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EDUCATION & SCIENTIFIC RESEARCH

Introduction

Introduction

In the research of metal 3D manufacturing process and material application development, universities have deeply participated in and cultivated many professional talents. Many middle and higher vocational colleges have established 3D training centers, opened new majors, cultivated talents, and carried out school-enterprise cooperation to help transform and upgrade local industries. Scientific research units have also begun to conduct in-depth research on 3D manufacturing processes to drive technological upgrades and promote the rapid development of new technology applications.

ADVANTAGES

Metal 3D Printing Advantages

As a state-of-the-art manufacturing process, metal 3D printing is deeply integrated with the education and scientific research industries thanks to its numerous unique advantages. At present, education and scientific research units have begun to conduct in-depth research on metal 3D printing technology and explore its value in the application fields. These fields include new 3D printing process development test, material research and testing, and building a new training platform, opening new disciplines, deep integration of production, teaching and research, and promoting metal 3D printing technology to better serve local enterprises. At the same time, as more 3D printing professionals cultivated, metal 3D printing maturity will be further promoted, and be applied in more fields.

University Partners

University Partners

Recommended HBD Models

Recommended HBD Models

HBD-80
With open systems of all functions, using round base plate, HBD-80 could start printing with a small amount of powder, which is a high cost-effective industrial-grade metal 3D printer. HBD-80 could be applied in building a new type of training platform for education & scientific research, set up new disciplines, conduct industry-university-research cooperation, and new 3D printing process and powder material basic research.
HBD-100
Ergonomic design, rigorous internal structure, and sub-vacuum sealing molding chamber ensure equipment safety and stability. Printed parts are precise in dimensions, with smooth surface and high density. HBD-100 could be applied in the fields of powder metallurgy, dentistry, education and scientific research and customization.
HBD-150 / 150D
With round base plate, HBD-150 is equipped with efficient and safe independent atmosphere purification system, sealed glove structure. It also reserves sealed powder adding and powder clearing holes, which could enable adding powder and clearing powder without opening the chamber door, providing safe and stable titanium printing solutions. HBD-150 could be applied in fields including dentistry, prototype, education and scientific research and customization etc.
HBD-200
With dual laser and dual galvanometer, HBD-200 is equipped with efficient and safe independent atmosphere purification system, sealed glove structure, interface for powder addition and powder cleaning operation, which could enable adding powder and cleaning powder without opening the cabin door, providing safe and stable titanium printing solutions. HBD-200 could be applied in fields including dentistry, prototype, education and scientific research and customization etc.
HBD-280 / 280T
With mainstream forming size, HBD-280 series is equipped with stable and accurate powder recoating system, as well as highly efficient and accurate laser optical path & management system. Collaborating with intelligent sensing and monitoring of system, the series provide all-round feedback. HBD-280 series is designed for die & mold development, medical purposes, education & scientific research, automotive manufacturing etc.

Guangdong Hanbang 3D Tech Co., Ltd.

Tel: +86-760-8996 5021
Address: Hongji e Valley, No.23 Tongji Road West, Nantou, Zhongshan, Guangdong, China 528427

Shanghai Hanbang United 3D Tech Co., Ltd.

Tel: +86-21-3412 6587
Address: #30, No.525 Yuanjiang Road, Minhang District, Shanghai 201109, China

 

Email: sales@hb3dp.com

 

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