Bio 3D printer
Bio-Additive X/PX

Platform-level high-fidelity bio- 3D printing system

Introduction

Designed for interdisciplinary research, clinical transformation and technical service platform.

It is suitable for interdisciplinary research centers, hospitals and service platforms to conduct crossresearch, production and technical services in regenerative medicine, biomaterials, drug screening, organoids and other fields.

Features

• Platform level, integrated support for interdisciplinary research, clinical transformation and technical services——Platform level design, integrated environmental control, printing, monitoring, cultivation (equipped in Bio-Additive PX) and other modules, support multi-disciplinary research, production and technical services.
• Rich functions, support full structure 3D imaging and high fidelity printing——Equipped with MCT technology, real-time printing process monitoring and full structure highresolution imaging, to achieve high-fidelity printing, support product quality control and traceability. Equipped with MTS multi-nozzle technology, supports temperature controlled extrusion, microdrop injection, light curing and other nozzles, which can realize multi-channel collaborative printing of cells, hydrogels, polymers and inorganic materials. The hardware and software system developed based on the requirements of bioprinting provides rich printing path design algorithms, model libraries and control methods.
• Outstanding performance, good print quality——Integrated intelligent ultra-clean control system, fully enclosed high-precision module, to meet the needs of high cleanliness and high-precision printing. Distributed and high-precision temperature control technology equipped with Distributed TC provides fast temperature control, wide range and high precision.
• Good compatibility, high intelligence——HMI for users in various fields, compatible with diverse disciplinary backgrounds and operating habits, can automatically sense and cooperate with user operations, easy to learn and use.