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WKM Biological Model

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WKM 1.52 m (5 Feet) High White PVC Articulated Human Skeleton on Stand KTBR386

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WKM 1.52 m (5 Feet) High White PVC Articulated Human Skeleton on Stand KTBR386

By WKM

₹4,837 ~~₹9,000~~

You save ₹4,163!

46.26% OFF

WKM 5 Feet High White PVC Articulated Human Skeleton on Stand KTBR386 is a highly valuable and anatomically accurate tool used in laboratories, educational institutions, medical facilities, and research settings. It is a life-sized model that replicates the human skeletal system, including bones, joints, and major anatomical landmarks. The skeleton is mounted on a stand or base, allowing it to be positioned in various poses and orientations for study and demonstration.
The articulated human skeleton is an essential educational aid for teaching anatomy, physiology, and biomechanics. It provides a tangible and three-dimensional representation of the human skeletal system, enabling students and healthcare professionals to visualize the structure and spatial relationships of bones within the body.
By interacting with the articulated skeleton, learners can study bone names, identify anatomical features, and understand joint movements. This hands-on approach enhances the learning experience and facilitates a deeper understanding of the complexities of the human body.
In medical and healthcare training, the articulated human skeleton is instrumental in learning about skeletal injuries, joint disorders, and the mechanics of movement. It allows medical students and practitioners to practice identifying bones, locating specific landmarks, and understanding the articulation and range of motion at different joints.
The articulated skeleton is also beneficial in forensic science and forensic anthropology. It aids in the study of human remains, helping experts determine the age, sex, and other characteristics of unknown individuals based on the bones' morphology.
In research settings, the articulated human skeleton is used to conduct biomechanical studies and investigate how the skeletal system responds to various forces and stresses. This research is particularly relevant in fields like sports science, ergonomics, and orthopedics.
The quality and accuracy of the articulated human skeleton are critical for effective teaching and research. These models are often made from durable materials like PVC or high-quality plastics, ensuring longevity and resistance to wear and tear.
In summary, the articulated human skeleton serves as an indispensable tool in laboratories and educational settings. Its realistic representation of the human skeletal system facilitates comprehensive learning, enhances medical training, and supports research in diverse scientific disciplines. As a foundational resource for anatomical studies, the articulated human skeleton continues to play a crucial role in advancing knowledge and understanding of the human body.

WKM 21 inch Tall PVC Human Vertebral Column Anatomy Spine Model KTN477

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WKM 21 inch Tall PVC Human Vertebral Column Anatomy Spine Model KTN477

By WKM

₹2,949 ~~₹4,400~~

You save ₹1,451!

32.98% OFF

WKM 21 inch Tall PVC Human Vertebral Column Anatomy Spine Model KTN477 is a representation or simulation of a biological system or process, typically designed to aid in scientific understanding, experimentation, and education. These models provide researchers, students, and scientists with a simplified yet meaningful way to study complex biological phenomena and explore the intricacies of living organisms.
Biological models can take various forms, ranging from physical three-dimensional models to computer-based simulations. Some common types of biological models include:
Anatomical Models: These are physical replicas of body parts or organs, often made from materials like plastic or rubber, used to study the structure and function of specific organs or systems in the body.
Cell Models: Physical or digital models representing cells, the basic units of life, allowing researchers to examine cellular structures, organelles, and processes.
Molecular Models: Three-dimensional representations of molecules, such as proteins, DNA, and RNA, used to study their structures and interactions.
Organism Models: These can be physical or virtual representations of whole organisms, ranging from small animals to plants, enabling researchers to study their behavior, anatomy, and physiology.
Ecological Models: Computer simulations used to understand and predict the dynamics of ecological systems, population growth, and interactions between species.
Biological models play a crucial role in laboratories and scientific research:
Education: Biological models are powerful tools for teaching and learning, helping students visualize and grasp complex biological concepts in a more accessible way.
Experimentation: Models can be used to simulate biological processes and phenomena that may be difficult or impractical to study directly in living organisms.
Hypothesis Testing: Researchers can use models to test hypotheses and theories before conducting experiments on actual living organisms, saving time and resources.
Drug Development: Biological models, such as cell cultures or animal models, are essential in drug discovery and testing, providing insights into the effects of pharmaceutical compounds.
While biological models offer valuable insights, it is crucial to recognize their limitations. Models are simplifications of reality and may not fully represent the complexity of actual biological systems. Therefore, experimental results obtained from models must be validated and further explored through empirical studies in living organisms to ensure their relevance and reliability.
In conclusion, biological models are indispensable tools in laboratories, enhancing scientific understanding, enabling experimentation, and facilitating education in various branches of biology. They bridge the gap between theory and practice, aiding researchers and students in exploring the wonders of the living world and advancing our knowledge of life's intricacies.

WKM 1.52 m (5 Feet) High PVC Dis Articulated Human Skeleton Anatomical Model KTBR307

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WKM 1.52 m (5 Feet) High PVC Dis Articulated Human Skeleton Anatomical Model KTBR307

By WKM

₹3,303 ~~₹7,999~~

You save ₹4,696!

58.71% OFF

WKM 5 feet High PVC Dis Articulated Human Skeleton Anatomical Model KTBR307 is a collection of bones that have been separated or disconnected from each other. This can occur naturally through decomposition or as a result of intentional dissection for educational or research purposes. The disarticulated skeleton provides a unique opportunity for studying the human skeletal system in a more detailed and comprehensive manner.
The disarticulated human skeleton consists of approximately 206 bones, each with its own distinct shape, size, and function. These bones can be categorized into two main divisions: the axial skeleton and the appendicular skeleton. The axial skeleton includes the skull, vertebral column, and rib cage, while the appendicular skeleton comprises the bones of the upper and lower limbs, as well as the shoulder and pelvic girdles.
Studying a disarticulated human skeleton allows for a closer examination of each bone individually, enabling a better understanding of its anatomical features and functions. This knowledge is crucial for various fields, including anthropology, forensic science, and medical education. By observing the disarticulated skeleton, researchers can identify specific bones, study their articulations, and analyze any abnormalities or pathologies present.
Moreover, the disarticulated human skeleton serves as a valuable tool for teaching and learning purposes. It allows students to handle and examine each bone separately, facilitating a hands-on approach to understanding human anatomy. This method enhances spatial awareness and helps students develop a three-dimensional understanding of the skeletal system.
In addition to educational purposes, the disarticulated human skeleton is also utilized in forensic investigations. Forensic anthropologists can analyze the bones to determine the age, sex, and stature of an individual, as well as identify any signs of trauma or disease. This information can be crucial in criminal investigations or identifying human remains in mass disasters.
In conclusion, the disarticulated human skeleton provides a comprehensive and detailed view of the human skeletal system. Its study aids in understanding the structure, function, and pathology of bones, benefiting various fields such as anthropology, forensic science, and medical education. By examining each bone individually, researchers and students can gain a deeper understanding of human anatomy and develop important skills for their respective disciplines.

