Joint Models

ARTSY Knee 4-Stage Arthritis Model – Compare Normal, Mild, Moderate & Severe Degeneration

The Most Effective Way to Visualize Progressive Knee Joint Degeneration

✅ Key Features (Point-Wise):

1. 🔸 4-Stage Progressive Knee Anatomy:
   • Includes four life-size knee joint models mounted on a single base.
   • Stages: Normal → Mild → Moderate → Severe arthritis.
2. 🔸 Realistic Pathological Changes Depicted:
   • Demonstrates cartilage erosion, joint space narrowing, osteophyte formation, and inflammation.
   • Clear visual contrast between healthy and damaged knees.
3. 🔸 Color-Coded & Labelled for Clarity:
   • Each stage is clearly marked and color-differentiated.
   • Helps identify and compare anatomical and pathological variations.
4. 🔸 Built for Teaching & Clinical Use:
   • Ideal for orthopedics, physiotherapy, rheumatology, and medical education.
   • Perfect for patient counselling, intern training, or viva preparation.
5. 🔸 Durable & Medical-Grade Construction:
   • Made from non-toxic, premium PVC plastic.
   • Resists wear and tear from frequent handling.
6. 🔸 Compact & Professional Display:
   • Mounted on a clean, sturdy base with printed stage labels.
   • Easy to use in OPDs, anatomy labs, classrooms, or mobile clinics.

📦 Product Specifications:

• Brand: ARTSY
• Model Name: Knee 4-Stage Arthritis Model
• Stages Displayed: Normal, Mild, Moderate, Severe
• Material: High-Grade PVC Plastic
• Size: Life Size
• Weight: Approximately 1.2 kg
• Usage: Patient Education, Orthopedic Demonstration, Classroom Teaching, Physiotherapy Training

🧠 What It Demonstrates:

• Stage 1 (Normal): Healthy cartilage, intact joint space, no pathology
• Stage 2 (Mild): Early cartilage thinning, minimal osteophytes
• Stage 3 (Moderate): Erosion, joint space narrowing, increased bone spurs
• Stage 4 (Severe): Significant degeneration, joint deformity, inflammatory features

🎯 Ideal For:

• Orthopedic OPDs: Explain knee degeneration progression to patients
• Physiotherapy Clinics: Guide treatment planning and rehab education
• Medical Colleges: Enhance anatomy and pathology instruction
• Pre-Surgery Counselling: Show patients the reasons behind surgical decisions
• Health Camps & Seminars: Demonstrate joint care and preventive awareness

💬 Trusted by Experts Across India:

“This model transformed our arthritis consultations. Patients instantly grasp their condition stage.”
— Dr. Aditi Rawat, Orthopedic Faculty, SGPGI Lucknow

“Our interns learn much faster using this model—it brings the theory to life.”
— Prof. Deepak Sharma, BPT Faculty, Mumbai University

“From diagnosis to post-op counselling, this model has become a vital tool.”
— Dr. Rajat Verma, Ortho Dept., Narayana Hospital, Jaipur

🏆 Why Choose ARTSY's 4-Stage Arthritis Model?

• Show Structure and Progression – Unlike flat charts, this model provides a 3D, staged representation
• Boost Patient Confidence – Makes complex conditions easy to understand visually
• Support Active Learning – Engages students and trainees with real-world pathology
• Built for Daily Use – Reliable, professional-grade tool used in top clinics and colleges

ARTSY Lumbar Spine Herniated Disc Model – Realistic, Compact & Educational

A Hands-On Tool for Explaining Disc Prolapse, Nerve Compression & Lower Back Pain

✅ Key Features (Point-Wise):

1. 🔸 Realistic Lumbar Anatomy:

   • Includes two lumbar vertebrae with intervertebral discs.

   • Accurately shaped with pedicles, spinous processes, and disc spacing.

2. 🔸 Herniated Disc Simulation:

   • Vivid red bulging disc clearly demonstrates disc prolapse.

   • Shows nerve root compression – ideal for visualizing sciatica or radiculopathy.

3. 🔸 Visible Nerve Pathways:

   • Spinal nerve roots emerging from the intervertebral foramina are clearly marked.

   • Helps explain referred symptoms like numbness, tingling, or weakness.

4. 🔸 Compact and Portable:

   • Palm-sized dimensions (6.7 x 5.1 x 6.7 inches).

   • Lightweight and easy to carry for clinical rounds, home visits, or lectures.

5. 🔸 Durable & Safe Material:

   • Made from non-toxic, medical-grade PVC.

   • Built for frequent demonstrations without wear or deformation.

6. 🔸 Educational Versatility:

   • Trusted by orthopedic surgeons, physiotherapists, chiropractors, neurologists, and anatomy educators.

   • Used in MBBS, BPT, nursing classrooms, and patient consultation settings.

7. 🔸 Engaging Learning Aid:

   • Makes it easy to explain:

     • Causes of lower back pain

     • Why and how a disc herniates

     • Need for physiotherapy, surgery, or lifestyle changes

8. 🔸 Enhanced Patient Communication:

   • Simplifies complex MRI/CT findings.

   • Builds trust and compliance through clear visual understanding.

