Yoga Mat

Name: Yoga Mat - Amaris Medical Solutions
Price: 1.00 USD
Availability: InStock

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A Yoga Mat is a cushioned, non-slip surface designed for therapeutic exercise, rehabilitation, stretching, balance training, and mind-body therapies in clinical and home settings. Manufactured from PVC, TPE, natural rubber, or EVA foam in various thicknesses from thin to extra thick, the mat provides shock absorption that protects arthritic or post-surgical joints, a stable surface for balance training and proprioceptive exercises, and a comfortable base for floor-based strengthening and stretching activities. The non-slip texture prevents sliding during dynamic movements, reducing fall risk during rehabilitation. For the physical therapist and occupational therapist, the yoga mat enables safe performance of therapeutic exercises, home exercise programs, and group therapy classes. For the patient recovering from joint replacement, managing chronic low back pain, or undergoing neurological rehabilitation, the yoga mat provides a dedicated, portable surface for performing prescribed exercises correctly, comfortably, and safely—supporting adherence to rehabilitation protocols and improving functional outcomes.

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Categories: FITNESS & SPORTS MEDICINE EQUIPMENT, Physical Therapy & Rehabilitation, Physical Therapy Equipment, REHABILITATION AND MOBILITY AIDS Tags: Cushioned Mat, Exercise Equipm, Exercise Mat, Fitness Mat, Non-Slip Mat, Physical Therapy Mat, Pilates Mat, Rehabilitation Mat, Therapy Mat, Yoga Mat

Description

Yoga Mat

PRIMARY CLINICAL & DIAGNOSTIC USES

1. Non-Slip Surface for Therapeutic Exercise

Primary Use: Provides a cushioned, non-slip surface for performing therapeutic exercises, stretching, and rehabilitation activities in clinical and home settings.
How it helps: For the physical therapist and occupational therapist, the yoga mat creates a stable, comfortable surface that prevents slipping during exercises—enabling patients to perform strengthening, balance, and range of motion activities safely. For the patient recovering from injury or surgery, a non-slip mat reduces fall risk during home exercise programs, supporting adherence to prescribed rehabilitation protocols.

2. Cushioning for Pressure-Sensitive Joints

Primary Use: Provides shock-absorbing cushioning that reduces pressure on knees, elbows, spine, and other bony prominences during floor-based exercises.
How it helps: For the physical therapist and rehabilitation specialist, the yoga mat’s cushioning protects arthritic or post-surgical joints during kneeling, lying, or weight-bearing exercises—enabling patients to perform prescribed movements without pain that would otherwise limit participation. For the patient with osteoarthritis, rheumatoid arthritis, or recent joint replacement, the cushioned surface allows comfortable floor exercises that strengthen supporting muscles and maintain joint mobility.

3. Balance and Proprioception Training Surface

Primary Use: Provides a stable yet compliant surface for balance training, proprioceptive exercises, and fall prevention activities in older adults and neurologically impaired patients.
How it helps: For the geriatric specialist and neurological physical therapist, the yoga mat offers a defined, predictable surface for standing balance exercises—challenging proprioception without the instability that might cause falls. For the elderly patient or patient with Parkinson’s disease, stroke, or peripheral neuropathy, regular balance training on a yoga mat improves postural control, reduces fall risk, and maintains independent mobility.

4. Support for Mind-Body Therapies

Primary Use: Provides a comfortable, hygienic surface for meditation, breathing exercises, and relaxation techniques used in stress management and chronic pain programs.
How it helps: For the pain management specialist and mental health clinician, the yoga mat creates a dedicated space for mindfulness-based stress reduction, diaphragmatic breathing, and guided relaxation—interventions that reduce chronic pain perception and improve psychological well-being. For the patient with chronic low back pain, fibromyalgia, or anxiety disorders, a regular mat-based relaxation practice provides non-pharmacological symptom relief and improves quality of life.

SECONDARY & SUPPORTIVE USES

1. Pilates and Core Strengthening: Used as a cushioned surface for mat-based Pilates exercises that strengthen core musculature and improve spinal stability.

2. Post-Operative Rehabilitation: Used for gentle stretching and range of motion exercises following orthopedic surgeries including hip replacement, knee replacement, and shoulder surgery.

3. Chronic Low Back Pain Management: Used for McKenzie method exercises, Williams flexion exercises, and other evidence-based protocols for chronic low back pain.

4. Pregnancy and Postpartum Exercise: Used for prenatal and postnatal exercise programs including pelvic floor strengthening, gentle stretching, and relaxation.

5. Pediatric Physical Therapy: Used as a clean, cushioned surface for floor-based exercises and play therapy in children with developmental delays.

6. Geriatric Fall Prevention Classes: Used in community-based fall prevention programs for balance and strengthening exercises in older adults.