WKM 1.71 m (5.6 Feet) Tall PVC Articulated Human Skeleton Model for Educational Purpose

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WKM 1.71 m (5.6 Feet) Tall PVC Articulated Human Skeleton Model for Educational Purpose

By WKM

₹22,419 ~~₹34,000~~

You save ₹11,581!

34.06% OFF

WKM 5.6 Feet Tall PVC Articulated Human Skeleton Model for Educational Purpose is a representation or simulation of a biological system or process, typically designed to aid in scientific understanding, experimentation, and education. These models provide researchers, students, and scientists with a simplified yet meaningful way to study complex biological phenomena and explore the intricacies of living organisms.
Biological models can take various forms, ranging from physical three-dimensional models to computer-based simulations. Some common types of biological models include:
Anatomical Models: These are physical replicas of body parts or organs, often made from materials like plastic or rubber, used to study the structure and function of specific organs or systems in the body.
Cell Models: Physical or digital models representing cells, the basic units of life, allowing researchers to examine cellular structures, organelles, and processes.
Molecular Models: Three-dimensional representations of molecules, such as proteins, DNA, and RNA, used to study their structures and interactions.
Organism Models: These can be physical or virtual representations of whole organisms, ranging from small animals to plants, enabling researchers to study their behavior, anatomy, and physiology.
Ecological Models: Computer simulations used to understand and predict the dynamics of ecological systems, population growth, and interactions between species.
Biological models play a crucial role in laboratories and scientific research:
Education: Biological models are powerful tools for teaching and learning, helping students visualize and grasp complex biological concepts in a more accessible way.
Experimentation: Models can be used to simulate biological processes and phenomena that may be difficult or impractical to study directly in living organisms.
Hypothesis Testing: Researchers can use models to test hypotheses and theories before conducting experiments on actual living organisms, saving time and resources.
Drug Development: Biological models, such as cell cultures or animal models, are essential in drug discovery and testing, providing insights into the effects of pharmaceutical compounds.
While biological models offer valuable insights, it is crucial to recognize their limitations. Models are simplifications of reality and may not fully represent the complexity of actual biological systems. Therefore, experimental results obtained from models must be validated and further explored through empirical studies in living organisms to ensure their relevance and reliability.
In conclusion, biological models are indispensable tools in laboratories, enhancing scientific understanding, enabling experimentation, and facilitating education in various branches of biology. They bridge the gap between theory and practice, aiding researchers and students in exploring the wonders of the living world and advancing our knowledge of life's intricacies.

WKM 21 inch Tall Multicolor PVC Human Vertebral Column Anatomy Spine Model for Educational Purpose

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WKM 21 inch Tall Multicolor PVC Human Vertebral Column Anatomy Spine Model for Educational Purpose

By WKM

₹3,185 ~~₹6,543~~

You save ₹3,358!

51.32% OFF

WKM 21 inch Tall Multicolor PVC Human Vertebral Column Anatomy Spine Model for Educational Purpose is a representation or simulation of a biological system or process, typically designed to aid in scientific understanding, experimentation, and education. These models provide researchers, students, and scientists with a simplified yet meaningful way to study complex biological phenomena and explore the intricacies of living organisms.
Biological models can take various forms, ranging from physical three-dimensional models to computer-based simulations. Some common types of biological models include:
Anatomical Models: These are physical replicas of body parts or organs, often made from materials like plastic or rubber, used to study the structure and function of specific organs or systems in the body.
Cell Models: Physical or digital models representing cells, the basic units of life, allowing researchers to examine cellular structures, organelles, and processes.
Molecular Models: Three-dimensional representations of molecules, such as proteins, DNA, and RNA, used to study their structures and interactions.
Organism Models: These can be physical or virtual representations of whole organisms, ranging from small animals to plants, enabling researchers to study their behavior, anatomy, and physiology.
Ecological Models: Computer simulations used to understand and predict the dynamics of ecological systems, population growth, and interactions between species.
Biological models play a crucial role in laboratories and scientific research:
Education: Biological models are powerful tools for teaching and learning, helping students visualize and grasp complex biological concepts in a more accessible way.
Experimentation: Models can be used to simulate biological processes and phenomena that may be difficult or impractical to study directly in living organisms.
Hypothesis Testing: Researchers can use models to test hypotheses and theories before conducting experiments on actual living organisms, saving time and resources.
Drug Development: Biological models, such as cell cultures or animal models, are essential in drug discovery and testing, providing insights into the effects of pharmaceutical compounds.
While biological models offer valuable insights, it is crucial to recognize their limitations. Models are simplifications of reality and may not fully represent the complexity of actual biological systems. Therefore, experimental results obtained from models must be validated and further explored through empirical studies in living organisms to ensure their relevance and reliability.
In conclusion, biological models are indispensable tools in laboratories, enhancing scientific understanding, enabling experimentation, and facilitating education in various branches of biology. They bridge the gap between theory and practice, aiding researchers and students in exploring the wonders of the living world and advancing our knowledge of life's intricacies.

WKM 1.52 m (5 Feet) PVC Articulated Human Skeleton Model with Stand KTN475

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WKM 1.52 m (5 Feet) PVC Articulated Human Skeleton Model with Stand KTN475

By WKM

₹4,483 ~~₹10,500~~

You save ₹6,017!