📦 Product Specifications:

• Brand: ARTSY

• Model Name: Lumbar Herniated Disc Demonstration Model

• Size: Compact (6.7 x 5.1 x 6.7 inches)

• Material: Medical-grade PVC

• Weight: Lightweight and portable

• Usage: Patient Education, Anatomy Teaching, Pain Management Demo, Orthopedic Consultation

🧠 Perfect For Explaining:

• Sciatica & Nerve Root Compression

• Intervertebral Disc Prolapse

• Lower Back Pain & Postural Deficits

• Spinal Degeneration

• Conservative vs Surgical Treatment Approaches

💬 Expert Feedback:

“We use this in every lumbar spine consult. The herniation visual makes nerve compression instantly clear.”
— Dr. Harshita Menon, Spine Specialist, Delhi

“This model has transformed how we teach lumbar neuroanatomy. It shortens the explanation time and improves recall.”
— Prof. Aakash Yadav, Lecturer, SRM Medical College

🔎 Search-Optimized Keywords:

• “Lumbar spine herniated disc model”

• “Nerve compression anatomy tool”

• “Compact spine prolapse demonstration aid”

• “PVC lower back pain teaching model”

• “Sciatica explanation model for clinics”

🎯 Why Choose ARTSY’s Model?

• Compact Yet Powerful – Small enough to carry, strong enough to teach.

• Clinically Relevant – Designed with real-world spinal issues in mind.

• Student & Patient Approved – Trusted in universities and hospitals alike.

• Visually Clear & Professionally Made – You’ll never need just a diagram again.

ARTSY Knee Joint Model with Flexible and Functional Ligaments

Life-Size, Anatomically Accurate Model for Teaching, Demonstration & Patient Education

🔍 Product Overview:

The ARTSY Knee Joint Model is a life-size, high-precision replica of the human knee designed for dynamic anatomical demonstration. With flexible ligaments and robust construction, it’s ideal for medical professionals, educators, students, and physiotherapists seeking a reliable teaching or diagnostic aid.

✅ Key Features (Point-Wise):

1. 🔸 Life-Size Accuracy:

   • Realistically scaled to replicate the human knee joint in detail.

   • Provides a clear understanding of joint structure and function.

2. 🔸 Functional Ligaments:

   • Includes flexible ACL, PCL, MCL, and LCL ligaments.

   • Enables realistic movement—flexion, extension, and slight rotation.

3. 🔸 Complete Bone Structure:

   • Shows femur, tibia, fibula, and patella with accurate articulation.

   • Great for studying bone alignment and joint mechanics.

4. 🔸 High Anatomical Detail:

   • Displays cartilage, menisci, and ligament attachments precisely.

   • Ideal for explaining common injuries such as ACL tears, sprains, or arthritis.

5. 🔸 Educational Applications:

   • Widely used by orthopedic doctors, physiotherapy trainers, medical colleges, and rehab professionals.

   • Supports clinical diagnosis, classroom teaching, and patient counseling.

6. 🔸 Durable & Reusable Build:

   • Made from medical-grade PVC, safe and long-lasting.

   • Withstands repeated use in busy clinical or academic settings.

7. 🔸 Mounted on Sturdy Base:

   • Ensures stable demonstrations without tipping or wobbling.

   • Easy to carry, clean, and position during sessions.

📦 Product Specifications:

• Brand: ARTSY

• Model: K01WLM

• Size: Life Size

• Weight: 900 grams

• Material: Medical-grade PVC with flexible synthetic ligaments

• Mounting: Pre-attached on a durable base

• Ideal For:

  • Patient Education

  • Orthopedic Consultations

  • Medical/Physiotherapy Teaching

  • Demonstrations & Self-Study

🧠 Perfect For Explaining:

• ACL/PCL ligament injuries

• Meniscus tears

• Osteoarthritis progression

• Post-surgical mobility

• Rehabilitation exercises

• Joint instability

🔎 Search Tags (SEO Keywords):

• “Functional knee joint anatomy model”

• “Life-size orthopedic knee replica with ligaments”

• “Teaching model for physiotherapy and joint injury”

• “PVC knee joint demonstration tool”

ARTSY’s Knee Joint Model turns complex joint anatomy into clear, visual knowledge. Whether you're treating a patient or training a student, it’s the perfect tool to show how the human knee truly works—flexibly, accurately, and effectively.

ARTSY Human Shoulder Joint Model with Flexible Ligaments

Anatomical Precision for Dynamic Education

🔍 Understand the Most Complex Joint in the Body

The shoulder is the most mobile—and most injury-prone—joint in the human body. With its intricate combination of bones, ligaments, and motion, understanding the shoulder is essential in orthopedics, physiotherapy, sports medicine, and anatomy education. The ARTSY Human Shoulder Joint Model with Flexible Ligaments delivers that clarity with professional-grade realism and movement.

Cast from an original human specimen, this life-size model includes:

• Scapula

• Clavicle

• Humeral head

• Acromion

• Coracoid process

• Functional ligaments

The flexible ligaments allow you to demonstrate real joint movements:

• Flexion & Extension

• Abduction & Adduction

• Internal & External Rotation

Whether you're in a medical school, surgical training lab, rehabilitation center, or clinical setting, this model provides a reliable tool for instruction and communication.

