The future originates from the present, and bio-printing is gradually changing the future of the medical field.
Digital drop-on-demand inkjet technology can meet the needs of industrial marking, label and packaging customization, small batch and high-efficiency production. In addition, we offer a one-stop service from print heads to control solutions, creating greater value for customers.
Constantly pioneering and innovating, blooming unique charm.
Disease diagnosis, individualized treatment
Monoclonal screening of bacterial strains used for research and production
Construction of diagnostic antibody raw material cell strains, construction of detection antibody raw material cell strains
Monoclonal screening of pluripotent stem cells (iPSC, etc.), monoclonal screening of gene-edited cell strains
Monoclonal screening of cells for antibody, vaccine, and recombinant protein production (such as CHO\HEK, etc.), antibody drug discovery: hybridoma monoclonal screening
Single-cell transcriptomics, single-cell proteomics, single-cell multi-omics, tumor heterogeneity
Construction of cell strains for R&D purposes, construction of cell strains for viral vector production
Allergy and inflammation reaction detection, immune and infection detection, cardiovascular health assessment, agricultural field, medical diagnosis, biochip preparation, food and safety detection
Detection of animal and plant diseases, variety identification and genetic breeding
Disease detection and diagnosis, cancer-related detection, genetic disease diagnosis
Shanghai Aurefluidics Technology Co., Ltd.focuses on developing next-generation intelligent microfluidic products with proprietary smart MEMS chip design technology. Leveraging an 8-inch MEMS production line, the company offers design, manufacturing, testing, and service capabilities. Its core technologies include CMOS-MEMS inkjet printing chips, microfluidic design, cell printing, temperature control, and system integration, which are applied in drug development, diagnostics, and treatment. Aurefluidics Technology aims to provide high-performance, reliable microfluidic products for bio-printing, industrial, and consumer applications, delivering comprehensive printing solutions.
Established in
Scientific Research Land
Patent Certificate
Invention Special Project