57.3% OFF

WKM 5 feet PVC Articulated Human Skeleton Model with Stand KTN475 is a representation or simulation of a biological system or process, typically designed to aid in scientific understanding, experimentation, and education. These models provide researchers, students, and scientists with a simplified yet meaningful way to study complex biological phenomena and explore the intricacies of living organisms.
Biological models can take various forms, ranging from physical three-dimensional models to computer-based simulations. Some common types of biological models include:
Anatomical Models: These are physical replicas of body parts or organs, often made from materials like plastic or rubber, used to study the structure and function of specific organs or systems in the body.
Cell Models: Physical or digital models representing cells, the basic units of life, allowing researchers to examine cellular structures, organelles, and processes.
Molecular Models: Three-dimensional representations of molecules, such as proteins, DNA, and RNA, used to study their structures and interactions.
Organism Models: These can be physical or virtual representations of whole organisms, ranging from small animals to plants, enabling researchers to study their behavior, anatomy, and physiology.
Ecological Models: Computer simulations used to understand and predict the dynamics of ecological systems, population growth, and interactions between species.
Biological models play a crucial role in laboratories and scientific research:
Education: Biological models are powerful tools for teaching and learning, helping students visualize and grasp complex biological concepts in a more accessible way.
Experimentation: Models can be used to simulate biological processes and phenomena that may be difficult or impractical to study directly in living organisms.
Hypothesis Testing: Researchers can use models to test hypotheses and theories before conducting experiments on actual living organisms, saving time and resources.
Drug Development: Biological models, such as cell cultures or animal models, are essential in drug discovery and testing, providing insights into the effects of pharmaceutical compounds.
While biological models offer valuable insights, it is crucial to recognize their limitations. Models are simplifications of reality and may not fully represent the complexity of actual biological systems. Therefore, experimental results obtained from models must be validated and further explored through empirical studies in living organisms to ensure their relevance and reliability.
In conclusion, biological models are indispensable tools in laboratories, enhancing scientific understanding, enabling experimentation, and facilitating education in various branches of biology. They bridge the gap between theory and practice, aiding researchers and students in exploring the wonders of the living world and advancing our knowledge of life's intricacies.

WKM PVC Disarticulated Human Skeleton Model for Educational Purpose, Q2-2DUY-OZSY (Pack of 201 Pcs)

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WKM PVC Disarticulated Human Skeleton Model for Educational Purpose, Q2-2DUY-OZSY (Pack of 201 Pcs)

By WKM

Pack of 201 piece

₹20,059 ~~₹25,000~~

You save ₹4,941!

19.76% OFF

The WKM PVC Disarticulated Human Skeleton Model for Educational Purpose Q2-2DUY-OZSY is a comprehensive and valuable tool designed to aid in the study and understanding of human anatomy. This anatomical model consists of 201 individual pieces, representing the bones of the human skeleton in a disarticulated form. The term "disarticulated" means that the bones are separated from each other, allowing for a detailed examination of each bone independently.
The skeleton model is made from PVC (polyvinyl chloride), a durable and lightweight material commonly used in anatomical models. PVC is an excellent choice for this type of educational tool as it can accurately replicate the appearance and features of real human bones while remaining easy to handle and transport.
The pack of 201 pieces includes all the major bones of the human skeleton, including the skull, vertebrae, ribs, pelvis, arms, and legs. Each bone is meticulously crafted to resemble its natural counterpart, with accurate anatomical details and proportions. This high level of detail allows students, medical professionals, and educators to examine and learn about the intricacies of human skeletal structure.
The disarticulated nature of the model allows for hands-on learning experiences. Students can physically manipulate and assemble the bones, gaining a deeper understanding of the connections and relationships between different skeletal components. This interactive approach enhances learning and retention, making it an invaluable tool for anatomy classes and medical training.
The WKM PVC Disarticulated Human Skeleton Model is widely used in educational institutions, medical schools, and healthcare facilities for teaching anatomy, physiology, and related subjects. It serves as an effective aid in illustrating bone names, locations, and functions, helping learners grasp the complexity of the human skeletal system.
Moreover, this model is a valuable resource for conducting practical demonstrations, patient education, and presentations on bone-related topics. It provides a tangible representation of the human skeleton, enabling clearer explanations and engaging visual aids during teaching sessions.
In summary, the WKM PVC Disarticulated Human Skeleton Model for Educational Purpose is a comprehensive and anatomically accurate tool for studying human anatomy. With 201 individual pieces representing the bones of the human skeleton, it offers a hands-on and interactive learning experience. This model's high-quality PVC construction and disarticulated design make it a versatile and valuable educational resource for anatomy classes, medical training, and patient education.

WKM 85 cm Tall White PVC Human Skeleton Model with Stand KT179CB

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WKM 85 cm Tall White PVC Human Skeleton Model with Stand KT179CB

By WKM

₹4,483 ~~₹10,000~~

You save ₹5,517!

55.17% OFF

The WKM 85 cm Tall White PVC Human Skeleton Model with Stand KT179CB is a high-quality anatomical model that accurately represents the human skeletal system. It is a valuable educational tool used in medical schools, biology classrooms, and healthcare facilities to study and understand the structure and functions of the human skeleton.
The skeleton model is made from durable and lightweight white PVC (Polyvinyl chloride) material, which provides a realistic representation of bone structures while ensuring the longevity and sturdiness of the model. The PVC material is easy to clean and maintain, making it suitable for repeated use in educational settings.
The human skeleton model stands at 85 cm tall, making it life-sized and proportionally accurate to the human body. It features movable joints, allowing students and educators to demonstrate the range of motion and articulation of different bones, such as the arms, legs, and spine. This interactive feature enhances the learning experience and aids in teaching anatomy and physiology concepts.
The skeleton model is meticulously crafted to display all major bones of the human body, including the skull, spine, ribs, arms, and legs. Each bone is labeled with its anatomical name, facilitating identification and helping learners grasp the complexity of the skeletal system.
The stand accompanying the skeleton model provides stability and allows the model to be placed in an upright position for display and demonstration purposes. The stand also enables easy movement and positioning of the skeleton for versatile use in classrooms, laboratories, and medical facilities.
The WKM 85 cm Tall White PVC Human Skeleton Model with Stand KT179CB is an effective educational aid for a wide range of audiences, from students learning anatomy for the first time to medical professionals reviewing and refreshing their knowledge. It aids in the study of bone structure, bone function, and the interconnectedness of different bones and joints.
In conclusion, the WKM 85 cm Tall White PVC Human Skeleton Model with Stand KT179CB is a comprehensive and valuable anatomical model. Its white PVC construction, life-sized design, and movable joints make it a reliable and accurate representation of the human skeleton. As an essential teaching tool, it enhances the understanding of human anatomy and physiology, contributing to better medical education and healthcare practices.

