Animal specimens serve as invaluable materials for veterinary and agricultural education, scientific research, natural history education, and art exhibitions. Their long-term preservation directly impacts their value and inheritance. Meiwo Science provides plastinated animal specimens and animal skeletal specimens to veterinary and agricultural colleges. For the maintenance of animal specimens, Meiwo Technology offers a comprehensive approach, covering key aspects such as environmental control, cleaning and dust removal, insect and mold prevention, temperature and humidity regulation, light management, regular inspections, material replacement, and safe storage and display, ensuring the specimens are preserved for a long time and retain their original beauty. Light Avoidance and Ventilation: Ensure the specimen storage area receives soft lighting and avoids direct sunlight to prevent fading and material aging. Maintain good natural or mechanical ventilation to reduce the accumulation of harmful gases. Humidity Control: Use a humidifier or dehumidifier to maintain a relative humidity between 40% and 60%, preventing mold growth due to excessive humidity or cracking due to insufficient humidity. Dusting of Soft Materials: Gently brush away dust from the specimen surface with a soft-bristled brush or microfiber cloth. Avoid direct contact with water or chemical cleaners. Treatment of Stubborn Stains: For stubborn stains, use appropriate cleaning...
GO TO VIEWRealistic animal anatomical models hold multiple core values in veterinary education, significantly improving teaching efficiency and ethical practices. Realistic animal anatomical models transcend the limitations of traditional teaching. Virtual models can be reused endlessly, eliminating the loss and procurement costs of physical specimens. For example, students can use 3D modeling to repeatedly examine the layered structure of a cow’s stomach or the cardiovascular system of a pig without consuming real animals. Furthermore, realistic animal models allow for anatomical practice anytime, anywhere, regardless of laboratory hours or space constraints. VR technology can also simulate the complex dissections of large animals, such as horses and cattle, addressing the challenges of transporting physical specimens. Highly realistic animal anatomical models are typically crafted from high-quality materials to precisely replicate the animal’s anatomical structure. Their highly realistic design accurately reproduces every detail of the animal’s internal structure. From the delicate vascular networks to the intricate muscle fibers, from the subtle nerve distribution to the morphological characteristics of each organ, each model strives to be as realistic as the real thing. This design allows students to clearly observe the inner workings of life without having to interact directly with real animals, forming a direct and profound...
GO TO VIEWWith the continuous advancement of medical education, traditional teaching methods are increasingly unable to meet the demands of modern medical education. Against this backdrop, disassembled, highly simulation anatomy teaching models have emerged as a crucial tool in medical education. This article will explore their role and potential for widespread adoption. Disassembled, highly simulation anatomy models have realistic anatomical structures and detailed surface textures, enabling students to intuitively understand the anatomy of the human body. This three-dimensional learning experience far surpasses textbooks or two-dimensional images, effectively enhancing student learning outcomes. By disassembling and reassembling the models, students deepen their understanding of various organs and tissues and strengthen their memory. Hands-on skills are crucial in medical learning. Disassembled models allow students to practice with them, cultivating their anatomical skills and observation abilities. By personally disassembling and reassembling them, students not only gain a better understanding of organ function but also improve their operative techniques, laying a solid foundation for future clinical practice. Disassembled, highly simulation anatomy models are suitable for various teaching environments, whether in the classroom, in the laboratory, or for independent learning. They meet the needs of students at different levels, easily facilitating learning from basic knowledge to advanced...
GO TO VIEWIn our journey to explore the mysteries of the animal kingdom, animal muscle anatomical models are like exquisite keys, unlocking the door to understanding the mechanisms of life’s movement and internal structures. Whether in the classroom, veterinary clinics, or cutting-edge scientific research and commercial applications, these meticulously crafted models play an irreplaceable role. Educational Cornerstone: Transforming the Abstract into the Concrete with a 3D Classroom Breaking Beyond the Limitations of Two-Dimensional Diagrams: The complex layers and directions of muscles are difficult to clearly visualize in a two-dimensional diagram. 3D models intuitively demonstrate the overlapping relationships and spatial proximity of superficial, intermediate, and deep muscles, allowing students to clearly see, for example, how the trapezius overlies the latissimus dorsi and how the four heads of the quadriceps converge on the patellar tendon. Dynamic Functional Visualization: High-quality models often simulate joint motion, dynamically demonstrating how muscle contraction drives bones to produce flexion, extension, adduction, and abduction, bringing biomechanical principles to life. Observing the coordinated muscle contraction of a horse leg model in a “galloping” position provides a clear understanding of movement mechanisms. Touch enhances memory: Touching the model’s muscle origins and insertions, muscle fiber direction and tendon texture with your own hands....
GO TO VIEWAnatomy is hailed as the cornerstone of medical education, helping future doctors gain a deep understanding of the structure and function of the human body. However, the traditional anatomy teaching model is facing challenges, with students and educators gradually realizing its limitations. The rise of virtual simulation technology is injecting new vitality into anatomy instruction and revolutionizing the way medical students learn. Limitations of Traditional Anatomy Instruction For many years, medical education relied on cadaver specimens in the anatomy laboratory to provide students with a direct anatomical experience. However, over time, this teaching model has exposed numerous challenges. Limited Specimen Resources Cadaver specimens are expensive to obtain, scarce, and subject to complex ethical and legal procedures. This limits each student’s opportunities for hands-on dissection practice, directly impacting the depth of their learning. Limited Space and Time Anatomy laboratories require strict management, and course schedules must be completed within laboratory hours. These limitations significantly limit student learning time and practice opportunities, making it difficult to ensure that every student fully grasps the knowledge. Hygiene and Safety Hazards Handling human specimens involves health risks and special hygiene requirements, placing high demands on environmental control and the safety of both teachers and students....
