High-precision continuous sectional optical images of two complete specimens of men and women were collected by frozen milling. The specimens were all organic lesions and missing continuous sectional data of Chinese human body. The 3D printing model of digital human high-definition faults was made by 3D printing technology. The 3D printing model of faults is composed of 175 females and 174 males. The standard spacing of faults is 10 mm and the thickness of faults is 3 mm. The print scale is 1.2:1 amplification. (Product customization with arbitrary spacing and magnification is acceptable. Printing models of sagittal and canopy surfaces will be introduced in the future.)This series of products have the advantages of "high-quality specimen, clear structure, clear bilingual labeling, no color change, easy preservation and repeated use", which greatly enriches the teaching means and provides a powerful impetus for the progress of anatomy teaching.

120kg

Medical Education Continuous Sectional Human Body Tomographic Visible 3D Printing Models
CHL-3Ds

High-precision continuous sectional optical images of two complete specimens of men and women were collected by frozen milling. The specimens were all organic lesions and missing continuous sectional data of Chinese human body. The 3D printing model of digital human high-definition faults was made by 3D printing technology. The 3D printing model of faults is composed of 175 females and 174 males. The standard spacing of faults is 10 mm and the thickness of faults is 3 mm. The print scale is 1.2:1 amplification. (Product customization with arbitrary spacing and magnification is acceptable. Printing models of sagittal and canopy surfaces will be introduced in the future.)This series of products have the advantages of "high-quality specimen, clear structure, clear bilingual labeling, no color change, easy preservation and repeated use", which greatly enriches the teaching means and provides a powerful impetus for the progress of anatomy teaching.
Product Advantages
1.    Solve the problem of insufficient teaching resources.
2.    Select high-quality human body tomography data.
3.    High-definition scanning, high definition, realistic color.
4.    Meet the use of multiple fields.
5.    More continuous data, cost less.
6.    No pollution, easy to save, easy to maintain.
Human body tomography specimens are very important teaching tools in anatomy teaching. Traditional humanbody tomography specimens have some disadvantages, for example, "lack of high quality specimens, unclearstructure, fading, expensive, rare in quantity, difficult to keep, and toxic and volatile".The human tomographic image is the basis for the 3D reconstruction of the human body, and the magnitude ofthe information of the tomographic image directly affects the accuracy of the 3D reconstruction. Because of today's technology, we don' t have many methods to get human tomographic, and this will have various deficiencies in traditional anatomical teaching tools.
Product Introduction
High-precision continuous tomographic optical images of twocomplete specimens of men and women were collected by milling.The specimens were continuous human tomographic data with noorganic lesions and no missing, digital human HD tomographic 3Dprinting model by 3D printing technology. The 3D printing modeluses a combination of superior and inferior surfaces to print a continuous section with a standard section spacing of 10 mm, a section thickness of 3 mm, 175 sheets of women, 350 sections, and180 sheets of male and 360 sections.. The print ratio is 1.2:1 (Product customization at any pitch and magnification is acceptable,the sagittal plane and coronal plane will come out later).The digital human high-definition tomographic 3D printing modelhas higher definition than traditional tomographic specimens, andbecause of the freezing mill method, the structure is complete andeasier to identify. Each tomographic print model is marked with Chinese and English.