WKM 1.52 m (5 Feet) High PVC Dis Articulated Human Skeleton Anatomical Model KTBR307_Relist

Ships within 5 days

WKM 1.52 m (5 Feet) High PVC Dis Articulated Human Skeleton Anatomical Model KTBR307_Relist

By WKM

₹4,483 ~~₹7,999~~

You save ₹3,516!

43.96% OFF

WKM 5 feet High PVC Dis Articulated Human Skeleton Anatomical Model KTBR307_Relist is a collection of bones that have been separated or disconnected from each other. This can occur naturally through decomposition or as a result of intentional dissection for educational or research purposes. The disarticulated skeleton provides a unique opportunity for studying the human skeletal system in a more detailed and comprehensive manner.
The disarticulated human skeleton consists of approximately 206 bones, each with its own distinct shape, size, and function. These bones can be categorized into two main divisions: the axial skeleton and the appendicular skeleton. The axial skeleton includes the skull, vertebral column, and rib cage, while the appendicular skeleton comprises the bones of the upper and lower limbs, as well as the shoulder and pelvic girdles.
Studying a disarticulated human skeleton allows for a closer examination of each bone individually, enabling a better understanding of its anatomical features and functions. This knowledge is crucial for various fields, including anthropology, forensic science, and medical education. By observing the disarticulated skeleton, researchers can identify specific bones, study their articulations, and analyze any abnormalities or pathologies present.
Moreover, the disarticulated human skeleton serves as a valuable tool for teaching and learning purposes. It allows students to handle and examine each bone separately, facilitating a hands-on approach to understanding human anatomy. This method enhances spatial awareness and helps students develop a three-dimensional understanding of the skeletal system.
In addition to educational purposes, the disarticulated human skeleton is also utilized in forensic investigations. Forensic anthropologists can analyze the bones to determine the age, sex, and stature of an individual, as well as identify any signs of trauma or disease. This information can be crucial in criminal investigations or identifying human remains in mass disasters.
In conclusion, the disarticulated human skeleton provides a comprehensive and detailed view of the human skeletal system. Its study aids in understanding the structure, function, and pathology of bones, benefiting various fields such as anthropology, forensic science, and medical education. By examining each bone individually, researchers and students can gain a deeper understanding of human anatomy and develop important skills for their respective disciplines.

WKM 1.52 m (5 Feet) White PVC Dis Articulated Human Skeleton Model for Educational Purpose KTN174

Ships within 4 days

WKM 1.52 m (5 Feet) White PVC Dis Articulated Human Skeleton Model for Educational Purpose KTN174

By WKM

₹2,949 ~~₹5,300~~

You save ₹2,351!

44.36% OFF

WKM 5 feet White PVC Dis Articulated Human Skeleton Model for Educational Purpose KTN174 is a valuable educational and research tool used in anatomy and medical laboratories. It is a collection of individual bones that have been separated from their natural connections, allowing for a comprehensive study of the human skeletal system without the constraints of a fully articulated skeleton. Each bone is carefully cleaned, sanitized, and preserved to create a complete set representing the entire human body.
In anatomy labs, disarticulated skeletons play a crucial role in teaching medical and healthcare students about human anatomy, skeletal structure, and the relationships between bones. By examining individual bones and learning their names, locations, and characteristics, students gain a deep understanding of the human body's intricate framework. This hands-on approach helps reinforce theoretical knowledge and prepares students for practical applications in their future medical careers.
Moreover, disarticulated skeletons are often used to supplement other teaching materials, such as textbooks and anatomical models. They provide a tangible and realistic representation of human bones, enabling students to observe the unique features and variations that may exist in different individuals. This practical experience enhances their ability to recognize bones in clinical settings, read medical imaging, and interpret pathology.
In research laboratories, disarticulated human skeletons are valuable for anthropological, forensic, and pathological studies. Anthropologists use them to study skeletal variation across populations, understand human evolution, and interpret ancient remains. Forensic scientists rely on these skeletons to reconstruct the identities of unidentified human remains, aiding in criminal investigations and mass disaster victim identification.
Disarticulated skeletons are also used in medical research to investigate bone diseases, study bone development, and assess the effects of various treatments or interventions on the skeletal system. These studies contribute to advancements in orthopedics, osteology, and other medical fields, ultimately improving patient care and treatment outcomes.
Maintaining disarticulated human skeletons requires proper storage and handling. Preservation methods such as chemical treatment, cleaning, and occasional reassembly are essential to ensure their longevity and integrity as teaching and research resources.
In summary, disarticulated human skeletons are invaluable tools in labs, serving as educational aids and facilitating research across multiple disciplines. Their comprehensive representation of the human skeletal system provides a foundation for medical and anatomical education and enables researchers to explore a wide range of scientific inquiries related to bones and human health.

WKM 1.52 m (5 Feet) Tall White Color PVC Disarticulated Human Skeleton Model, Relist_KTN174 (Pack of 201 Pcs)

Ships within 4 days

WKM 1.52 m (5 Feet) Tall White Color PVC Disarticulated Human Skeleton Model, Relist_KTN174 (Pack of 201 Pcs)

By WKM

Pack of 201 piece

₹3,185 ~~₹5,300~~

You save ₹2,115!