“I’ve used many shoulder models over the years, but this one is ideal for both function and structure. It’s made my teaching more visual and engaging.”
— Dr. Anna G., Orthopedic Educator, Munich

🧠 Teach Structure, Explain Function

The ARTSY Shoulder Joint Model doesn’t just show the bones—it moves like the real thing, offering a tactile and visual tool to explain:

• Rotator cuff mechanics

• Ligament injuries & sprains

• Shoulder dislocations

• Impingement syndrome

• Frozen shoulder

• Posture-related dysfunctions

With true-to-life articulation and anatomical fidelity, it’s ideal for use in:

• OSCE training

• Sports therapy sessions

• Chiropractic assessments

• Patient consultations

🧩 Model Highlights:

• Life-size dimensions – ~8.7 inches tall

• Removable base – for tabletop demonstrations or up-close interaction

• Durable medical-grade PVC – safe, non-toxic, and easy to clean

• Synthetic flexible ligaments – to simulate real joint behavior

• Compact & portable – excellent for on-the-go educators

“This model has changed how I explain injuries to patients. The ligaments move just enough to make the mechanics clear.”
— Dr. Michael T., Sports Chiropractor, Vancouver

🔑 Key Search Matches:

• “Shoulder joint model with ligaments”

• “Functional shoulder anatomy teaching tool”

• “Orthopedic training shoulder replica”

• “Rotator cuff demonstration model”

This model bridges the gap between textbook theory and clinical practice with movement, structure, and durability built into every detail.

📚 Built to Move. Designed to Teach.

The ARTSY Human Shoulder Joint Model helps you demonstrate:

• How soft tissue supports and restricts shoulder movement

• Why shoulder instability leads to impingement or dislocation

• Where rotator cuff injuries occur

• What happens during repetitive strain or poor biomechanics

Whether you're teaching anatomy or helping a patient understand their recovery path, this model allows for interactive, motion-based instruction that enhances retention and comprehension.

“The combination of anatomical detail and flexibility makes it the best shoulder model we’ve used. It bridges the gap between theory and movement beautifully.”
— Nisha S., Physical Therapy Instructor, Mumbai

🎓 Compact, Functional & Built for Real-World Use

At just under 9 inches tall and mounted on a sturdy base, the ARTSY shoulder model fits easily in clinics, classrooms, and portable demo kits. It’s a go-to visual tool for:

• MBBS instruction

• Post-surgical orientation

• Kinesiology labs

• Injury prevention programs

This is more than a prop—it's a precision teaching tool that moves with you.

ARTSY – Real Models for Real Understanding.
Because great education starts with tools that work as hard as you do.

ARTSY Set of 4 Human Joint Anatomical Models

Knee, Spine, Hip & Lumbar Disc Herniation – Functional, Durable, Clinically Trusted

🎓 Clarity That Elevates Clinical Teaching

When you're explaining anatomy or guiding recovery, clarity is key. The ARTSY Human Joints Anatomical Models – Set of 4 is a comprehensive, high-precision kit featuring life-size replicas of the knee joint, spinal column, hip joint, and a lumbar disc herniation segment. Designed for clinical accuracy and mounted for easy tabletop use, this set empowers hands-on education.

This is the go-to toolkit for:

• Medical colleges

• Physiotherapy institutes

• Orthopedic clinics

• Surgical demo labs

• Rehabilitation centers

🧩 Included in the Set:

1. Knee Joint Model with Ligaments

   • Shows full flexion-extension motion

   • Includes cruciate and collateral ligaments

   • Patella and menisci clearly visible

2. Full Spine with Pelvis & Femur Heads

   • Displays cervical to sacral vertebrae

   • Nerve roots and natural spinal curvature

   • Sacroiliac and pelvic alignment

3. Hip Joint Model with Ligaments

   • Functional articulation of femoral-acetabular joint

   • Includes iliofemoral, ischiofemoral, and pubofemoral ligaments

4. Lumbar Disc Herniation Model

   • Highlights L4–L5 disc prolapse

   • Shows nerve compression with clarity

Crafted from non-toxic, medical-grade PVC with flexible polymer ligaments, each model is mounted on its own labeled base for easy use, display, and instruction.

“We use this combo set during clinical rounds for orthopedic interns—it’s made a huge difference in how quickly they grasp biomechanics and injury diagnosis.”
— Dr. Iqbal Khan, Professor of Orthopedics, GMC Nagpur

🧠 Teach the Whole Musculoskeletal Picture

Each ARTSY model functions independently or in tandem—giving educators, clinicians, and students full flexibility in demonstration and diagnosis.

✅ Model Details:

1. Knee Joint Model

• Femur, tibia, fibula, and patella

• ACL, PCL, MCL, LCL, and menisci

• Functional movement to explain:

  • Ligament instability

  • ACL tears

  • Osteoarthritis

2. Spine with Pelvis & Femurs

• Full vertebral column (cervical to sacral)

• Nerve roots + pelvis & femoral heads

• Excellent for:

  • Posture correction

  • Sciatic pathway education

  • Degenerative spine conditions

3. Hip Joint Model with Ligaments

• Femoral head + acetabulum articulation

• Ligament system demonstrates joint stability

• Ideal for:

  • Labral tears

  • Hip arthritis

  • Surgical planning

4. Lumbar Disc Herniation Segment

• Posterolateral disc bulge at L4–L5

• Clear nerve root impingement

• Use to explain:

  • Sciatica

  • Disc degeneration

  • Nerve pain referral

🔍 SEO Keyword Match Terms

• “orthopedic joint model combo”

• “life-size PVC anatomy models”

• “spine and joint demonstration set”

• “physiotherapy joint teaching tools”

Whether for a BPT classroom, OPD setting, or patient counseling session, this kit meets the highest expectations in both function and form.

“We’ve integrated this set into our BPT program at Jamia Hamdard, Delhi, and students have dramatically improved their understanding of joint pathology.”
— Prof. Aashima Rathi, PT Faculty

🛠️ Built to Perform. Trusted by Professionals.

