Name: Fetus Development Process Anatomical Model
SKU: SW-2443-XD5NA
Availability: InStock

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Vasoligation Training Simulator

Artsy – Vasoligation Training Simulator

Precision in Every Procedure. Confidence in Every Cut.

The Artsy Vasoligation Training Simulator is a high-fidelity surgical model crafted for hands-on training in male sterilization procedures. Ideal for teaching vasectomy techniques, this simulator helps transform surgical learning from theory into mastery.

Product Description

Vasoligation Training Simulator

Train the Technique. Master the Moment.

Surgical skill is built one movement at a time. The Artsy Vasoligation Training Simulator provides an authentic platform for practicing vasectomy procedures—allowing medical students, residents, and urologists to gain confidence in a controlled, realistic setting.

Featuring anatomically correct male genitalia and synthetic vas deferens tubes with lifelike texture and resistance, this simulator enables the practice of palpation, isolation, incision, excision, and ligation. Its replaceable components allow for repeated use and a true-to-life experience that mirrors clinical settings.

With thoughtful design and durable construction, this tool ensures that learners approach live procedures not as their first attempt—but as a refined skill.

Key Features:

Anatomically accurate scrotal model with palpable vas deferens
Realistic tissue response for incision, dissection, and ligation techniques
Replaceable vas deferens and skin components for repeated practice
Ideal for no-scalpel and conventional vasectomy methods
Compact and portable—designed for both classroom and clinical instruction

Perfect For:

Medical and surgical residency programs
Urology training
Global health education in reproductive procedures
Simulation centers and skills labs

Artsy: Where Skill Meets Simplicity.
From grasp to ligate, every movement counts. The Vasoligation Training Simulator prepares learners for surgical confidence—one precise technique at a time.

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Fetus With Viscus & Placenta Anatomical Model

Artsy – Fetus with Viscus & Placenta Anatomical Model

A Complete Window Into Prenatal Development

The Artsy Fetus with Viscus & Placenta Anatomical Model delivers a comprehensive, life-sized representation of fetal anatomy. It features an exposed thoracoabdominal cavity with removable organs—such as the liver, lungs, heart, and intestines—plus a detailed umbilical cord and mounted placenta with membranes. Ideal for medical training, midwifery education, or childbirth instruction, this model brings the hidden complexity of prenatal life into clear, physical focus.

Durable, anatomically accurate, and mounted on a stable display base, this model offers a hands-on way to explore fetal development and maternal-fetal circulation.

Full Description (with Brand Update)

Artsy Fetus with Viscus & Placenta Anatomical Model

A Tangible Window Into Prenatal Life

The miracle of prenatal development is revealed with striking clarity in the Artsy Fetus with Viscus & Placenta Anatomical Model. Designed to illustrate the full anatomical story of fetal growth and maternal connection, this model provides an invaluable tool for educators and caregivers alike.

This lifelike model features:

A fetal figure with a removable chest plate and visible viscera (liver, lungs, intestines, heart)
An umbilical cord connected to a realistic placenta and fetal membranes
A sturdy blue base for easy handling, transport, and display

The model allows for exploration of internal fetal anatomy and visualization of critical physiological processes such as:

Fetal circulation and the function of the umbilical cord
Organ placement and development during gestation
Maternal-fetal nutrient exchange via the placenta

Ideal For:

Medical and nursing schools
Midwifery and doula training
OB-GYN practices and childbirth educators
Embryology and pediatric development courses

Constructed from durable, non-toxic PVC, each component is hand-painted for realism and detail. Its compact and robust design makes it suitable for classroom instruction, patient consultation, or public demonstration.

Educate with Confidence, Teach with Clarity
The Artsy Fetus with Viscus & Placenta Model transforms textbook concepts into hands-on understanding—bridging science and compassion in one clear, interactive display.

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Electronic Urinary Model

Artsy – Dual-Gender Electronic Urinary Catheterization Simulator

Realistic Feedback. Clinical Precision. Dual-Function Design.

The Artsy Electronic Urinary Catheterization Simulator is a dual-gender, high-fidelity training model designed to help medical students and nursing professionals master urinary catheterization with confidence. Combining both male and female genital inserts and an electronic feedback module, this simulator provides real-time confirmation of correct catheter placement through light and/or sound indicators.

🔍 Product Highlights

Dual-Gender Anatomy: Easily switch between male and female anatomical modules to train across patient types.
Electronic Feedback System: Visual or auditory signals confirm correct catheter insertion and simulate urine return.
Life-Size Torso Design: Accurately sculpted pelvic region offers realistic anatomical landmarks for proper technique and patient positioning.
Soft, Skin-Like Material: High-quality silicone and PVC offer tactile realism and durability.
Reusable and Easy to Clean: Built for repeated practice sessions with minimal maintenance.