39.91% OFF

The WKM 5 feet Tall White Color PVC Disarticulated Human Skeleton Model Relist_KTN174 is a comprehensive and life-sized anatomical representation of the human skeleton, designed to be a valuable educational tool for studying human anatomy in medical schools, healthcare facilities, and academic institutions. This disarticulated skeleton model comes in a pack of 201 individual pieces, each representing a specific bone of the human body.
The model is made from high-quality PVC (polyvinyl chloride), a durable and lightweight material known for its accurate depiction of human bone structures. The white color of the PVC enhances the model's visibility and provides a clean and professional appearance.
The skeleton is disarticulated, meaning the individual bones are separated from each other, allowing for a detailed examination and study of each bone independently. This feature provides students, medical professionals, and educators with a hands-on learning experience, enabling them to explore the intricacies of the human skeletal system.
With a height of 5 feet, this model is life-sized, accurately representing the proportions and dimensions of an adult human skeleton. This life-sized feature allows learners to gain a realistic understanding of human bone sizes and relative positions, making it an invaluable resource for visualizing anatomy.
The WKM 5 feet Tall White Color PVC Disarticulated Human Skeleton Model comes with 201 individual pieces, representing all the major bones of the human skeleton, including the skull, vertebrae, ribs, pelvis, arms, and legs. Each bone is meticulously crafted to resemble its natural counterpart, with anatomically accurate details and proper proportions.
This comprehensive model is an essential asset in medical education, aiding in teaching anatomy, physiology, and orthopedics. It facilitates a deeper understanding of the human skeletal system and its functions, enabling learners to better grasp concepts and apply their knowledge in medical practice.
Moreover, the disarticulated nature of the skeleton allows for practical demonstrations of bone assembly and disassembly, enhancing students' knowledge of bone articulations and movements. The model is also useful for medical practitioners to practice and refine their clinical skills, such as identifying anatomical landmarks, understanding joint function, and learning surgical procedures.
In summary, the WKM 5 feet Tall White Color PVC Disarticulated Human Skeleton Model Relist_KTN174 is a comprehensive and life-sized educational tool for studying human anatomy. Its high-quality PVC construction, disarticulated design, and life-sized features make it a valuable resource in medical education and healthcare. With 201 individual pieces representing all major bones, this model offers a hands-on learning experience, fostering a deeper understanding of the human skeletal system and its functions.

WKM White Color PVC Articulated Human Skeleton Model for Educational Purpose, Relist_KT179CB

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WKM White Color PVC Articulated Human Skeleton Model for Educational Purpose, Relist_KT179CB

By WKM

₹4,365 ~~₹10,000~~

You save ₹5,635!

56.35% OFF

The WKM White Color PVC Articulated Human Skeleton Model for Educational Purpose Relist_KT179CB is a comprehensive and detailed anatomical representation of the human skeleton, designed to facilitate the study and understanding of human anatomy in educational and medical settings. This articulated skeleton model is made from high-quality PVC (polyvinyl chloride), a durable and lightweight material that accurately mimics the appearance and features of real human bones.
The model features a white color, providing a clean and professional appearance. This color also enhances visibility, allowing students, medical professionals, and educators to easily identify and study the individual bones and their anatomical structures.
The skeleton model is articulated, meaning the bones are connected using movable joints, replicating the natural movement and flexibility of the human body. This feature enables the model to demonstrate various positions and movements, making it an invaluable tool for understanding human physiology, joint function, and range of motion.
Each bone of the skeleton is meticulously crafted to resemble its natural counterpart, with anatomically accurate details and proper proportions. The model includes all major bones, such as the skull, spine, ribcage, pelvis, arms, and legs, providing a comprehensive representation of the human skeletal system.
The WKM White Color PVC Articulated Human Skeleton Model is widely used in medical schools, nursing programs, anatomy classes, and healthcare facilities for educational purposes. It serves as an effective aid in teaching anatomy, physiology, and orthopedics, allowing learners to interactively explore the complexities of the human skeleton.
Moreover, this articulated skeleton model is useful for medical practitioners to practice and refine their clinical skills, such as palpation, joint mobilization, and anatomical landmark identification. It also aids in patient education, helping healthcare professionals visually explain medical conditions, injuries, and treatment procedures.
The model is supplied with a sturdy stand, allowing it to be displayed in an upright position for demonstrations, presentations, or patient consultations. The stand ensures stability and prevents accidental damage to the model during use and storage.
In summary, the WKM White Color PVC Articulated Human Skeleton Model for Educational Purpose is a highly valuable and informative tool for studying human anatomy and physiology. Its white PVC construction provides a clean appearance and enhances visibility, while the articulated joints enable demonstrations of natural movement and joint function. This comprehensive model serves as an essential resource in medical education and healthcare, aiding in teaching, learning, and patient communication for a better understanding of the human skeletal system.

WKM 5 Ft Dis Articulated Human Skeleton Anatomical Model WKM KTBR307

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WKM 5 Ft Dis Articulated Human Skeleton Anatomical Model WKM KTBR307

By WKM

₹12,979 ~~₹13,655~~

You save ₹676!

4.95% OFF

The WKM 5 Ft Dis Articulated Human Skeleton Anatomical Model WKM KTBR307 is a life-size model of the human skeleton that is designed to provide a detailed and accurate representation of the human skeletal system. The model is made up of 206 bones that are individually articulated to allow for a wide range of movement and flexibility.
The skeleton is made from high-quality PVC plastic, which is both durable and lightweight. The bones are colored to accurately represent the natural color of human bones, and the model is designed to be anatomically correct in every detail.
The WKM 5 Ft Dis Articulated Human Skeleton Anatomical Model WKM KTBR307 is an ideal tool for medical professionals, students, and educators who need to study the human skeletal system in detail. The model is also useful for artists, sculptors, and designers who need to create accurate representations of the human form.
The model comes with a sturdy stand that allows it to be displayed in a variety of positions, and it can be easily disassembled for storage or transport. The model also comes with a detailed instruction manual that provides information on the anatomy of the human skeleton and how to assemble and disassemble the model.
Overall, the WKM 5 Ft Dis Articulated Human Skeleton Anatomical Model WKM KTBR307 is an excellent tool for anyone who needs to study or represent the human skeletal system. Its high level of detail and accuracy make it an invaluable resource for medical professionals, students, educators, artists, and designers alike.