The ARTSY Joint Model Set provides a fully hands-on anatomy teaching experience that’s durable, realistic, and clinically aligned. This is how you explain:

• Why joint instability occurs

• How spinal posture affects nerves

• What happens in a herniated disc

• Where mobility starts and stops in major joints

“This 4-model set has become an integral part of our orthopedic OPD. Whether it’s explaining disc herniation or knee instability, these visuals save us time and improve patient understanding.”
— Dr. Neha Tyagi, Consultant Ortho, Fortis Hospital, Noida

💼 Compact. Complete. Clinically Relevant.

Every model is lightweight for portability but sturdy enough for daily clinical use. The clean bases and labeled design make it easy to rotate models through classrooms, therapy stations, and exam rooms without loss of fidelity.

Some teaching tools are good. A few are essential.
The ARTSY Set of 4 Human Joint Anatomical Models belongs in the latter category.

ARTSY Hip Joint Model (Life-Size) With Ligaments

Anatomical Accuracy Meets Clinical Clarity

🦴 A Model That Mirrors Reality

The hip joint is a masterpiece of engineering—built to bear weight and permit movement with strength and grace. The ARTSY Life-Size Hip Joint Model with Ligaments brings that biomechanical sophistication into sharp anatomical focus, offering professionals and students an unmatched tool for teaching, learning, and clinical demonstration.

Cast from an original human specimen, this model accurately presents:

• Femoral Head

• Acetabulum

• Ilium, Ischium, and Pubis

• Key Ligaments – Iliofemoral, Pubofemoral, and Ischiofemoral (semi-flexible synthetic for realism)

Mounted on a durable white base, the model combines portability with stability, making it ideal for clinic desktops, classrooms, and physical therapy stations.

✅ Why Professionals Choose ARTSY’s Hip Model:

• Realistic Bony Alignment: Shows the correct orientation of pelvic and femoral structures

• Functional Ligament Design: Demonstrates joint stabilization and movement limits

• Clinical Relevance: Perfect for explaining pathology like labral tears, arthritis, and impingement

• Durable Materials: Non-toxic PVC and flexible ligament fibers for years of handling

• Compact Yet Detailed: Easily fits on tabletops while offering 360° anatomical access

“This model helps us explain complex conditions in seconds. Patients see the connection between movement and pain instantly.”
— Dr. Ritu, Physiotherapy Lecturer, Delhi

🧠 Explore Structure, Function & Dysfunction

The ARTSY Hip Joint Model bridges textbook learning and hands-on explanation:

Used across:

• Medical Colleges & Anatomy Labs

• Orthopedic Clinics & Surgical Consults

• Physiotherapy & Sports Rehab

• Chiropractic & Osteopathic Education

🔍 Commonly Searched As:

• “Hip joint anatomy model with ligaments”

• “Life-size pelvis and femur teaching aid”

• “Orthopedic hip model for physiotherapy”

• “Pelvic structure with hip ligaments for education”

This model matches every intent—whether you’re teaching biomechanics, explaining post-op plans, or correcting movement dysfunction.

“Every time I show this to a patient, I see the moment it clicks. They finally understand why their rehab plan matters.”
— Jatin A., Senior Rehab Specialist, Patna

🛠️ Technical Specifications

🩺 Precision Built for Professionals

Whether you're preparing for a surgical consultation or an OSCE exam, the ARTSY Life-Size Hip Joint Model with Ligaments empowers communication and learning:

• Explain pre-op/post-op changes

• Illustrate movement dysfunction and rehab plans

• Teach ligament interaction with mobility patterns

• Clarify chronic pain syndromes through anatomical visualization

“I use this every day in patient consults and it’s never let me down. You can demonstrate so much with so little explanation when they can actually see it.”
— Dr. Rina Patel, Orthopedic Surgeon, Birmingham

🌟 Built to Educate. Designed to Last. Trusted Across India and Beyond.

If your work involves understanding or explaining how the hip works—or why it sometimes doesn’t—then the ARTSY Hip Joint Model with Ligaments belongs in your toolkit.

From patient rooms to anatomy labs, from physiotherapy floors to surgical briefings—this model doesn't just show. It teaches.

ARTSY Hand Joint Model with Ligaments

Premium Life-Size Hand Anatomy Tool for Education, Orthopedics & Rehab

Complete Anatomical Representation in One Durable Model

The ARTSY Hand Joint Model with Ligaments offers a life-size, anatomically precise representation of the human hand—featuring bones, ligaments, and joint connections with outstanding clarity. Designed for medical training, orthopedic consultation, and physiotherapy, this model bridges theory and practice in any clinical or academic setting.

🔍 Product Highlights:

• ✅ Includes All Major Bones: Carpals, metacarpals, phalanges, distal radius and ulna

• ✅ Semi-Flexible Ligaments: Demonstrates real joint articulation, motion limits, and structural support

• ✅ Educational Color-Coding: Orange-tinted ligaments and clean bone contrast aid visual learning

• ✅ Mounted Display: White base with upright support for 360° viewing in classroom or clinic

• ✅ Crafted for Durability: Made from medical-grade PVC and reinforced fittings for long-term use

🦴 Realistic Joint Design for Functional Understanding

This isn’t just a static skeleton—it’s a dynamic anatomical teaching tool:

• Carpal Bones: Scaphoid, lunate, triquetrum, pisiform, trapezium, trapezoid, capitate, hamate

• Metacarpals & Phalanges: Clearly aligned and structured for movement demonstrations

