Orthotic Intervention for the Hand and Upper Extremity: Splinting Principles and Process, 3rd Edition (Videos)
Hand Therapy, Upper Extremity Orthotics, Custom Splint Fabrication & Thermoplastic Orthosis Techniques – 10 HD Instructional Videos
Overview
Orthotic Intervention for the Hand and Upper Extremity: Splinting Principles and Process, 3rd Edition (Videos) is a specialized clinical educational video collection featuring 10 high-definition MP4 demonstrations focused on the principles, techniques, and practical processes involved in custom orthosis fabrication and upper extremity splinting.
Accompanying the third edition of Orthotic Intervention for the Hand and Upper Extremity: Splinting Principles and Process, this multimedia resource provides step-by-step visual instruction covering orthotic design, pattern creation, thermoplastic material selection, cutting and heating procedures, molding techniques, fitting evaluation, and final orthosis adjustments.
Upper extremity orthotic intervention is an important component of hand therapy, occupational therapy, and musculoskeletal rehabilitation. Properly designed orthoses may help support injured structures, protect healing tissues, improve joint positioning, manage contractures, and facilitate functional recovery.
Successful orthosis fabrication requires an understanding of upper extremity anatomy, material properties, biomechanical principles, patient comfort, and individualized therapeutic goals. Careful attention to splint design, molding, contouring, and strapping is essential for achieving an appropriate fit and supporting clinical effectiveness.
Through detailed instructional demonstrations, this video collection helps bridge the gap between theoretical orthotic principles and practical fabrication skills, making it a valuable learning resource for occupational therapists, certified hand therapists, rehabilitation professionals, and students.
Curriculum Overview (10 MP4 Files)
The collection includes 10 step-by-step instructional videos demonstrating essential splint fabrication techniques, orthotic design principles, thermoplastic material handling, and specialized upper extremity orthotic applications.
Included Instructional Videos
1. Introduction to Orthosis Fabrication
An introductory demonstration covering the fundamental principles and practical considerations involved in fabricating custom orthoses for the hand and upper extremity.
The video introduces the general fabrication process and provides a foundation for understanding orthotic design, material preparation, and clinical application.
2. Pattern Creation Principles
A practical demonstration focusing on the development of orthosis patterns and the principles involved in translating anatomical measurements and therapeutic requirements into an appropriate splint design.
Emphasis is placed on understanding the relationship between anatomical contours, pattern accuracy, and the intended orthotic function.
3. Options for Thermoplastic Materials
An educational demonstration examining thermoplastic materials used in upper extremity orthosis fabrication.
The video supports understanding of material selection and the practical considerations associated with different thermoplastic properties during custom splint construction.
4. Cut and Heat Techniques
Step-by-step instruction illustrating techniques for cutting and heating thermoplastic materials during the orthosis fabrication process.
The demonstration emphasizes material preparation, handling, and shaping procedures relevant to creating custom-fitted orthotic devices.
5. Evaluate Fit While Molding
A clinical demonstration focusing on evaluating orthosis fit during the molding process.
The video highlights the importance of anatomical conformity, patient positioning, and continuous assessment while shaping thermoplastic materials.
6. Refine Pattern and Contours
Instructional guidance demonstrating methods for refining orthotic patterns, adjusting contours, and improving the overall shape and fit of a fabricated splint.
These techniques are important for achieving appropriate anatomical alignment and minimizing areas of unwanted pressure.
7. Strapping and Additional Components
A practical demonstration of incorporating straps and supplementary components into custom orthoses.
The video focuses on considerations related to securing the orthosis, maintaining appropriate positioning, and supporting functional application.
8. Survey Completed Orthosis
An instructional overview of the final orthosis evaluation process, emphasizing the importance of reviewing fit, contours, positioning, straps, and overall fabrication quality.
This demonstration supports the development of systematic quality-assessment skills following splint construction.
9. Wrist Zipper Orthosis Fabrication
A specialized practical demonstration focusing on the fabrication of a wrist zipper orthosis.
The video provides visual instruction relevant to the construction and fitting of this particular upper extremity orthotic design.
10. Thermoplastic Tape – Orficast for PIP Joint Contracture
A focused instructional demonstration featuring Orficast thermoplastic tape in an orthotic application involving a proximal interphalangeal (PIP) joint contracture.
The video introduces a specialized material-based approach relevant to hand therapy and joint contracture management.