WKM Assorted Color PVC Dental Teeth Care Model with Tooth Brush KT03

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WKM Assorted Color PVC Dental Teeth Care Model with Tooth Brush KT03

By WKM

₹2,949 ~~₹4,399~~

You save ₹1,450!

32.96% OFF

The WKM Assorted Color PVC Dental Teeth Care Model with Tooth Brush KT03 is a comprehensive dental care model that is designed to help individuals understand and practice proper oral hygiene techniques. This model is made of high-quality PVC material and comes in assorted colors, making it visually appealing and engaging for users.
The dental care model features a set of teeth that accurately represents the structure and arrangement of natural teeth. It includes all the major components of the oral cavity, such as the gums, teeth, and tongue. This allows users to visualize the different parts of the mouth and understand their functions.
One of the key features of this dental care model is the inclusion of a toothbrush. The toothbrush is made of durable materials and is designed to mimic the size and shape of a regular toothbrush. This allows users to practice proper brushing techniques and develop good oral hygiene habits.
The WKM Assorted Color PVC Dental Teeth Care Model with Tooth Brush KT03 is an excellent educational tool for dental professionals, teachers, and individuals who want to learn more about oral health. It can be used in dental clinics, schools, or at home to demonstrate proper brushing techniques, explain the importance of oral hygiene, and educate individuals about common dental problems and their prevention.
Using this dental care model, individuals can learn how to brush their teeth effectively by following the correct brushing technique. They can also learn about the different types of teeth and their functions, such as incisors, canines, premolars, and molars. This knowledge can help individuals understand the importance of maintaining good oral hygiene and taking care of their teeth and gums.
In conclusion, the WKM Assorted Color PVC Dental Teeth Care Model with Tooth Brush KT03 is a valuable educational tool for promoting proper oral hygiene. Its realistic design and inclusion of a toothbrush allow users to practice and develop good brushing techniques. Whether used in dental clinics, schools, or at home, this dental care model can help individuals understand the importance of oral health and take steps towards maintaining a healthy smile.

WKM Red and White PVC Pumping Heart Model for Educational Purpose KT120T

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WKM Red and White PVC Pumping Heart Model for Educational Purpose KT120T

By WKM

₹3,067 ~~₹4,500~~

You save ₹1,433!

31.84% OFF

The WKM Red and White PVC Pumping Heart Model (KT120T) is an educational tool designed to help students understand the structure and functioning of the human heart. This model is made of high-quality PVC material, which gives it durability and enables it to withstand frequent use in the classroom.
The pump model represents a human heart in a simplified form, with the key components and structures clearly depicted. The red and white coloring helps to differentiate between oxygenated and deoxygenated blood vessels, making it easier for students to understand the circulation process.
One of the main advantages of this model is its interactive nature. It can be disassembled to reveal the internal structures of the heart, allowing students to explore and examine them in detail. The model also includes a set of labeled parts, enabling students to identify and learn about each component of the heart.
Teachers can use the WKM Red and White PVC Pumping Heart Model to demonstrate how blood flows through the heart and explain the functions of its different chambers, valves, and blood vessels. It helps students visualize the path of circulation and understand the importance of each structure in maintaining a healthy cardiovascular system.
This model also provides a hands-on learning experience for students. They can manipulate and handle the different parts of the heart, enhancing their understanding and memory retention. Additionally, the interactive nature of the model encourages participation and engagement in the learning process.
The WKM Red and White PVC Pumping Heart Model is an effective educational aid for various academic levels, from middle school to higher education. It promotes active learning, aids in conceptual understanding, and enhances critical thinking skills. It can be used in biology, anatomy, and physiology classes, as well as in healthcare training programs.
Overall, the WKM Red and White PVC Pumping Heart Model (KT120T) is a valuable educational tool that assists students in comprehending the structure and function of the human heart. Its durability, interactivity, and accuracy make it an excellent addition to any classroom or laboratory setting.

WKM Imported Multicolor PVC Liver Pancreas and Duodenum Model KT119S

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WKM Imported Multicolor PVC Liver Pancreas and Duodenum Model KT119S

By WKM

₹3,539 ~~₹5,300~~

You save ₹1,761!

33.23% OFF

The WKM Imported Multicolor PVC Liver Pancreas and Duodenum Model KT119S is a high-quality anatomical model used for medical education and training purposes. This model provides a detailed representation of the liver, pancreas, and duodenum, which are essential organs in the human digestive system.
The liver is the largest internal organ and plays a vital role in various metabolic processes, including detoxification, glycogen storage, and production of bile. This model accurately depicts the external and internal structures of the liver, including the lobes, gallbladder, and hepatic veins. The multicolor PVC material used in the model helps distinguish different structures, making it easier for students to identify and understand the anatomical relationships within the liver.
The pancreas is another important organ included in this model. It is responsible for producing digestive enzymes and hormones such as insulin and glucagon, which play a crucial role in regulating blood sugar levels. The model showcases the different parts of the pancreas, including the head, body, and tail, as well as the pancreatic ducts. The multicolor PVC material used in this model helps in distinguishing these structures, allowing students to learn about the pancreas in detail.
The duodenum, which is the first part of the small intestine, is also a significant component of this model. It receives partially digested food from the stomach and plays a key role in the further breakdown and absorption of nutrients. The model accurately represents the duodenum's structure, displaying its curves, folds, and connections to other organs such as the liver and pancreas. This provides a comprehensive understanding of the duodenum's anatomy and its functional relationships with neighboring organs.
Overall, the WKM Imported Multicolor PVC Liver Pancreas and Duodenum Model KT119S serves as a valuable educational tool for medical students, healthcare professionals, and educators. Its detailed representation of the liver, pancreas, and duodenum allows for a comprehensive understanding of these organs' anatomy and their roles in the digestive system. The multicolor PVC material enhances visual learning and facilitates easy identification of different structures. This model is an excellent addition to any medical or educational institution, aiding in the teaching and learning of digestive system anatomy and physiology.

