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E-mail
cui@nanoscribe.com
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Phone
13917994506
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Address
Room 108, No. 26 Jiafeng Road, Pudong New Area Free Trade Zone, Shanghai
Nano 3D Technology (Shanghai) Co., Ltd. Nanoscribe
cui@nanoscribe.com
13917994506
Room 108, No. 26 Jiafeng Road, Pudong New Area Free Trade Zone, Shanghai
Nanoscribe Quantum X bio
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Biomedical Applications
Realize almost any 3D structure with high printing accuracy and speed, optimize your research with fast design iteration cycles, and broaden your printing material choices with a wide range of biomaterials, bioinks, and biocompatible resins. By using the touch screen equipped with the system, high-precision printing of filamentous and complex three-dimensional structures can be achieved, and they can be intuitively placed into microfluidic channels or pores.
These characteristics makeQuantum X bio bioprinting systemBecoming the best tool for creating microenvironments, customized scaffolds for tissue engineering, cell research, and many other innovative biomedical applications that require high precision, speed, material diversity, and sterility.
Exploring Biomedical Applications
Prepare for live bioprinting
Quantum X bio bioprinting systemHaving the necessary conditions for printing live cells using bio resin materials and maintaining their activity. Explore more exciting new applications such as 3D tissue models, smart materials, or living materials to safeguard you.
A sterile and temperature controlled environment
Use custom bio resin based on hydrogel
Cell compatible wavelength (780 nanometers)
Cell survival rate>90% 1 hour after printing (measured by staining reagents for live and dead cells)
The Quantum X bio system is equipped with Nanoscribe UX optimization software and a validated STL model bioprinting library. By combining real-time monitoring of sensors and video data during the printing process, you can easily obtain printing results and directly use the system's touch screen to upload, start, and monitor printing jobs, and even perform remote operations.

Top left image: Quantum X bio system camera image3D printing of microporous arrays for cell culture
Top right image: Fluorescence microscope imageFluorescent NIH 3T3 cells are attached to a biocompatible scaffold made of IP-S for proliferation
Key Features:
*Exploring live cell printing using customized bio ink
*Aseptic printing conditions are achieved through the use of HEPA filtered airflow, sterile consumables, and high-temperature sterilized components
*An open platform that allows users to use their own customized materials
*Can be directly printed onto cell culture dishes or microscope slides for workflow compatibility
*Equipped with touch screen and remote operating system to achieve high practicality
*High speed 3D microfabrication technology with ultrafast voxel modulation rate
*Sensors and cameras can be used for data collection during the printing process
*Quickly launch and inspire your creativity through STL bioprinting library
*Ideal choice for multi-user devices: modular systems suitable for a wide range of applications