7. Yoga Therapy for Medical Conditions: Used in yoga therapy programs for patients with hypertension, heart disease, diabetes, and chronic respiratory conditions.

8. Multiple Sclerosis Exercise Programs: Used for cooling-appropriate exercise programs for patients with multiple sclerosis who benefit from floor-based strengthening.

9. Spinal Cord Injury Rehabilitation: Used as a padded surface for mat-based transfer training and upper body strengthening in patients with paraplegia.

10. Amputee Rehabilitation: Used for balance training and core strengthening in patients with lower limb amputation before prosthetic fitting.

11. Concussion and Vestibular Rehabilitation: Used for gaze stabilization and balance retraining exercises in patients with persistent post-concussion symptoms.

12. Lymphedema Management: Used for gentle stretching and range of motion exercises as part of complete decongestive therapy.

13. Home Exercise Program Compliance: Provides patients with a dedicated, portable surface for performing prescribed home exercises correctly and safely.

14. Group Therapy Classes: Used in hospital-based wellness programs, cardiac rehabilitation, and pulmonary rehabilitation for group exercise sessions.

KEY PRODUCT FEATURES

1. BASIC IDENTIFICATION ATTRIBUTES

Device Type: A cushioned, non-slip mat designed for therapeutic exercise, rehabilitation, stretching, balance training, and mind-body therapies in clinical and home settings.
Designation: Yoga Mat, Exercise Mat, Physical Therapy Mat, Rehabilitation Mat, Pilates Mat, Fitness Mat, Non-Slip Mat, Cushioned Mat, Floor Mat.
Key Components:

o Mat Body: Cushioned foam or rubber layer providing comfort and support.

o Surface Texture: Non-slip, textured surface for traction.

o Material: PVC (polyvinyl chloride), TPE (thermoplastic elastomer), natural rubber, EVA foam, or cork.

o Thickness: Range from thin (travel) to thick (extra cushioning).

o Dimensions: Standard length, width, and height.

2. TECHNICAL & PERFORMANCE PROPERTIES

Material Types: PVC (durable, economical), TPE (eco-friendly, lightweight), natural rubber (excellent grip, biodegradable), EVA foam (lightweight, affordable), cork (natural, antimicrobial).
Thickness: Thin, Standard, Thick, Extra thick.
Dimensions: Standard length, extended length, width, and height.
Density: Low density (soft, more cushioning) or high density (firm, more stability).
Surface Texture: Smooth, raised dots, or waffle texture for traction.
Slip Resistance: Dry grip and wet grip performance.
Shock Absorption: Measured as percentage of impact force attenuated.
Latex-Free: Natural rubber mats contain latex; PVC, TPE, and EVA are latex-free.
Phthalate-Free: Many PVC mats are now available phthalate-free.
Biodegradability: Natural rubber and TPE are more eco-friendly; PVC is not biodegradable.

3. PHYSICAL & OPERATIONAL PROPERTIES

Weight: Range from lightweight to heavy depending on thickness and material.
Portability: Lightweight mats roll up for transport; heavier mats may be less portable.
Cleaning: Wipe with damp cloth and mild soap or mat cleaner; air dry.
Maintenance: Regular cleaning prevents bacterial and fungal growth.
Durability: PVC and rubber mats last longer; EVA foam compresses over time.
Roll Direction: Some mats roll with printed side out; others roll with printed side in.
Storage: Rolled or folded for storage; avoid prolonged folding which may create creases.

4. SAFETY & COMPLIANCE ATTRIBUTES

Regulatory Status: Not a medical device; considered fitness or rehabilitation equipment.
Non-Toxic: Free from heavy metals, phthalates, and other harmful chemicals in quality mats.
Latex Warning: Natural rubber mats contain latex; warn patients with latex allergy.
Slip Resistance: Meets or exceeds industry standards for surface traction.
Flammability: Foam materials are combustible; meets standard flammability requirements.

5. STORAGE & HANDLING ATTRIBUTES

Storage: Store rolled or flat in a cool, dry location; avoid prolonged exposure to direct sunlight which may degrade materials.
Shelf Life: Several years depending on material and storage conditions.
Cleaning: Wipe with damp cloth and mild soap after each use; disinfect between patients per facility protocol.
Disinfection: Use appropriate disinfectant wipes for shared mats; allow to dry completely before use.
Inspection: Inspect regularly for tears, cracks, or material breakdown; replace if surface is compromised.
Rolling: Roll mat with printed side out (if applicable) to prevent curling.

6. LABORATORY & CLINICAL APPLICATIONS

Primary Application: Cushioned, non-slip surface for therapeutic exercise, rehabilitation, balance training, stretching, and mind-body therapies in physical therapy, occupational therapy, and wellness settings.
Clinical Role: Essential equipment in physical therapy clinics, occupational therapy departments, rehabilitation centers, hospitals, skilled nursing facilities, outpatient clinics, wellness centers, and home healthcare for exercise-based interventions.