• Ligaments: Accurately positioned to show joint capsules, stabilization mechanisms, and stretch limitations

➡️ Limited range of motion lets you demonstrate:

• Flexion/extension of fingers

• Joint deviation and alignment abnormalities

• Pathologies like trigger finger, sprains, ligament laxity, and arthritis

🎓 Used By:

• Medical Colleges & Universities – Practical teaching, OSCE prep, and exam illustration

• Orthopedic Clinics & Hand Surgeons – Patient education and surgical planning

• Physiotherapy & OT Labs – Rehab demonstrations and ergonomic correction

• Chiropractors & Sports Therapists – Joint function analysis and injury explanation

“We’ve replaced outdated 2D charts with this model in our rehab department. It’s invaluable for demonstrating post-injury joint mechanics.”
— Dr. Sneha Iyer, Physiotherapist, Pune

🔍 Optimized for Common Search Terms:

• “Hand skeleton with ligaments model”

• “Anatomical hand joint PVC model”

• “Orthopedic teaching tool for hand anatomy”

• “Functional hand model with joints and tendons”

• “Rehab aid for wrist and finger mobility”

🛠️ Technical Specs:

💬 Endorsements from the Field

• “It brought carpal tunnel dynamics to life during anatomy lectures.”
  — Ritika Verma, MBBS Student, SMS Medical College

• “Crucial in demonstrating hand rehab concepts to patients and interns alike.”
  — Dr. Nitin Rao, MPT, AIIMS Bhopal

• “Our occupational therapy lab became dramatically more effective with this model.”
  — Ms. Aparna Sinha, OT Educator, PGIMER Chandigarh

✅ Why Choose This Model?

Because accuracy matters. Because visuals build trust. Because no diagram can replicate how ligaments constrain, guide, and protect joint motion. The ARTSY Hand Joint Model with Ligaments is more than a teaching aid—it’s a clinical explainer, a classroom ally, and a patient-education powerhouse.

Life-Size Hand Joint Model – Precision Anatomy for Hand and Wrist Education

A Clear View of Complex Motion, Structure, and Function

Quick Summary:

The Life-Size Hand Joint Model is a detailed, anatomically accurate replica of the human hand and wrist, showcasing every major bone, joint, and articulation. Ideal for medical education, physiotherapy training, and patient consultation, this model provides a three-dimensional reference for understanding the biomechanics of grip, fine motor control, and joint disorders.

Key Features:

✅ Life-Size Anatomical Accuracy – Includes carpal, metacarpal, and phalangeal bones with visible joint connections
✅ Fully Articulated Joints – Demonstrates motion at the wrist, MCP, PIP, and DIP joints
✅ Built for Education – Perfect for lectures, student labs, therapy sessions, and orthopedic clinics
✅ Durable Materials – Crafted from high-density, wear-resistant synthetic resin for long-term use
✅ Mounted for Stability – Comes with a sturdy base for display and handling

Comprehensive Bone Structure in 3D

The model features:

• Wrist Bones (Carpals) – Including scaphoid, lunate, triquetrum, pisiform, trapezium, trapezoid, capitate, and hamate

• Palm Bones (Metacarpals) – Clearly separated and labeled for reference

• Finger Bones (Phalanges) – With visible distal, middle, and proximal segments

• Articulated Joints – Movable fingers and thumb to demonstrate range of motion and joint mechanics

Whether you're teaching tendon pathways or reviewing post-injury mobility, this model supports real-time demonstration and hands-on learning.

Ideal for:

• Medical & Nursing Schools

• Physiotherapy and Occupational Therapy Programs

• Orthopedic & Hand Surgery Clinics

• Kinesiology and Sports Medicine

• Prosthetics and Rehabilitation Design

• Artist Anatomy Reference

“We use this in every hand rehabilitation module. It makes it easy to explain joint dysfunction and exercises.”
— Dr. Kavita Rao, Physiotherapy Professor, Hyderabad

Search Optimized & Clinically Trusted

This model ranks well for common queries like:

• “Hand bone joint model”

• “Anatomical hand skeleton for teaching”

• “Wrist and finger joint model for physiotherapy”

• “Life-size articulated hand model”

Its design clarity, functional articulation, and realistic proportions make it a standout tool in both academic and clinical environments.

Technical Details:

• Material: High-quality synthetic resin

• Size: Life-size (approx. 18–22 cm)

• Mounting: Display base with removable hand

• Weight: Lightweight yet stable for easy handling

• Finish: Neutral tone with labeled segments (optional color-coded version available)

Why It Matters

The hand is a masterpiece of precision and strength—but its complexity makes it hard to teach without the right tools. This model bridges that gap. Whether you're analyzing carpal tunnel syndrome, demonstrating post-fracture rehabilitation, or simply helping a student identify bony landmarks, this model delivers clarity, confidence, and comprehension.

Let me know if you'd like:

• A version that includes ligaments, muscles, or nerves

• Comparison copy against similar models

• An Amazon-style product title + bullet format

• A diagram with callouts or labeled parts

Artsy Life-Size Foot Joint Model with Muscles & Ligaments

Dynamic Anatomy You Can See, Touch, and Teach

Quick Summary (for eCommerce or product cards):

The Artsy Foot Joint Model with Muscles & Ligaments presents a full-spectrum, life-size anatomical view of the human foot and ankle—combining detailed skeletal structure with soft tissue components. Designed for educators, clinicians, and rehabilitation specialists, it vividly showcases bones, tendons, ligaments, and joint capsules in true-to-life form and color. Whether you’re teaching anatomy, explaining an injury, or guiding recovery, this model delivers a complete picture of foot biomechanics in motion.