WKM 1.52 m (5 Feet) Tall PVC Articulated Human Skeleton Model for Educational Purpose

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WKM 1.52 m (5 Feet) Tall PVC Articulated Human Skeleton Model for Educational Purpose

By WKM

₹4,483 ~~₹10,500~~

You save ₹6,017!

57.3% OFF

WKM 5 feet Tall PVC Articulated Human Skeleton Model for Educational Purpose is a representation or simulation of a biological system or process, typically designed to aid in scientific understanding, experimentation, and education. These models provide researchers, students, and scientists with a simplified yet meaningful way to study complex biological phenomena and explore the intricacies of living organisms.
Biological models can take various forms, ranging from physical three-dimensional models to computer-based simulations. Some common types of biological models include:
Anatomical Models: These are physical replicas of body parts or organs, often made from materials like plastic or rubber, used to study the structure and function of specific organs or systems in the body.
Cell Models: Physical or digital models representing cells, the basic units of life, allowing researchers to examine cellular structures, organelles, and processes.
Molecular Models: Three-dimensional representations of molecules, such as proteins, DNA, and RNA, used to study their structures and interactions.
Organism Models: These can be physical or virtual representations of whole organisms, ranging from small animals to plants, enabling researchers to study their behavior, anatomy, and physiology.
Ecological Models: Computer simulations used to understand and predict the dynamics of ecological systems, population growth, and interactions between species.
Biological models play a crucial role in laboratories and scientific research:
Education: Biological models are powerful tools for teaching and learning, helping students visualize and grasp complex biological concepts in a more accessible way.
Experimentation: Models can be used to simulate biological processes and phenomena that may be difficult or impractical to study directly in living organisms.
Hypothesis Testing: Researchers can use models to test hypotheses and theories before conducting experiments on actual living organisms, saving time and resources.
Drug Development: Biological models, such as cell cultures or animal models, are essential in drug discovery and testing, providing insights into the effects of pharmaceutical compounds.
While biological models offer valuable insights, it is crucial to recognize their limitations. Models are simplifications of reality and may not fully represent the complexity of actual biological systems. Therefore, experimental results obtained from models must be validated and further explored through empirical studies in living organisms to ensure their relevance and reliability.
In conclusion, biological models are indispensable tools in laboratories, enhancing scientific understanding, enabling experimentation, and facilitating education in various branches of biology. They bridge the gap between theory and practice, aiding researchers and students in exploring the wonders of the living world and advancing our knowledge of life's intricacies.

WKM Multicolor Poly Fiber Resin Dissectable Human Heart Model for Educational Purpose KTN78

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WKM Multicolor Poly Fiber Resin Dissectable Human Heart Model for Educational Purpose KTN78

By WKM

₹424 ~~₹600~~

You save ₹176!

29.33% OFF

WKM Multicolor Poly Fiber Resin Dissectable Human Heart Model for Educational Purpose KTN78 is a representation or simulation of a biological system or process, typically designed to aid in scientific understanding, experimentation, and education. These models provide researchers, students, and scientists with a simplified yet meaningful way to study complex biological phenomena and explore the intricacies of living organisms.
Biological models can take various forms, ranging from physical three-dimensional models to computer-based simulations. Some common types of biological models include:
Anatomical Models: These are physical replicas of body parts or organs, often made from materials like plastic or rubber, used to study the structure and function of specific organs or systems in the body.
Cell Models: Physical or digital models representing cells, the basic units of life, allowing researchers to examine cellular structures, organelles, and processes.
Molecular Models: Three-dimensional representations of molecules, such as proteins, DNA, and RNA, used to study their structures and interactions.
Organism Models: These can be physical or virtual representations of whole organisms, ranging from small animals to plants, enabling researchers to study their behavior, anatomy, and physiology.
Ecological Models: Computer simulations used to understand and predict the dynamics of ecological systems, population growth, and interactions between species.
Biological models play a crucial role in laboratories and scientific research:
Education: Biological models are powerful tools for teaching and learning, helping students visualize and grasp complex biological concepts in a more accessible way.
Experimentation: Models can be used to simulate biological processes and phenomena that may be difficult or impractical to study directly in living organisms.
Hypothesis Testing: Researchers can use models to test hypotheses and theories before conducting experiments on actual living organisms, saving time and resources.
Drug Development: Biological models, such as cell cultures or animal models, are essential in drug discovery and testing, providing insights into the effects of pharmaceutical compounds.
While biological models offer valuable insights, it is crucial to recognize their limitations. Models are simplifications of reality and may not fully represent the complexity of actual biological systems. Therefore, experimental results obtained from models must be validated and further explored through empirical studies in living organisms to ensure their relevance and reliability.
In conclusion, biological models are indispensable tools in laboratories, enhancing scientific understanding, enabling experimentation, and facilitating education in various branches of biology. They bridge the gap between theory and practice, aiding researchers and students in exploring the wonders of the living world and advancing our knowledge of life's intricacies.

WKM 1.52 m (5 Feet) Multicolor PVC Human Skeleton Model for Educational Purpose KTN474

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WKM 1.52 m (5 Feet) Multicolor PVC Human Skeleton Model for Educational Purpose KTN474

By WKM

₹6,017 ~~₹10,000~~

You save ₹3,983!

