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Rolyan Splinting


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Rolyan Splinting provides a comprehensive range of sheet materials, pre-cuts and accessories.

About | Rolyan Splinting

Rolyan Splinting's range aims to meet the busy clinician’s ever changing needs.

For many years our Rolyan splinting range has been leading the way in thermoplastics. In a climate where time and cost-effectiveness are increasingly important, the Rolyan splinting range aims to meet the busy clinician’s ever changing needs with a comprehensive range of sheet materials, pre-cuts and accessories.


Easy

With the broadest range of high-quality splinting materials in the industry, Performance Health makes it easy to find a product for every splint, every therapist and every experience level.


Resources

From our comprehensive online materials to our knowledgeable consultants, with Performance Health you’ll find the personal support, expertise, and information you need to choose the right product for every patient, every time.


Training

Performance Health Academy provides a variety of continuing education courses specific to splint fabrication. These courses cover a full range of experience levels and specialty splinting techniques.

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Splinting | Characteristics

Rolyan Splinting's range aims to meet the busy clinician’s ever changing needs.

Splints are classified in a variety of ways.
The Splint Classifications System (American Society of Hand Therapy, 1992) has been developed but many clinicians still use the day-to-day terms of static, dynamic, static progressive or serial splints. These are defined below as they are most commonly used in workplaces today.

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Static

A static splint has no moving parts and may be supportive, corrective or protective. Often used to support normal hand arches.

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Serial Static Splints

Serial static splints position soft tissues towards the end of their available range to help increase tissue length.

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Dynamic Splints

A dynamic splint consists of a static base onto which levers, springs or pulleys may be attached.

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Static Progressive Splints

These splints involve the application of a low-load prolonged stretch at the end of the available movement.

The extent to which a material resists pulling or stretching when heated.

Minimum: Achieve intimate fit and Very light handling required

Moderate: Achieve exact fit and Moderate handling to pull and hold material in place

Maximum: Achieve good fit, Requires firm handling and Ideal for larger splints

The ease with which a material conforms to a surface when it is heated.

● A high degree of drape enables a precise fit with minimal handling = increased comfort and reduced pressure areas

● High drape materials are preferred by the skilled splinter who is confident with their handling skills

● Minimal drape is often preferred when splinting larger areas as the material is easier to handle and provides more stability

The degree to which a material will stick to itself when heated.
Uncoated:

● Effective bonding without the need to treat/prepare surface

● Bond to themselves to form a permanent bond

● Useful when adding outriggers, accessories or reinforcing strips

Coated:

● Allows material to temporary bond when warm

● Once cool the bond is not permanent

● Coating may be removed to create a permanent bond with spirits or by safely scratching the splint surface

● Often easier to handle

● If making a long term splint, coated materials may be preferable as they are easier to clean (less porous)

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● Half the weight of 1/8” material
● Easy to cut when cold
● Ideal for paediatrics, finger splints and hand-based splints

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● Lightweight with moderate support
● Easy to cut when cold
● Ideal for paediatrics, finger, handbased splints and other areas requiring lightweight support.

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● Lightweight with moderate support
● Minimises bulkiness
● Perfect for a wide range of static and dynamic splints or progressive splints where less weight is desired (i.e. arthritis, thumb, hand, wrist and small area splints).

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● Traditional thickness that provides stability and firm support
● Well-suited for positioning and holding joints, aiding abnormal tone, contractures and fracture bracing.
● Ideal for static, dynamic and progressive splinting of upper and lower extremities.

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● Maximum rigidity
● Ideal for body jackets, abnormal tone splints, lower extremity splints and fracture braces.

Solid:

● Maximum support.

Perforated:

● Perforated (1%, 2% or 2.5%) for slight ventilation and added comfort without compromising rigidity.

Tip: Material softens quicker when heated.

UltraPerf, OptiPerf, SuperPerf:

● UltraPerf (13%), OptiPerf (19%), Lightweight provides greater ventilation for increased comfort and compliance.

● SuperPerf (38% or 42%) for lighter weight, exceptional ventilation and greater comfort and compliance.

Tip: For additional support, select a thicker material, with higher perforations.

Tip: Higher perforations soften quicker when heated and cool faster.

Splinting | Tips and Instruction Videos

Rolyan's diverse and comprehensive range of thermoplastic materials reflect the varying needs of clinicians today.

 

Thumb Hole Wrist Cock-up Splint

 

Forearm Based Short Thumb Spica

 

Functional Position Spica

 

Techniques for Efficient Edge Finishing

 

Static Finger Orthotic

 

Static Elbow Orthosis Fabrication

Performance Health Academy: Research, Exercises, Education, and Insight.

At PHA you can find references, articles, protocols and outcomes to support evidence-based solutions and evidence-based practice.