Key Features & Benefits:

✅ Life-Size & Multilayered – Complete foot and ankle model with bones, muscles, ligaments, and tendons
✅ Soft Tissue Detail – Achilles tendon, plantar fascia, deltoid and lateral ligaments, extensor tendons, and more
✅ Color-Coded Anatomy – Differentiated components make it easy to teach or explain muscle-tendon-ligament interactions
✅ Educational & Clinical Use – Supports injury diagnosis, biomechanics education, rehab instruction, and post-op counseling
✅ Durable & Stable – Cast in medical-grade polymer and resin; securely mounted on a display base for 360° demonstration

From Static Anatomy to Dynamic Insight

The foot doesn’t function in isolation—and this model shows exactly how it operates under real-world stress.
You’ll find:

• Tibia & Fibula – Connected to ankle bones for contextual alignment

• Tarsals, Metatarsals & Phalanges – Anatomically accurate skeletal detail

• Muscles & Tendons – Including extensor digitorum longus, tibialis anterior tendons, and Achilles tendon

• Ligament Complexes – Lateral (ATFL, CFL), medial/deltoid, and plantar ligaments displayed in natural positions

• Plantar Fascia – Shown in full tension along the arch, ideal for discussing support and strain patterns

This 3D foot model is especially valuable in sports medicine, podiatry, physiotherapy, and anatomical education—helping explain complex conditions such as plantar fasciitis, ankle instability, tendonitis, and ligament sprains.

Who Uses This Model:

• Medical & Allied Health Faculties

• Orthopedic Surgeons & Sports Doctors

• Physiotherapists & Rehab Clinics

• Podiatrists & Footwear Designers

• Athletic Trainers & Movement Coaches

“This model goes beyond bone—it shows the soft tissue mechanics that actually matter in function and injury.”
— Prof. Ravi Menon, Orthopedic Trainer, Bangalore

Real Function, Real Understanding

This isn’t just a model—it’s a teaching system.
Use it to:

• Explain injury mechanisms (like ligament tears or tendon inflammation)

• Demonstrate muscle-tendon interactions and overuse syndromes

• Illustrate postural alignment and kinetic chain disruptions

• Guide rehab plans and surgical recovery strategies

“We use this in our sports lab to show how muscles stabilize the foot. Students grasp mechanics faster and deeper.”
— Laura S., Sports Science Faculty, Dublin

Built to Withstand Daily Demonstration

• Materials: High-grade resin for bones; resilient polymer for tendons & ligaments

• Finish: Vivid, clinically accurate color scheme with natural texture

• Mounting: Secured on a weighted base with internal support rod for 360° visibility

• Dimensions: Life-size (approx. 25–28cm long), anatomically scaled

SEO & Search Alignment:

Ranks well under terms like:

• Foot model with ligaments and tendons

• 3D foot anatomy model with muscles

• Functional foot skeleton teaching aid

• Anatomical foot for podiatry and physio training

• Soft tissue foot model for orthopedic education

This model doesn’t just stand out visually—it performs where it counts: in search, in sessions, and in science.

Why It Belongs in Every Teaching & Treatment Setting

The human foot is a biomechanical marvel—and this model honors that complexity with clarity.
Whether you’re training future clinicians, explaining chronic foot pain, or teaching athletic rehab protocols, the Artsy Foot Joint Model with Muscles & Ligaments gives you the tools to bridge the gap between textbook theory and real-world understanding.

“Every patient interaction is better with this model. They see the injury. They understand the solution.”
— Dr. Eliot R., Orthopedic Specialist, Chicago

Clear. Functional. Anatomical.

The Artsy Foot Joint Model with Muscles & Ligaments isn’t just an academic tool—it’s a practical solution. For teaching, for treatment, for training—it works. Every tendon. Every ligament. Every explanation.

Artsy Life-Size Foot Joint Model – Precision Anatomy for Foot and Ankle Education

Where Skeletal Clarity Meets Clinical Utility

Quick Overview (for product card or online listing):

The Artsy Foot Joint Model offers a life-size, anatomically accurate representation of the human foot and ankle skeleton. Designed to support medical teaching, patient education, and biomechanical assessment, it features the complete bony structure of the foot—including tibia, fibula, tarsals, metatarsals, and phalanges—in correct anatomical alignment. Fixed on a stable base, it is an essential visual tool for orthopedic clinics, physiotherapy sessions, and podiatric instruction.

Product Features & Benefits:

✅ Life-Size & Anatomically Correct – All 26 bones of the human foot and ankle, including tibia and fibula, in detailed 1:1 scale
✅ Clear Joint Segmentation – Perfect for teaching articulation, load transfer, and biomechanical function
✅ Fixed Alignment – Ideal for static demonstration of foot posture, weight-bearing distribution, and joint integrity
✅ Durable Construction – Made from high-grade synthetic resin, designed for repeated academic and clinical use
✅ Base-Mounted Stability – Weighted platform for confident handling and display during lectures or consultations

Detailed Structure – Designed for Clinical Precision

From heel strike to toe-off, every foot movement depends on a finely tuned interaction of bones and joints. The Artsy Foot Joint Model captures this complexity in stunning anatomical detail.