SAFETY HANDLING PRECAUTIONS

1. SAFETY PRECAUTIONS

Non-Slip Surface: Place mat on clean, dry, non-carpeted floor for optimal traction; avoid use on wet or slippery surfaces.
Latex Allergy: Use latex-free mats (PVC, TPE, EVA) for patients with known latex allergy.
Cleaning Protocol: Clean and disinfect mats between patients to prevent cross-contamination and fungal transmission.
Skin Irritation: Patients with sensitive skin may experience irritation from certain materials; consider mat covers or alternative materials.
Fall Risk: Mats can be a tripping hazard; secure edges or remove when not in use.
Proper Thickness: Use appropriate thickness for patient needs; too thick may reduce stability for balance exercises; too thin may not provide adequate cushioning.
Not for High-Impact: Yoga mats are not designed for high-impact plyometric exercises; use appropriate flooring.
Supervision: Patients at high fall risk should be supervised during mat-based exercises.

2. FIRST AID MEASURES

Mat Slippage: If mat slips during use, discontinue exercise, dry floor surface, and ensure mat is on non-slip flooring.
Skin Abrasion: If mat causes skin abrasion, clean the area with soap and water, apply appropriate dressing, and consider mat cover or alternative material.
Allergic Reaction: If signs of latex or material allergy occur, discontinue use, clean skin, and consider alternative mat material.

3. FIRE FIGHTING MEASURES

Flammability: Foam and rubber mats are combustible; may melt or burn if exposed to flame or high heat.
Extinguishing Media: Use water, foam, dry chemical, or carbon dioxide for fire involving mat materials.
Fire Response: No special fire hazards beyond typical combustible materials.

Yoga Mat

Yoga Mat

PRIMARY CLINICAL & DIAGNOSTIC USES

1. Non-Slip Surface for Therapeutic Exercise

Primary Use: Provides a cushioned, non-slip surface for performing therapeutic exercises, stretching, and rehabilitation activities in clinical and home settings.

2. Cushioning for Pressure-Sensitive Joints

Primary Use: Provides shock-absorbing cushioning that reduces pressure on knees, elbows, spine, and other bony prominences during floor-based exercises.

3. Balance and Proprioception Training Surface

Primary Use: Provides a stable yet compliant surface for balance training, proprioceptive exercises, and fall prevention activities in older adults and neurologically impaired patients.

4. Support for Mind-Body Therapies

Primary Use: Provides a comfortable, hygienic surface for meditation, breathing exercises, and relaxation techniques used in stress management and chronic pain programs.

SECONDARY & SUPPORTIVE USES

1. Pilates and Core Strengthening: Used as a cushioned surface for mat-based Pilates exercises that strengthen core musculature and improve spinal stability.

2. Post-Operative Rehabilitation: Used for gentle stretching and range of motion exercises following orthopedic surgeries including hip replacement, knee replacement, and shoulder surgery.

3. Chronic Low Back Pain Management: Used for McKenzie method exercises, Williams flexion exercises, and other evidence-based protocols for chronic low back pain.

4. Pregnancy and Postpartum Exercise: Used for prenatal and postnatal exercise programs including pelvic floor strengthening, gentle stretching, and relaxation.

5. Pediatric Physical Therapy: Used as a clean, cushioned surface for floor-based exercises and play therapy in children with developmental delays.

6. Geriatric Fall Prevention Classes: Used in community-based fall prevention programs for balance and strengthening exercises in older adults.

7. Yoga Therapy for Medical Conditions: Used in yoga therapy programs for patients with hypertension, heart disease, diabetes, and chronic respiratory conditions.

8. Multiple Sclerosis Exercise Programs: Used for cooling-appropriate exercise programs for patients with multiple sclerosis who benefit from floor-based strengthening.

9. Spinal Cord Injury Rehabilitation: Used as a padded surface for mat-based transfer training and upper body strengthening in patients with paraplegia.

10. Amputee Rehabilitation: Used for balance training and core strengthening in patients with lower limb amputation before prosthetic fitting.

11. Concussion and Vestibular Rehabilitation: Used for gaze stabilization and balance retraining exercises in patients with persistent post-concussion symptoms.

12. Lymphedema Management: Used for gentle stretching and range of motion exercises as part of complete decongestive therapy.

13. Home Exercise Program Compliance: Provides patients with a dedicated, portable surface for performing prescribed home exercises correctly and safely.

14. Group Therapy Classes: Used in hospital-based wellness programs, cardiac rehabilitation, and pulmonary rehabilitation for group exercise sessions.

