Methacrylic gelatin (GelMA) has been widely used in research fields such as cell 3D culture, tissue engineering, and biological 3D printing due to its good biocompatibility and visible light curing. The GelMA product developed by the team has the advantages of stable batches, fast supply and complete supporting facilities. Since its launch, it has served Harvard, Cambridge, MIT, Hong Kong Polytechnic, Tsinghua University, Peking University, Zhejiang University, Shanghai Jiaotong and other domestic and foreign universities. Hundreds of research groups, research results have been published in Materials Horizons, Small, Biosensors and Bioelctronics, Biofabrication and other well-known journals. In order to meet more scientific research needs, more series of visible light curing hydrogels and supporting research programs are now launched.

1. Cell 3D culture program
For users who use light-cured hydrogels for cell 3D culture, the team is equipped with a controllable and adjustable portable curing light source (BKNM-LS series) and cell culture standard preparation aids (curing ring, BKNM-SCR series), and convenient The GelMA lysate (BKNM-GM-LS series) extracted from cells makes the gel curing operation and subsequent detection more efficient and convenient.

2. Biological 3D printing solution
For users who use light-curing hydrogels for 3D printing, after a lot of ink design and process optimization research, a series of light-curing biological inks (BKNM-BI series) suitable for extrusion printing and light-curing printing are introduced, without the need for cumbersome inks when printing During the preparation and printing debugging process, the ink set can be directly added to the hopper to successfully print.