Included bones and regions:

• Tibia & Fibula – Providing proximal context and ankle articulation

• Tarsal Bones – Including talus, calcaneus, navicular, cuboid, and cuneiforms

• Metatarsals & Phalanges – With segmented toe structure and visible alignment points

• Forefoot Joint Hinges – Metal hardware at metatarsophalangeal joints enhances visual separation for teaching articulation and deformities

This model offers powerful visualization of common conditions like plantar fasciitis, bunions, stress fractures, flat feet, and post-trauma misalignment. Though it features fixed joints, the exposed structures and clear segmentation allow you to demonstrate motion pathways and discuss kinetic chain implications with ease.

Ideal For:

• Medical & Allied Health Education – MBBS, BPT, BSc Anatomy, Osteopathy, Chiropractic

• Clinical Consultations – Orthopedics, podiatry, sports medicine, and rehab clinics

• Therapy & Biomechanics Instruction – Physiotherapy and gait assessment programs

• Footwear & Orthotic Design – Educating on pressure zones and bone alignment

• Visual Aid for OSCE Prep – Excellent for lower limb joint examination modules

“This model gives my students a tactile reference for foot biomechanics that no slide or animation can match.”
— Dr. Kashish, Human Anatomy Faculty, Raipur

Built for Education in Motion – Even When Static

Though the bones are fixed for stability, this model is incredibly effective for teaching:

• Joint loading and weight transfer

• Bone alignment and posture issues

• Common deformities like hallux valgus

• Connections between foot structure and upstream joint dysfunction

Need to explain how arch collapse impacts the knees? This is your go-to teaching tool.

Product Specifications:

• Material: Non-toxic, lightweight synthetic resin

• Finish: Neutral ivory tone for medical presentation

• Mobility: Fixed skeletal alignment with visible articulation points

• Mount: Stable white base, detachable if needed

• Weight: Light enough for transport, stable enough for demonstration

• Size: Life-size (approx. 1:1 human scale)

“It’s now part of every podiatry course I teach. Students learn faster, and patients understand better.”
— Dr. Malik K., Academic Dean, Dubai Health Sciences Institute

Optimized for Key Search Terms:

Ranked for relevant queries including:

• Life-size skeletal foot model

• Foot and ankle anatomy replica

• Podiatric teaching model

• Orthopedic joint education tool

• Foot bone structure model for physiotherapy

This model consistently delivers on expectations for scale, accuracy, utility, and durability.

From Lecture Hall to Rehab Clinic – Trusted by Professionals

Whether you're educating the next generation of healthcare professionals or breaking down an ankle injury for a patient, the Artsy Foot Joint Model gives you a reliable, effective way to communicate complex anatomy with clarity and confidence.

“It’s sturdy, compact, and instantly improves my patient consults. People actually understand their condition once they see it.”
— Sneha D., Lead Physiotherapist, Delhi

One Model. Many Uses. Endless Value.

The foot plays a pivotal role in every motion we make—and this model helps highlight that importance. From diagnosis to demonstration, from lab to clinic, the Artsy Foot Joint Model stands out not by doing too much—but by doing exactly what’s needed: making anatomy clear, relatable, and useful.

Artsy Life-Size Functional Elbow Joint Model with Ligaments

See the Elbow in Motion. Teach, Treat, and Train with Confidence.

Product Summary (for eCommerce or packaging):

Explore the mechanics of the elbow with the Artsy Life-Size Elbow Joint Model—a fully functional, anatomically accurate replica of the humerus, radius, and ulna, connected with flexible ligaments. Designed to demonstrate real movement, this model supports elbow flexion, extension, pronation, and supination. Ideal for physiotherapy training, orthopedic education, patient consultations, and OSCE prep, it’s a durable and dynamic tool for hands-on anatomical learning.

Full Description (Refined & Rebranded):

The elbow is far more than a simple hinge—it’s a complex, multi-axial joint that allows powerful yet precise movement. The Artsy Functional Elbow Joint Model brings this complexity to life with clinical-grade realism and movement that mirrors the human body.

Featuring a life-size articulation of the humerus, radius, and ulna, this model is equipped with semi-flexible ligaments to replicate the elbow’s natural range of motion. Use it to demonstrate elbow flexion, extension, and forearm rotation (pronation and supination), making it a valuable tool for instructors, clinicians, and therapists alike.

Key Anatomical Features:

• Humerus, Radius & Ulna – Precisely molded with anatomical landmarks such as the olecranon, trochlea, and radial head

• Functional Ligaments – Including annular and collateral ligaments to replicate elbow stability

• Fully Articulating – Realistic joint movement mimics natural mechanics

• Mounted Base – Removable for handheld use or table-top demonstrations

Why Professionals Choose Artsy:

✅ Real Movement – Demonstrates both hinge (flexion/extension) and rotational (pronation/supination) motion
✅ Anatomically Accurate – Designed with clinical precision for educational and diagnostic clarity
✅ Built to Last – Non-toxic PVC and reinforced ligaments ensure longevity under frequent use
✅ Educational Versatility – Suitable for OSCEs, rehab protocols, surgical prep, and more
✅ Visual & Tactile Learning – Perfect for demonstrating conditions like tennis elbow, ligament sprains, joint instability, and post-surgical limitations

Ideal For:

• Medical & Physiotherapy Education

• Orthopedic Consultations

• Sports Injury Clinics & Rehab Centers

• Chiropractic & Manual Therapy

• OSCE Preparation & Practical Labs

• Patient Communication & Compliance Support

“Clear, flexible, and built to move—it’s one of the best elbow teaching tools I’ve used. Great for explaining motion restrictions and ligament injuries.”
— Dr. Vivek Rana, Orthopedic Surgeon, India

Functional Design Meets Clinical Purpose

This model isn’t just for display—it’s designed for daily handling and demonstration. Use it to walk a patient through a ligament tear, guide a student through the radial head’s articulation, or show athletes how repetitive stress affects elbow alignment.

