology is undoubtedly unmanned, and in addition to driverless, new energy vehicles are the future direction of the entire market. But to be honest, although these two directions seem to be very good, but there is still a long way to go if you want to be able to become universal or mature. In fact, in addition to electric vehicles and driverless technology, there are many other technologies that can be quickly applied or actually have full...

March 06, 2023
Additive manufacturing breakthrough innovative 3D printing pen can also transform 3D printer

Those who have played 3D printing pens should notice three things: first, the 3D printing pen is very fun; second, the price is cheap; third, the human arm is too low precision compared to digital instructions. So the question is, if the 3D pen is controlled by the computer? Recently Tinkernut gave an answer - transforming the 3D pen into a complete printer. With the continuous breakthroughs and innovations in additive manufacturing technology, more and more people are beginning to have a...

March 05, 2023
Formnext 2015 additive manufacturing eye-catching to create a unique mold

The formnext 2015 exhibition, which will be held in Frankfurt, Germany from November 17th to 20th, will show visitors the great potential of additive manufacturing for production. The organizers said that the latest research results show that additive manufacturing will be used for faster products. Development and manufacturing. Not only that, but the hybrid manufacturing technology of additive manufacturing and traditional metal cutting also brings a new product manufacturing solution....

March 05, 2023
Five leading applications of global additive manufacturing technology

No matter which new high-end technology, the ultimate destination is to participate in product service, 3D printing is no exception. With the gradual advancement of this technology, 3D printing has been widely used in automobiles, ships, aerospace and electronics, and mechanical products. Today, we have seen that the world's major companies have begun to officially apply 3D printing to their own production and design, and created a wide range of market effects! Auto parts giant Delphi CLIP...

March 05, 2023
US Navy applies additive manufacturing technology to reduce shipbuilding costs

Additive manufacturing (AM) is quickly becoming a versatile tool to reduce manufacturing costs. To support the construction of the US Navy's naval platform, the Naval Metalworking Center (NMC) is currently working on the ManTech project to apply additive manufacturing technology to the manufacturing of Visual Aids for construction, planning, and staging, and for temporary components and stakeouts. Production aids, etc., to verify and demonstrate the cost and time benefits of additive...

March 04, 2023
Additive manufacturing technology makes Hawker Typhoon fighters regain their former glory

For nearly two decades, the "Jet Age" Aviation Museum in Gloucester, England, has been working to restore the famous British aircraft during the Second World War, the Hawker Typhoon, and Gloucester is the birthplace of the aircraft. The museum has worked hard to find a competent engineering company, hoping to re-create the complete cockpit bracket based on the original design drawings of 1938 in the absence of manufacturing details. After careful screening, they finally found...

March 04, 2023
Renishaw officially announces its new partners and distributors of additive manufacturing technology solutions in China

As the world's leading manufacturer of metal 3D printing equipment, Renishaw is pleased to announce the signing of a cooperation agreement with China's FalconTech Co., Ltd. (hereinafter referred to as “Fei Kang”). The company is a Chinese partner and distributor of Renishaw's additive manufacturing (AM) technology solutions. Located in Wuxi, Jiangsu Province, China, Feikang is a technology innovator that provides rapid manufacturing services for high-performance 3D components for...

March 04, 2023
The United States develops revolutionary additive manufacturing carbon fiber parts

Oak Ridge National Laboratory and Impossible Objects announced that they have developed collaborative research and development agreements based on Impossible Objects' (CBAM) composite additive manufacturing technology. Impossible Objects processes are similar to fused deposition modeling (FDM) technology, but directly with FDM The technique is printed on a fiberboard, as different materials are stacked on an empty print bed. Through this printing process, the machine stacks layers of...

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