39.83% OFF

WKM 5 feet Multicolor PVC Human Skeleton Model for Educational Purpose KTN474 is a representation or simulation of a biological system or process, typically designed to aid in scientific understanding, experimentation, and education. These models provide researchers, students, and scientists with a simplified yet meaningful way to study complex biological phenomena and explore the intricacies of living organisms.
Biological models can take various forms, ranging from physical three-dimensional models to computer-based simulations. Some common types of biological models include:
Anatomical Models: These are physical replicas of body parts or organs, often made from materials like plastic or rubber, used to study the structure and function of specific organs or systems in the body.
Cell Models: Physical or digital models representing cells, the basic units of life, allowing researchers to examine cellular structures, organelles, and processes.
Molecular Models: Three-dimensional representations of molecules, such as proteins, DNA, and RNA, used to study their structures and interactions.
Organism Models: These can be physical or virtual representations of whole organisms, ranging from small animals to plants, enabling researchers to study their behavior, anatomy, and physiology.
Ecological Models: Computer simulations used to understand and predict the dynamics of ecological systems, population growth, and interactions between species.
Biological models play a crucial role in laboratories and scientific research:
Education: Biological models are powerful tools for teaching and learning, helping students visualize and grasp complex biological concepts in a more accessible way.
Experimentation: Models can be used to simulate biological processes and phenomena that may be difficult or impractical to study directly in living organisms.
Hypothesis Testing: Researchers can use models to test hypotheses and theories before conducting experiments on actual living organisms, saving time and resources.
Drug Development: Biological models, such as cell cultures or animal models, are essential in drug discovery and testing, providing insights into the effects of pharmaceutical compounds.
While biological models offer valuable insights, it is crucial to recognize their limitations. Models are simplifications of reality and may not fully represent the complexity of actual biological systems. Therefore, experimental results obtained from models must be validated and further explored through empirical studies in living organisms to ensure their relevance and reliability.
In conclusion, biological models are indispensable tools in laboratories, enhancing scientific understanding, enabling experimentation, and facilitating education in various branches of biology. They bridge the gap between theory and practice, aiding researchers and students in exploring the wonders of the living world and advancing our knowledge of life's intricacies.

WKM Multicolor PVC Human Brain Model for Educational Purpose KTN372

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WKM Multicolor PVC Human Brain Model for Educational Purpose KTN372

By WKM

₹848 ~~₹1,350~~

You save ₹502!

37.19% OFF

WKM Multicolor PVC Human Brain Model for Educational Purpose KTN372 is a representation or simulation of a biological system or process, typically designed to aid in scientific understanding, experimentation, and education. These models provide researchers, students, and scientists with a simplified yet meaningful way to study complex biological phenomena and explore the intricacies of living organisms.
Biological models can take various forms, ranging from physical three-dimensional models to computer-based simulations. Some common types of biological models include:
Anatomical Models: These are physical replicas of body parts or organs, often made from materials like plastic or rubber, used to study the structure and function of specific organs or systems in the body.
Cell Models: Physical or digital models representing cells, the basic units of life, allowing researchers to examine cellular structures, organelles, and processes.
Molecular Models: Three-dimensional representations of molecules, such as proteins, DNA, and RNA, used to study their structures and interactions.
Organism Models: These can be physical or virtual representations of whole organisms, ranging from small animals to plants, enabling researchers to study their behavior, anatomy, and physiology.
Ecological Models: Computer simulations used to understand and predict the dynamics of ecological systems, population growth, and interactions between species.
Biological models play a crucial role in laboratories and scientific research:
Education: Biological models are powerful tools for teaching and learning, helping students visualize and grasp complex biological concepts in a more accessible way.
Experimentation: Models can be used to simulate biological processes and phenomena that may be difficult or impractical to study directly in living organisms.
Hypothesis Testing: Researchers can use models to test hypotheses and theories before conducting experiments on actual living organisms, saving time and resources.
Drug Development: Biological models, such as cell cultures or animal models, are essential in drug discovery and testing, providing insights into the effects of pharmaceutical compounds.
While biological models offer valuable insights, it is crucial to recognize their limitations. Models are simplifications of reality and may not fully represent the complexity of actual biological systems. Therefore, experimental results obtained from models must be validated and further explored through empirical studies in living organisms to ensure their relevance and reliability.
In conclusion, biological models are indispensable tools in laboratories, enhancing scientific understanding, enabling experimentation, and facilitating education in various branches of biology. They bridge the gap between theory and practice, aiding researchers and students in exploring the wonders of the living world and advancing our knowledge of life's intricacies.

WKM 5 Ft White Color PVC Articulated Human Skeleton Model, Relist_KTN475

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WKM 5 Ft White Color PVC Articulated Human Skeleton Model, Relist_KTN475

By WKM

₹4,483 ~~₹10,500~~

You save ₹6,017!

57.3% OFF

The WKM 5 feet White Color PVC Articulated Human Skeleton Model Relist_KTN475 is a highly detailed and accurate representation of the human skeletal system, designed for educational and instructional purposes in medical schools, anatomy classes, healthcare facilities, and research institutions. This life-sized articulated skeleton model provides a comprehensive visual aid for studying human anatomy and physiology.
Constructed from high-quality PVC (polyvinyl chloride), the skeleton model is durable and lightweight, making it easy to handle and display. The white color of the PVC enhances visibility and provides a clean and professional appearance to the model.
The articulated design of the skeleton allows for natural movement and positioning of the bones, replicating the flexibility and range of motion observed in the human body. This feature is especially valuable for understanding the mechanics of the musculoskeletal system, as it allows students and medical professionals to observe how bones interact at various joints.
With a height of 5 feet, this model accurately represents the proportions of an adult human skeleton. This life-sized feature enables learners to visualize the relative sizes and positions of different bones, enhancing their understanding of human anatomy.
The WKM 5 feet White Color PVC Articulated Human Skeleton Model comes with various anatomical details, including all major bones such as the skull, vertebral column, ribcage, pelvis, arms, and legs. Each bone is meticulously crafted to resemble its natural counterpart, with accurate surface markings and anatomical structures.
This model serves as an invaluable educational resource for medical students, nursing students, and other healthcare professionals, as it provides a hands-on learning experience that complements textbook knowledge. It aids in learning bone names, identifying anatomical landmarks, and understanding the relationship between bones and joints.
Moreover, the articulated skeleton model is also utilized in patient education and medical presentations. It helps medical practitioners explain medical conditions, injuries, and treatment procedures to patients in a clear and visual manner, enhancing communication and patient comprehension.
In summary, the WKM 5 feet White Color PVC Articulated Human Skeleton Model Relist_KTN475 is a detailed and life-sized educational tool for studying human anatomy. Its high-quality PVC construction, articulated design, and anatomical accuracy make it a valuable resource in medical education and healthcare. This model's white color enhances visibility, and its life-sized feature allows learners to grasp human bone proportions and movements. Whether in classrooms, laboratories, or medical settings, this articulated skeleton model serves as a comprehensive visual aid for understanding the intricacies of the human skeletal system.

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WKM Biological Model

Top Selling WKM Biological Model Products Price List for April 2026