The detachable base allows you to use it hands-on, while the flexible ligaments provide a true-to-life experience of resistance and movement limitation. It's especially useful when explaining rehabilitation exercises, joint mechanics, or post-injury adaptations.

Built for Teaching. Designed to Last.

• Material: High-density, non-toxic PVC and durable polymer ligaments

• Mobility: Functional range of motion for key elbow actions

• Display: Mounted on a clean, detachable white base

• Dimensions: Life-size for true anatomical scale

• Usage: Suitable for both clinical and classroom environments

“We’ve used it across multiple batches in practical sessions—it holds up well and offers great clarity for students learning joint biomechanics.”
— Reetika Sharma, Final-Year MBBS Student

Optimized for Search and Discovery:

Aligns with high-intent terms such as:

• Functional elbow joint model

• Elbow model with ligaments

• Life-size elbow anatomy replica

• Clinical joint demonstration tool

• PVC elbow motion teaching model

Because that’s exactly what it delivers: a precise, portable, and practical elbow model for education in motion.

Anatomy That Moves With Purpose

Whether you’re treating injury, teaching anatomy, or prepping students for exams, the Artsy Elbow Joint Model provides a powerful, physical reference point. It's a model that moves like the real joint, helping you communicate clearly and educate effectively.

“This changed how we do patient education. People actually see what’s happening with their elbow—and that changes everything.”
— Dr. Aayush Mehra, Sports Physiotherapist, Mumbai

From academic labs to clinical consultations, this model empowers your work by making elbow anatomy dynamic, tactile, and easy to understand. Because when learning meets movement, understanding follows naturally.

Artsy Anatomical Joint Model Set of 5 – Knee, Shoulder, Hip, Foot & Hand

Precision You Can Feel. Accuracy You Can Teach.

Product Summary (Short Version for Web/Listing):

Bring anatomy to life with the Artsy Anatomical Joint Model Set — a premium, 5-piece educational tool designed for immersive learning. Crafted to mirror the natural articulation, structure, and movement of real joints, this professional-grade set includes anatomically accurate models of the knee, shoulder, hip, hand, and foot. Ideal for medical schools, PT programs, and clinical educators, each joint is independently mounted and built with soft-touch, flexible materials that simulate real tissue tension and movement. Trusted globally, engineered for clarity — Artsy models turn complex anatomy into lasting comprehension.

Full Description with Branding Updated:

Teaching joint anatomy isn’t easy. The structures are intricate. The terminology is dense. And the consequences of misunderstanding joint function — from misdiagnosis to surgical error — are real. That’s why educators and clinicians across the world trust the Artsy Anatomical Joint Model Set to bring clarity, realism, and confidence into every lesson.

This five-joint premium model set includes:

• Knee Joint – Femur, tibia, fibula, and patella with flexible cruciate and collateral ligaments.
• Shoulder Joint – Scapula, clavicle, and humerus with rotator cuff ligaments and joint capsule.
• Hip Joint – Realistic acetabulum and femoral head with surrounding ligamentous support.
• Hand Joint – Metacarpals, carpals, phalanges, and visible ligament detail for full-range manipulation.
• Foot Joint – Tarsal and metatarsal structures, with tendon, ligament, and arch system replication.

Each joint is independently mounted for ease of handling and real-time demonstration. Educators can illustrate movement, dysfunction, and anatomical relationships with precision and interactivity.

Why Choose Artsy Joint Models?

• ✅ Expertly Developed – Designed in collaboration with orthopedic surgeons, educators, and medical illustrators.
• ✅ Tactile Realism – Soft-touch polymers replicate tissue flexibility and ligament tension.
• ✅ Anatomical Precision – No oversimplification, no shortcuts — just clinically accurate structures.
• ✅ Built for Heavy Use – Durable enough for classrooms, sophisticated enough for surgical training.
• ✅ Versatile Application – From OSCE prep to patient education, these models adapt to any learning stage.

Designed for Education. Trusted by Professionals.

When students physically interact with anatomical structures, they retain more, understand faster, and engage deeper. With Artsy, they see patella tracking, feel ligament tension, and understand joint rotation — not just from a diagram, but from hands-on experience.

Perfect for:

• Medical and allied health programs
• Physical therapy, chiropractic, and sports medicine training
• Simulation labs, A&P instruction, and practical exams
• Patient education and visual diagnosis aid

Global Trust. Local Impact.

Artsy models are in use in over 40 countries — from university labs to orthopedic training centers. Whether you're teaching first-year med students or preparing residents for clinical rotations, our joint models grow with your curriculum and adapt to evolving learning needs.

What Professionals Say:

“The Artsy joint models help my students bridge the gap between textbook diagrams and real-life clinical function. They’re durable, realistic, and teaching just clicks.”
– Dr. Harish N., Lead Anatomy Instructor

“I’ve used several brands, but Artsy stands out for anatomical fidelity. The feel, the articulation, the details — they’re as close to real joints as you’ll get in the classroom.”
– Prof. Geetika K., PhysioEd Faculty

Elevate Anatomy Education

This isn’t just a model set — it’s an investment in how future professionals understand the human body. When you choose Artsy, you’re choosing tools that foster true comprehension, better performance, and clinical confidence.