Nanjing Changjiang Industrial Technology Research Institute Co., Ltd.南京长江工业技术研究院有限公司
Company IntroductionNanjing Changjiang Industrial Technology Research Institute Co., Ltd. is a state-owned enterprise jointly established by Nanjing University of Aeronautics and Astronautics and Nanjing Liuhe District People's Government. Since its establishment, the company has incubated a total of 8 research institutes and 13 scientific and technological innovative enterprises, and promoted the construction of the State Key Laboratory of Mechanics and Control For Aerospace Structures, the State Key Laboratory of Advanced Forming Technology and Equipment, and the State Key Laboratory of Intelligent Manufacturing System Technology. It has been approved as Nanjing Major Project, Jiangsu Graduate Work Station, Nanjing Postdoctoral Innovation Practice Base, etc.,
Team Introduction
Focusing on advanced composite additive manufacturing, We have extensive experience in composite material design, precise control of additive manufacturing, and testing and evaluation of printed parts.We have applied for more than 60 national invention patents, authorized 22 national invention patents, authorized 2 U.S. invention patents, and developed a series of filament forming equipment and additive manufacturing equipment. We are committed to providing customers with customized and systematic solutions for advanced composite manufacturing.
Team Members :100+
PhD R&D staff : 25
Master's degree R&D staff: 42
product presentation
Desktop - additive manufacturing equipment
Desktop printers (Composfree-300 series) are committed to software/hardware collaborative innovation, using minimalist design, integration of advanced self-developed path planning software, through the short/continuous fiber highly customized path planning and design. Support precise forming of short/continuous fiber composite materials. Powerful tool for researchers innovation in the field of short/continuous fiber composite additive manufacturing technology.
Main Feature
01 Professional - Dual nozzles support short/continuous fiber forming
02 Openness - extensive support for market-oriented and customized filaments
03 Portability – lightweight and space saver
main performance
Equipment size 722×478×567mm
Printing size 300×200×150mm
Bed temperature 100℃
Maximum nozzle temperature 275℃
Maximum print speed 80mm/s
Interactive control 7-inch touch display
Matrix materials PLA, PA, ABS, etc
Fiber materials sCF, cCF, sGF, cGF, etc
auxiliary functions Automatic leveling/cut-off detection/ remote monitoring
Path planning SoftwareHighly designable fiber path planning software
Print display
Industrial - additive manufacturing equipment
The industrial printers (Composfree-500 series)- are industry-leading products due to their outstanding ability to print high performance composites (CF/PEEK and CF/PEKK etc.). The printers are equipped with liquid-cooled high-temperature dual printing nozzle, combined with controllable high-temperature environmental temperature and printing bed temperature.
Main Feature
01 Professional - Dual nozzles support short/continuous fiber collaborative forming
02 High performance - high environmental temperature suitable for PEEK, PEKK printing
03 Openness - extensive support for market-oriented and customized filaments
04 Flexibility - supporting highly designable fiber path planning software
main performance
Equipment size1690×1420×2008mm
Printing size500×500×400mm
Bed temperature 150℃
Maximum nozzle temperature 475°℃/475℃
Environmental temperature 150℃
Maximum print speed 100mm/s
Interactive control 7-inch touch display
Matrix materials PEEK, PEAK, PA, ABS, etc
Fiber materials sCF, cCF, sGF, cGF, etc
auxiliary functions Automatic leveling/cut-off detection/remote monitoring
Path planning Software
Highly designable fiber path planning software
Print display
Short/continuous fiber path planning software
Short/continuous fiber path planning software supports highly user-customized fiber path planning. Two slicing methods, general method and advanced method, are available for users to meet various needs. The general method enables users to rapidly achieve path planning and printing. The advanced method is suitable for highly-designable fiber path planning to meet specific requirements.
Forming Strategy
Main Feature
01 Highly designable fiber path planning algorithm
02 Partitioned path planning algorithm
03 Locally installed
contact us：
website: http://www.cjitri.com/
tel：025-57750557
E-mail：cjitri@cjitri.com
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