Educational Benefits
This comprehensive upper extremity orthotic video collection helps learners:
- Develop practical skills in custom hand and upper extremity orthosis fabrication.
- Understand the fundamental principles of therapeutic splint design.
- Improve familiarity with orthotic pattern creation and anatomical contouring.
- Explore thermoplastic materials and their applications in clinical splint fabrication.
- Visualize correct cutting, heating, molding, and adjustment techniques.
- Strengthen knowledge of orthosis fitting and patient positioning.
- Understand the role of strapping systems and additional orthotic components.
- Recognize the importance of evaluating completed orthoses for fit and function.
- Explore specialized techniques for wrist orthoses and PIP joint contracture applications.
- Connect theoretical hand therapy and orthotic intervention concepts with practical clinical procedures.
Target Audience
- Occupational Therapists
- Certified Hand Therapists (CHTs)
- Occupational Therapy Students
- Physical Therapists and Physiotherapy Students
- Hand Therapy Specialists
- Orthopedic Rehabilitation Professionals
- Orthotists and Orthotic Technicians
- Upper Extremity Rehabilitation Specialists
- Hand Surgery Rehabilitation Teams
- Healthcare Professionals Involved in Splinting and Orthotic Management
Clinical Applications
The instructional video collection provides practical demonstrations relevant to occupational therapy, hand rehabilitation, and upper extremity orthotic intervention.
Hand Therapy and Rehabilitation Applications
- Custom Orthosis Fabrication: Learning the procedures involved in designing and constructing individualized upper extremity splints.
- Hand and Wrist Rehabilitation: Understanding orthotic fabrication principles relevant to supporting hand and wrist rehabilitation.
- Joint Positioning and Protection: Exploring splint design considerations intended to support appropriate positioning and protect vulnerable structures.
- Contracture Management: Reviewing orthotic fabrication approaches relevant to selected joint contractures, including the PIP joint.
- Thermoplastic Material Handling: Developing familiarity with material selection, heating, molding, and shaping procedures.
- Orthosis Fit and Adjustment: Understanding the importance of anatomical conformity, contour refinement, patient comfort, and functional fit.
- Clinical Orthotic Education: Supporting hands-on learning and professional development in upper extremity rehabilitation.
Product Details
- Title: Orthotic Intervention for the Hand and Upper Extremity: Splinting Principles and Process, 3rd Edition (Videos)
- Edition: 3rd Edition
- Content Type: Hand Therapy, Splint Fabrication and Orthotic Intervention Instructional Videos
- Total Videos: 10 MP4 Files
- Total Size: 491 MB
- Format: High Definition MP4 Videos
- Specialty: Occupational Therapy, Hand Therapy, Upper Extremity Rehabilitation & Orthotic Fabrication
- Delivery: Digital Video Collection
Why Choose This Video Collection?
Orthotic Intervention for the Hand and Upper Extremity: Splinting Principles and Process, 3rd Edition (Videos) offers a focused visual learning resource for understanding the essential principles and practical techniques involved in upper extremity orthosis fabrication.
Featuring 10 high-definition instructional videos, the collection provides a structured overview of the splint-making process, from initial pattern creation and material selection to molding, contour refinement, strapping, and final orthosis evaluation.
The inclusion of specialized demonstrations involving wrist zipper orthosis fabrication and Orficast thermoplastic tape for PIP joint contracture applications adds practical value for learners interested in hand therapy and customized orthotic interventions.
Whether used for occupational therapy education, certified hand therapy preparation, orthopedic rehabilitation training, professional reference, or independent study, this video collection supports the development of practical orthotic fabrication skills and a deeper understanding of upper extremity splinting techniques.
Short Description
Orthotic Intervention for the Hand and Upper Extremity: Splinting Principles and Process, 3rd Edition (Videos) features 10 high-definition MP4 instructional videos demonstrating custom hand splint fabrication, orthotic pattern creation, thermoplastic material selection, molding, contour refinement, strapping, and orthosis fitting techniques. The collection also includes specialized demonstrations of wrist zipper orthosis fabrication and Orficast thermoplastic tape applications for PIP joint contractures. An essential practical learning resource for occupational therapists, certified hand therapists, and upper extremity rehabilitation professionals.
10 HD MP4 Videos | 491 MB | Hand Therapy & Custom Orthosis Fabrication





