Teaching Human Body Enlarge Half Right Eyeball Dissection Model Eyeball Anatomy Human Eye Model Medical Science Education Model

Product overview

The VIC Teaching Human Body Enlarge Half Right Eyeball Dissection Model is an anatomical model specifically designed for medical science education. Ideal for medical clinics, schools, and hospitals, this PVC-based model intricately displays the detailed structure of the human eye, providing valuable insight into ocular anatomy. Certified with ISO 9001:2008, it ensures adherence to quality standards, making it a reliable teaching aid. Its environmentally-friendly paint and plastic ABS base enhance durability and safety in educational settings. Explore wholesale options for bulk purchasing to equip your facility with essential educational tools.

Selling point

• The VIC D1031 Right Eyeball Dissection Model is a premier educational tool designed to enhance medical science learning through a detailed representation of human eye anatomy, making it ideal for medical schools, clinics, and hospitals.

• Crafted from high-quality PVC and built on a sturdy ABS plastic base, this anatomical model not only ensures durability but also provides a realistic and engaging hands-on learning experience for students and professionals alike.

• As a single-sided dissection model, it allows for intricate study of the right eyeball, with features designed for optimal teaching efficacy, enabling instructors to illustrate complex biological concepts with clarity and precision.

• This model is compatible with a range of educational environments, making it a versatile choice for both classroom instruction and practical training sessions in medical clinics or healthcare facilities.

• The VIC D1031 is designed with user-friendliness in mind, featuring a lightweight construction (1.500 kg) and compact dimensions (25X25X30 cm), facilitating easy handling and storage, which is perfect for diverse educational settings.

• Quality and safety are paramount, as evidenced by the ISO 9001:2008 certification, ensuring that this anatomical model meets international standards for educational tools, providing peace of mind for institutional purchases.

• Packaged to preserve quality, each model comes in secure, sustainable packaging that not only protects the product during transit but also aligns with eco-friendly practices, reinforcing the brand's commitment to responsible production.

Detailed description

The VIC VIC-D1031 Right Eyeball Dissection Model is an advanced anatomical model specifically designed for educational institutions, medical clinics, and hospitals. This educational aid offers a detailed representation of the human eye's anatomy, making it an invaluable resource for medical students, educators, and professionals involved in medical science education.

Crafted from high-quality PVC material and featuring a durable plastic ABS base, this model ensures longevity and resistance to wear during repeated use. The environmentally friendly paint used in the model enhances its visual appeal and guarantees safety for classroom environments, meeting crucial health standards associated with educational tools.

This half-right eyeball dissection model expertly showcases critical anatomical features, facilitating hands-on learning and deeper comprehension of complex biological structures. Its design is compatible with various teaching methodologies, supporting a range of medical and biological courses, from basic anatomy to advanced ophthalmology.

The model is lightweight, with a single gross weight of 1.5 kg and packaged dimensions of 25 x 25 x 30 cm, allowing for easy transport and storage. Each unit's single package is ideal for classrooms and laboratories, ensuring safe delivery and storage while maintaining a professional appearance that reflects branding through printed logos or labels.

Certified with ISO 9001:2008, this anatomical model reassures buyers of its quality and reliability, adhering to international standards of excellence in manufacturing and assured product performance. Schools, hospitals, and medical clinics will find this model to be an essential addition to their educational tools and training resources.

The VIC-D1031 model not only promotes interactive learning but also helps demystify the complexities of human anatomy for students and trainees, making it an effective teaching aid that enhances understanding in medical science. Its practical application across various educational settings ensures it meets the diverse needs of professionals in the medical field.

People also ask

How to Buy VIC-D1031 Right Eyeball Dissection Model in Bulk?

Alibaba.com offers wholesale purchasing options for VIC-D1031 Right Eyeball Dissection Model. Simply select your desired quantity when adding the item to your cart, and the unit price will update accordingly. For any additional questions, please contact Xinxiang Vic Science & Education Co., Ltd.

What is the material used for the VIC-D1031 Right Eyeball Dissection Model?

The model is made from PVC with a plastic ABS base.

Where is the VIC-D1031 Right Eyeball Dissection Model produced?

This product is manufactured in Henan, China.

What certification does the VIC-D1031 Right Eyeball Dissection Model have?

The model is certified with ISO 9001:2008.

What are the dimensions and weight of the VIC-D1031 Right Eyeball Dissection Model?

The single package size is 25x25x30 cm and the gross weight is 1.5 kg.

What environments is the VIC-D1031 Right Eyeball Dissection Model suitable for?

This anatomical model is suitable for medical clinics, schools, and hospitals.

Is there a logo customization option available for the VIC-D1031 Right Eyeball Dissection Model?

Yes, you can choose a printed logo or label logo for customization.

What type of painting is used on the VIC-D1031 Right Eyeball Dissection Model?

The model is painted with environmentally-friendly paint.

What is the primary use of the VIC-D1031 Right Eyeball Dissection Model?

This model serves as a medical and biological teaching aid.

About Eyeball Dissection Model

The eyeball dissection model is an invaluable educational resource used primarily in biology and anatomy studies. This model offers a detailed, anatomical representation of the human eye, allowing students and professionals to explore its structures, such as the cornea, iris, lens, and retina, in an interactive manner. Ideal for classrooms, laboratories, and medical training centers, the anatomically correct design enhances understanding of ocular physiology and pathologies. Furthermore, these models often come with labeled parts and may include supplementary materials to aid in teaching and learning about eye function and health.

What educational purposes does the eyeball dissection model serve?

The eyeball dissection model serves as a hands-on tool for teaching anatomy, physiology, and medical studies, facilitating a deeper understanding of the human eye's structure and function.

What materials are typically used in making eyeball dissection models?

Eyeball dissection models are typically made from durable materials like PVC or rubber, allowing for detailed anatomical features while ensuring longevity and ease of handling.

Are eyeball dissection models suitable for all educational levels?

Yes, these models are designed to be suitable for various educational levels, from high school biology classes to advanced medical training programs.

How detailed are the structures represented in the eyeball dissection model?

The structures in the eyeball dissection model are highly detailed and accurately represent the anatomical features of the human eye, facilitating effective learning and exploration.

Can the eyeball dissection model aid in understanding eye-related diseases?

Absolutely, the model can be used to demonstrate common eye pathologies, enhancing comprehension of conditions such as glaucoma and cataracts through visual representation.

Do eyeball dissection models come with instructional materials?

Many eyeball dissection models are sold with supplemental instructional materials, including manuals and lesson guides, to enhance the educational experience for both instructors and students.