GO TO VIEWAnimal plastination uses polymer materials to replace water and fat in biological tissues, enabling non-toxic, tactile, and long-term preservation. This offers unique advantages in veterinary education. The advantages of animal plastination in teaching include authenticity and safety. Plastinated specimens preserve the original morphology and structural details of organs (such as the course of blood vessels and nerves), making them more intuitive than traditional immersion specimens. No harmful preservatives like formaldehyde are required, minimizing chemical exposure for both teachers and students. Animal plastination specimens are reusable. Specimens are durable and wear-resistant, allowing for multiple dissections and repetitive teaching. Despite the rise of virtual dissection technology, plastination still provides irreplaceable tactile feedback. Plastinated animal specimens are used in anatomy teaching to demonstrate the three-dimensional relationships between animal muscles, bones, and internal organs. For example, plastinated specimens of dogs and horses clearly illustrate the structure of the locomotor system. Through layered peeling, students can examine the adjacent relationships of organs layer by layer. Plastinated animal specimens are also used in pathology and comparative anatomy to demonstrate pathological organs (such as tumors and deformities), aiding in disease diagnosis and teaching. The anatomical differences between species can be compared (for example, the respiratory systems of...
GO TO VIEWAfter many days of research and testing by the technical anatomy modelers of Meiwo, a soft silicone highly realistic head and neck anatomical model has been completed. The soft silicone highly realistic head and neck anatomical model not only has a realistic appearance but also has a very accurate anatomical structure. The highly realistic head and neck anatomy model is made of food grade soft silicone and paint. The material of soft silicone has passed the SGS certification. In addition, the highly realistic head and neck anatomical model is free of heavy metals such as lead, mercury, cadmium, hexavalent chromium, soluble antimony, soluble arsenic, soluble barium, soluble lead, soluble mercury, and soluble selenium, ensuring stability and durability. It is non-toxic and odorless. The model can be repeatedly bent and cleaned, making it durable, drop-resistant, and easy to disassemble. The highly realistic head and neck anatomical model shows the galea aponeurotica, frontal belly, orbicularis oculi muscle, lacrimal gland, nasal muscle, levator labii superioris muscle, zygomaticus minor muscle, zygomaticus major muscle, masseter muscle, parotid gland, orbicularis oris muscle, depressor anguli oris muscle, mentalis muscle, superficial temporal artery, auriculotemporal nerve, branch of facial nerve from parotid gland, greater auricular nerve, parotid duct, transverse...
GO TO VIEWSectional anatomy is a discipline that combines anatomy and radiology. Through anatomical analysis and study of human body tomography images, the internal structure of human body can be accurately located and described. In the teaching of human anatomy, sectional anatomy has an important position and significance.
GO TO VIEWDo you know about soft silicone anatomy model for medical education? The soft silicone anatomy model is made of environmental silicone rubber. The silicone rubber and its auxiliary chemical products used in medical soft silicone anatomical models have passed ROHS certification to ensure the stability and durability of the models. The soft silicone anatomical models have passed FDA certification, non-toxic and tasteless, accurate structure, realistic shape, can be repeatedly bent, durable, easy to disassemble and clean and so on.
GO TO VIEWWith the development of The Times, more and more medical models have come into people's attention. Besides being used in basic medical anatomy experiments and clinical surgery teaching, medical models are also used in popular science exhibitions such as museums, art galleries and popular science venues. Besides being used in basic medical anatomy experiments and clinical surgery teaching, medical models are also used in popular science exhibitions such as museums, art galleries and popular science venues. These models help people learn some of the necessary first aid techniques and understand the basic structure of the human body.
GO TO VIEWRecently, the China Association for Science and Technology announced the first batch of national science popularization education base recognition list in 2021-2025, The human plastination museum for medical university built by Meiwo science has been selected as the national science popularization education base.
GO TO VIEWIn the process of teaching the theoretical knowledge of animal anatomy in medical colleges, it is necessary to master these knowledge points through repeated dissection, but it is difficult for schools to have a large number of fresh available animal carcasses for teachers and students to practice teaching. In this case, 3D animal virtual anatomy teaching software came into being.
GO TO VIEWDo you know how to make soft silicone anatomical model for medical education? Meiwo will take you through the production process of soft silicone anatomical models.
GO TO VIEWAnimals, like all living things, grow old, get sick and die, and need to be fed and cared for while they are alive. This state of affairs is not easy for zoological research, especially in the early days. Because animals were not easy to keep and died quickly. Therefore, specimens of dead animals can be preserved for a long time, which is conducive to communication and research.
GO TO VIEWHuman anatomy is a very important course in medical teaching class. Under normal circumstances, medical students need to study the human body structure by touching human anatomy specimens and human anatomy models. Most of medical students are afraid of touching the human specimen, but it is not so afraid of the human anatomy model.
GO TO VIEWThere are 206 bones in normal adults, including 51 trunk bones (vertebrae, sternum and ribs), 64 upper limb bones, 62 lower limb bones, 23 skull bones, and 6 auditory ossicles, for a total of 206 bones.
GO TO VIEWHuman specimens refer to whole or partial human specimens used in human anatomy teaching and scientific research. According to books, teaching materials and literature, there are many types of human specimens, including casting specimens, plastinated specimens, tomographic specimens, partial specimens, free specimens, wet specimens, dry specimens, etc. If the specimens are not scientifically classified, it is not conducive to teaching and research, the classification of specimens is of great significance.
GO TO VIEWNew endocrine organs soft silicone anatomy model from Meiwo for medical education as teaching model adopts environmental soft silicone rubber as material, safe, nontoxic, long life, Anti-collision and anti-fall, easy to clean.
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