3D BIOPRINTER USING PLANT STEM CELLS APPLIED TO SKIN TISSUE RECREATION FOR FACIAL REJUVENATION AND FACIAL BIOMASK FROM 3D BIOPRINTING

Abstract

A 3D (three dimensional) Bioprinter that uses plant stem cells applied to the recreation of skin tissue for facial rejuvenation, in addition to the facial biomask produced from the 3D bioprinter. The field of application of this utility model patent application is related to the Esthetics and Cosmetology industries. 3D bioprinting with plant stem cells is the latest and most revolutionary treatment for the prevention of aging and facial rejuvenation. It is a one hundred percent natural protocol for recreating the beauty of human skin.

Claims

1) A 3D bioprinter comprising: X-axis Endstop Arm; -axis Endstop Arm; Stainless Steel Plunger; head part 1; head part 5; head part 4; head part 6; stainless steel cap; stainless steel tube; Left Z-axis Support; Left Z-axis Support; Right Side 1; Left Side 1; Left Side 1. 1; Right Side 1. 1; Support Bracket; Y-axis Endstop Support; Y-axis Table Bearing Support; Y-axis Table Bearing Support with Belt Attachment; Y-axis Motor Base; Y-axis Pulley Support; Y-axis Support; Head Part 3; Head Part 2; Cable Support; Head Part 7; Middle Bracket; Right and Left Z-axis Bottom Support.

2) The 3D bioprinter according to claim 1, comprising the following operating stages: a mobile phone with the artificial intelligence application takes a photo and sends it to an application with software used in the application that is developed by java language, where the face is scanned through a photo taken on the spot; where the photo is sent to a database with an algorithm that recognizes the shape of the face, being a pattern of symmetry of the face and promotes face recognition, which can be of geometries: triangular, square, round, oval; where said application sends the information to the 3D Bioprinter; where, after the reading and recognition is performed, the information is sent via wifi to the 3D bioprinter; where said software and hardware used in the 3D bioprinter has an ESP8266 wifi receiver, which is a microcontroller that includes wifi communication capability (Arduino mega 2560 together with RAMPS 1.4); where, through the RAMPS board, these are responsible for converting the information received into a customized biomask.

3) The 3D bioprinter according to claim 1, containing stem cells from green tea.

4) The 3D bioprinter according to claim 1, recreating a skin tissue for facial skin tissue rejuvenation.

5) A facial biomask processed by 3D bioprinter.

6) The facial biomask according to claim 5, wherein the cells used in its fabrication are extracted through an exclusive fermentation and conversion process of the actives in Bionanotechnological format.

7) The facial biomask according to claim 5, wherein printed cells after being placed on the skin and through occlusion, penetrate to the last layer of the skin (Basal layer), thereby having an increase in the germ stem cells of the patient.

Description

DESCRIPTION OF THE FIGURES

[0030] FIGS. 1A, 1B and 1C represent an overview of the 3D bioprinter.

[0031] FIGS. 3A and 3B show the fabrication of the biomask and the application of the biomass on the face.

DETAILED DESCRIPTION OF THE INVENTION

[0032] FIGS. 1A, 1B and 1C represent an overview of the 3D bioprinter, showing: (1) X-axis Endstop Arm; (2) Z-axis Endstop Arm; (3) Stainless Steel Plunger; (4) head part 1; (5) head part 5; (6) head part 4; (7) head part 6; (8) stainless steel cap; (9) stainless steel tube; (10) Left Z-axis Support; (11) Left Z-axis Support; (12) Right Side 1; (13) Left Side 1; (14) Left Side 1. 1; (15) Right Side 1. 1; (16) Support Bracket; (17) Y-axis Endstop Support; (18) Y-axis Table Bearing Support; (19) Y-axis Table Bearing Support with Belt Attachment; (20) Y-axis Motor Base; (21) Y-axis Pulley Support; (22) Y-axis Support; (23) Head Part 3; (24) Head Part 2; (25) Cable Support; (26) Head Part 7; (27) Middle Bracket; (28) Right and Left Z-axis Bottom Support.

[0033] FIG. 2 represents the flowchart for 3D bioprinter use. A mobile phone with the artificial intelligence application (2A) takes a photo (2B) and sends it to an application (2C) with software used in the application that is developed by java language, where the face is scanned using a photo taken on the spot. The photo is sent to a database with an algorithm that recognizes the shape of the face, being a symmetry pattern of the face and promotes facial recognition (3D), which can be of geometries (3E): triangular, square, round, oval. The application (3C) sends the information to the 3D Bioprinter (1). After the reading and recognition is performed, the information is sent via wifi to the 3D bioprinter (3F). The software and hardware used in the 3D bioprinter features an ESP8266 wifi receiver, which is a microcontroller that includes Wi-Fi communication capability (Arduino mega 2560 together with RAMPS 1.4) (3G). Through the RAMPS board (3H), these are responsible for converting the information received into a customized biomask (3I).

[0034] FIGS. 3A and 3B show: the fabrication of the biomask (3A) and the application of the biomass (3A) on the face (3B).

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[0035] The 3D Bioprinter allows cellular bioink of plant origin to be printed in 3D geometry for application in cosmiatry and advanced esthetics.

[0036] The 3D Bioprinter also has an exclusive Artificial Intelligence system that makes a facial scanner installed in the mobile phone of the professional work together with the bioprinter, recognizing patterns of face shapes and creating a mask, tailored to the patient.

[0037] The cells are extracted through an exclusive fermentation and conversion process of the actives in Bionanotechnological format, thus being possible that the printed cells after being placed on the skin and through occlusion penetrate to the last layer of the skin (Basal layer), thereby having an increase in the germ stem cells of the patient.