Product Description

specification:Joint of hand plastinated specimens keeping all the capsules of the joints,showing wrist,intermetacarpal,metacarpophalangeal and interphalangeal joints .

 Exhibition Centre

Meiwo has own exhibition center of science museum for customer visit.You can see various specimens ,models, manikins,etc Joint of hand plastinated specimens.

Company Information

Meiwo Science is a large manufacturer appointed by National Ministry of Education and one of the large model producing factories in China,combination with design ,reasearch and develpoment ,producing,sales,solution,installation, after sales services. The main products is plastinated specimens, teaching models, anatomical models,casting specimens, Pathology specimens ,animal specimens,human skeleton specimens and surgical instruments etc.Joint of hand plastinated specimens.

Fatcory Tour

Histology and embryology and plastination

Belong to the form discipline, histology and embryology are two important basic courses in higher medical education.Histology with the microscope (histology) is the science of normal body micro structure and related function.Its research content includes various tissues, cells, the cells and its molecular structure.Our plastinated specimen has the function, the organizational structure and pure and fresh.Embryology (embryology) is the study from the fertilized egg formation and development for the new individual process and mechanism of science, the research content including germ cells, fertilization and embryo, embryo and the relationship between maternal, congenital malformation, etc.

With the rapid development of science and technology, the modern study of histology and embryology, on the basis of the classical technology further development and application of various new techniques, such as an electron microscope, fluorescence technology, tissue culture, cell fusion, the separation of protein and nucleic extraction and in situ test, molecular recombination and genetic engineering, etc., to constantly enrich the content of the histology and embryology, update, and expand, not only from the overall level, and from the cellular level and molecular level to explore many complex life phenomenon and the relationship between environment and living organisms, as well as the basic questions associated with the disease control and prevention, especially in the late 20th century development and wide application of immunohistochemical and in situ hybridization technique, to deepen the understanding of cell differentiation and function adjustment, make the histologic study of molecular level.Embryology in molecular embryology and reproductive engineering as two hallmarks of its theory and technology progress.Such as regulating cell proliferation and differentiation, cell communication, cell mutation and cancer and its reversal, cell culture and tissue engineering, control, and the mechanism of fertilization in vitro fertilization and embryo transfer, gene regulation in embryonic development, therefore, histology and embryology are in contemporary life science interdisciplinary between overlapping in the network.Our embedding specimens can display the cellular structure, the use of continuous section track observation quantitative analysis with the help of microcomputer and reshape the body shape and internal structure of 3 d reconstruction with a cloth.Meticulous in fine measuring, sawing, hard reset developed under the premise of plastinated  slice rotating embedding, word slice, stay closer to the slice plane and image teaching.

Medical students only have a thorough understanding of the body structure, can thoroughly expounds its function, and reasons for causing the pathological phenomena and processes have a deeper understanding of;Only in the study of human embryology, can truly understand how you came to this world as an individual, its appearance, body, organs, cells have evolved how each system.Demonstrated in clinical application, such as the right track and pregnancy care guidance to pregnant women, prevention, detection and treatment of congenital malformation needs it as a basis.So our company has established the human science museum to reception guests and academic exchanges, let everybody understand the body structure.

Why plastination is born?

1) A strong irritant on the skin, mucous membranes and other internal organs, people  are unbearable and directly impact on learning outcomes, some student show some resistance to it.

2) It is toxic for long term contacts' nervous system and internal organs.

3) Formaldehyde pollution of air and water saving is very inconvenient, formalin (35% -40% aqueous solution of formaldehyde) is noxious liquid, and harm to human health. what's more the specimen can not be stored for a long time, easy damage, especially some structure of specimens would undermine with using time.

4) Specimen is easy to damage, it is inevitable to be a lot of wear and tear in teaching. so it is need to be supplement and update regularly. In this way, it will consume the a lot of bodes but also need skilled technicians spent long time to make the new specimens.