🩺 Training Capabilities

Foley catheter insertion and removal (male & female)
Identification of urethral openings and proper technique
Safe handling of catheter equipment and aseptic procedure
Use in OSCEs, clinical exams, and patient-care simulations
Troubleshooting resistance or incorrect placement

📦 Included Components

Life-size lower torso with male urinary anatomy
Interchangeable female genital module
Built-in simulated bladder system
Electronic feedback controller with cable
Instruction manual for setup and training guidance

📐 Specifications

Material: Medical-grade PVC and silicone
Power Supply: Wired control unit (battery or USB-powered depending on model)
Dimensions: Approximate life-size scale
Compatibility: Standard Foley catheters
Brand: Artsy
Use: Reusable for classroom, lab, or skills check-off stations

🎓 Ideal For

Nursing and Midwifery Training Institutes
Urology and Clinical Skills Departments
Allied Health and Medical Schools
Simulation-Based Assessments and Demonstrations

💡 Why Choose Artsy?

With electronic feedback and interchangeable anatomy, the Artsy Electronic Urinary Catheterization Simulator transforms passive learning into active clinical mastery—bridging the gap between theory and patient safety.

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Development Process For Fetus Anatomical Model

Development Process for the Artsy Fetus Anatomical Model

Combining Scientific Accuracy with Educational Usability

The creation of the Artsy Fetus Anatomical Model is the result of a multidisciplinary collaboration between medical experts, anatomical designers, material engineers, and educational specialists. The process ensures the model meets both anatomical accuracy and functional demands of modern healthcare education.

1. Medical Research & Concept Validation

Collaboration with OB-GYN Specialists: Development begins with consultations with obstetricians, anatomists, and educators to define the required features, proportions, and developmental stages (e.g., 12, 20, 28, 36 weeks).
Reference to Real Fetal Imaging: Ultrasound, MRI, and anatomical data from peer-reviewed literature inform the fetal proportions, skeletal positioning, and soft tissue development.
Target Use-Case Analysis: Input from nursing, midwifery, and medical educators identifies key skills the model must support (e.g., fetal positioning, orientation, palpation, delivery simulation).

2. Anatomical Modeling & Prototyping

3D Digital Sculpting: Anatomical artists use advanced CAD software to sculpt the fetus at specific gestational stages with precise detail—covering fontanelles, umbilical cord insertion, limb proportions, and facial development.
Internal Anatomy (Optional): Some models feature cross-sections or transparent layers showing internal organs, skeletal system, and vascular patterns.
Prototyping with Rapid 3D Printing: Initial prototypes are created via 3D printing to test proportions, joint articulation (if applicable), and anatomical fidelity.

3. Material Testing & Refinement

Selection of Educational Materials: Skin-safe, flexible silicone is chosen to replicate fetal softness. The material is also durable, latex-free, and easy to clean—ideal for repeated classroom use.
Weight & Texture Simulation: Fill density is adjusted to mimic fetal weight at specific gestational ages for realistic palpation or delivery practice.
Stress & Durability Testing: Models are tested under frequent use conditions (e.g., in labor simulators or abdominal palpation) to ensure long-lasting educational performance.

4. Clinical & Educational Validation

Pilot Testing in Skills Labs: The prototype models are deployed in midwifery and medical schools for hands-on feedback. Adjustments are made based on educator and student input regarding feel, accuracy, and instructional value.
Feedback Integration: Enhancements may include improved umbilical cord placement, joint flexibility for presentation changes, or inclusion of color-coded internal organs for advanced models.

5. Final Production & Quality Control

Precision Molding: Final designs are cast using high-accuracy silicone molding techniques.
Assembly & Detailing: Features such as soft fontanelles, genital differentiation, and umbilical cord attachment are added with precision.
Quality Assurance: Each unit undergoes inspection for anatomical fidelity, material integrity, and functional usability before packaging.

6. Packaging & Educational Support

Protective Packaging Design: Eco-friendly, secure packaging developed for safe transport and storage.
Instructor Guides & Diagrams: Each model includes an instructional booklet or digital manual with labeled diagrams, gestational age data, and suggested use cases for classroom or clinical training.

Designed for Real Learning Impact

The Artsy Fetus Anatomical Model is not just a visual aid—it's a tactile, interactive learning tool. Built from the ground up with educator feedback and scientific rigor, it supports the critical learning objectives of maternal-fetal health education, including:

Fetal growth progression
Position and presentation demonstration
Delivery mechanics and labor education
Parental and community health teaching

Fetus Development Process Anatomical Model

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