1. BASIC IDENTIFICATION ATTRIBUTES

Device Type: A cushioned, non-slip mat designed for therapeutic exercise, rehabilitation, stretching, balance training, and mind-body therapies in clinical and home settings.

Designation: Yoga Mat, Exercise Mat, Physical Therapy Mat, Rehabilitation Mat, Pilates Mat, Fitness Mat, Non-Slip Mat, Cushioned Mat, Floor Mat.

Key Components:

o Mat Body: Cushioned foam or rubber layer providing comfort and support.

o Surface Texture: Non-slip, textured surface for traction.

o Material: PVC (polyvinyl chloride), TPE (thermoplastic elastomer), natural rubber, EVA foam, or cork.

o Thickness: Range from thin (travel) to thick (extra cushioning).

o Dimensions: Standard length, width, and height.

2. TECHNICAL & PERFORMANCE PROPERTIES

Material Types: PVC (durable, economical), TPE (eco-friendly, lightweight), natural rubber (excellent grip, biodegradable), EVA foam (lightweight, affordable), cork (natural, antimicrobial).

Thickness: Thin, Standard, Thick, Extra thick.

Dimensions: Standard length, extended length, width, and height.

Density: Low density (soft, more cushioning) or high density (firm, more stability).

Surface Texture: Smooth, raised dots, or waffle texture for traction.

Slip Resistance: Dry grip and wet grip performance.

Shock Absorption: Measured as percentage of impact force attenuated.

Latex-Free: Natural rubber mats contain latex; PVC, TPE, and EVA are latex-free.

Phthalate-Free: Many PVC mats are now available phthalate-free.

Biodegradability: Natural rubber and TPE are more eco-friendly; PVC is not biodegradable.

3. PHYSICAL & OPERATIONAL PROPERTIES

Weight: Range from lightweight to heavy depending on thickness and material.

Portability: Lightweight mats roll up for transport; heavier mats may be less portable.

Cleaning: Wipe with damp cloth and mild soap or mat cleaner; air dry.

Maintenance: Regular cleaning prevents bacterial and fungal growth.

Durability: PVC and rubber mats last longer; EVA foam compresses over time.

Roll Direction: Some mats roll with printed side out; others roll with printed side in.

Storage: Rolled or folded for storage; avoid prolonged folding which may create creases.

4. SAFETY & COMPLIANCE ATTRIBUTES

Regulatory Status: Not a medical device; considered fitness or rehabilitation equipment.

Non-Toxic: Free from heavy metals, phthalates, and other harmful chemicals in quality mats.

Latex Warning: Natural rubber mats contain latex; warn patients with latex allergy.

Slip Resistance: Meets or exceeds industry standards for surface traction.

Flammability: Foam materials are combustible; meets standard flammability requirements.

5. STORAGE & HANDLING ATTRIBUTES

Storage: Store rolled or flat in a cool, dry location; avoid prolonged exposure to direct sunlight which may degrade materials.

Shelf Life: Several years depending on material and storage conditions.

Cleaning: Wipe with damp cloth and mild soap after each use; disinfect between patients per facility protocol.

Disinfection: Use appropriate disinfectant wipes for shared mats; allow to dry completely before use.

Inspection: Inspect regularly for tears, cracks, or material breakdown; replace if surface is compromised.

Rolling: Roll mat with printed side out (if applicable) to prevent curling.

6. LABORATORY & CLINICAL APPLICATIONS

Primary Application: Cushioned, non-slip surface for therapeutic exercise, rehabilitation, balance training, stretching, and mind-body therapies in physical therapy, occupational therapy, and wellness settings.

Clinical Role: Essential equipment in physical therapy clinics, occupational therapy departments, rehabilitation centers, hospitals, skilled nursing facilities, outpatient clinics, wellness centers, and home healthcare for exercise-based interventions.

1. SAFETY PRECAUTIONS

Non-Slip Surface: Place mat on clean, dry, non-carpeted floor for optimal traction; avoid use on wet or slippery surfaces.

Latex Allergy: Use latex-free mats (PVC, TPE, EVA) for patients with known latex allergy.

Cleaning Protocol: Clean and disinfect mats between patients to prevent cross-contamination and fungal transmission.

Skin Irritation: Patients with sensitive skin may experience irritation from certain materials; consider mat covers or alternative materials.

Fall Risk: Mats can be a tripping hazard; secure edges or remove when not in use.

Proper Thickness: Use appropriate thickness for patient needs; too thick may reduce stability for balance exercises; too thin may not provide adequate cushioning.

Not for High-Impact: Yoga mats are not designed for high-impact plyometric exercises; use appropriate flooring.

Supervision: Patients at high fall risk should be supervised during mat-based exercises.

2. FIRST AID MEASURES