Nanoneedles

Made using nano 3D manufacturing technologyNanoneedlesIt can be used for blood collection and epidermal injection of nucleic acid and protein based drugs, overcoming the digestion of proteins by oral drugs. In future medical treatments, patients will experience much less trauma during drug content testing, and the injection efficiency of drugs will be improved. Micro stereolithography technology enablesNanoneedlesThe freedom and precision of production have been greatly improved, the design is more reasonable, and the efficiency has been more than doubled.

At present, relevant papers have been published in the journal Scientific Reports and are expected to enter the clinical trial stage in the next 2 years. Large medical device companies such as 3M in the United States and Nitto Denko in Japan are promoting the practical application of painless injection technology.

Usage: 1. Gene sequencing (low molecular weight glycolic acid injection); 2. Vaccine injection; 3. Hormone injection; 4. Beauty: scar removal, freckle removal, wrinkle removal, whitening, treatment of hair loss, acne, acne, etc; 5. Local anesthesia; 6. Local analgesia; 7. Treatment of eye diseases (chronic diseases such as cataracts); 8. Cancer treatment (especially skin cancer treatment), etc.

Moji Nanotechnology is a high-tech enterprise that integrates research and development, production, sales, and service in the field of three-dimensional micro nano manufacturing. The core R&D team has over ten years of experience in equipment research and development, and is deeply involved in multiple industrial application fields such as biomedicine, optoelectronic communication, new materials, micro nano devices, etc., to create a commercial nanoscale 3D laser lithography direct writing manufacturing system with independent intellectual property rights. Having mature processing techniques applicable to multiple industry scenarios. We can customize and develop personalized equipment and products that meet the production needs of various industries, breaking through the barriers from scientific research to industrial production in fields such as biopharmaceuticals, sensors, optoelectronic chips, and metamaterials. We combine nanoscale manufacturing precision with large-scale production to provide a complete set of professional solutions for precision intelligent manufacturing.