Located in Jiangsu Province, TPM3D Asia Display & Training and SLS Advanced Materials Print Center, vows to boost the research and development of TPM3D advanced materials and make innovations in the industry application. Also, the Center will bring all Asian customers and partners more visualized SLS process, provid on-the-job training experince.
The Center is composed of industrial application exhibiting area, Advanced Materials Intelligent Printing platform, Medical Sterile Experiment R & D lab, SLS Post-processing Center and Multimedia Conference Area.
Herein, the application exhibiting area showcases diversified print exhibits in such fields as automobile, medical services, consumer electronics, and cultural creativity.
Equipped with more than ten SLS printers, the Industry and Advanced Materials Intelligent Printing Center, focusing on PA6 like and PEEK high-performance polymer materials printing process research, and application and development, joins hands with domestic and overseas strategic partners in the field of polymer materials R & D and manufacturing, to further explore application of SLS advanced materials in medical services, high-end industries, and aerospace.
The Medical Sterile Experiment R & D lab will be dedicated on the medical application to carry out further R & D and production, in a bid to achieve the capacity of designing diverse custom medical equipment and printing the prototypes.
With improvement of its business model and implementation of its R & D project, the TPM3D Asia Display & Training and SLS Advanced Materials Print Center, by virtue of definite positioning and consummate hardware resources, will provide domestic and overseas customers with more abundant SLS printing material systems and more in-depth application solutions. 
 

The 3D Printing Digital Medical Center was set up in cooperation with Zhongshan Chenxinghai Hospital, providing customized and accurate medical devices and service, including 3D image reconstruction, surgical guides and rehabilitation equipments .
Orientation: To build a digital medical benchmarking project in the Pearl River and even in the Great Bay Area of Guangdong, Hong Kong and Macao, to lead the innovative application of medical science and technology .
Facilities: To better serve patients, the center introduced advanced equipment and software, such as EASYSTEPS plantar pressure acquisition system and SPINE3D human clinical posture scanner from staly, TPM3D’s laser sintering 3D printing system, Scantech’s color 3D handheld scanner, French RODIN4D prosthetic orthopedic special repair software and CUBE prosthetic orthosis 3D design software.
Services: The center construction includes three phase, and we can provide orthotic insoles, orthotic pillows, scoliosis braces, knee orthosis ,the application of surgical guide plates for head, pelvis, spine and knee joints and 3D printing of dental braces ,and the development of orthotic standardized implant products.

After years of development, on account of the different applications, six types of TPM3D S-series laser-sintered additive manufacturing system , four types of P-series laser-sintered additive manufacturing system, and more than 10 types of macromolecular powder for manufacturing top-quality parts have been successfully developed for TPM3D brand, with more than 30 national patents. The headquarters is currently set up in Shanghai, as well as a R&D and production base in Zhongshan City of Guangdong Province and a testing center in Texas of the United States.
 
With the increasing popularity of 3D printing technology and the continuous development of 3D printing process varieties and level, TPM3D's laser-sintered additive manufacturing process has been widely recognized in the industry. It is featured in compact equipment volume, the absence of editing support, multi-layer steric parts placement, active full-process temperature management, extensible automatic powder loading function, environmental dust management and multiple models with single interface in the field of industrial-grade 3D printing process for rapid manufacturing and small-scale plastic parts. TPM3D will continue to improve its scientific research strength steadily and make an industry contribution to the aviation, automotive, education and 3D printing services while gaining industry concerns and recognition