Why choose Omega Max 3.2mm Splinting Material Sheet?
- Resistance to Stretch –
- Moderate resistance to stretch
- Moderate to aggressive handling is tolerated
- Drape –
- Moderate to maximum drape to create a close conforming fit
- Provides excellent reproduction of detail
- Memory –
- 100% memory is ideal for serial splinting
- Always recovers its original cut shape and size when reheated.
- Rigidity – Moderate to maximum rigidity
- Bonding –
- Unique powder coating gives Omega Max a slightly tacky surface that holds the material in place, without the material pulling or falling away.
- A wet bond will hold firmly but can be pulled apart when cool
- Apply minimal solvent and dry heat to form a strong, permanent bond.
- Surface Finish –
- Finished splints have a smooth, glossy surface. Fingerprints and other surface marks disappear as the material cools. Makes professional looking orthosis. When cut while warm, Omega Max forms smooth, sealed edges.
- Applications –
- Use 1/8″ Omega Max for hand or wrist splints back supports, anti-spasticity splints, lower extremity positioning splints, serial static splints and bases for dynamic splints
- Use 3/32″ Omega Max for lightweight hand or wrist splints. Because of its superior rigidity, 3/32″ Omega Max can be used for dynamic splint bases.
- Pediatric splints made from the 3/32″ thickness have excellent conformability and will hold against strong hypertonicity.
- Working Time (1/8″) –
- Allows approximately three minutes to form and harden after softening in 140° F (60° C) to 150° F (65° C) water.
- Fastest setup time, ideal for busy clinics and patients who benefit from less handling time
- Latex Free – Not made with natural rubber latex
What to buy with Omega Max Splinting Material Sheet
- Contour Open-Cell Foam Padding
- Encore 2.4mm Splinting Material
- Easystrap Velcroa Hook And Loop Strap
North Coast Omega Max Thermoplastic Sheets Indications
Omega Max has the drape and conformability of plastic-like materials while resisting stretch and fingerprints. Omega Max features a unique powder coating that requires only minimal solvent to achieve a secure, permanent bond. Omega Max has 100% memory, so fabricated splints can be repeatedly reheated to return to their original shape and size for easy remolding. While the material is warm, fingerprints and other marks will disappear, creating a smooth and professional looking finished splint. Relatively quick setup time of 3-4 minutes helps speed the splinting process along, which is ideal for spasticity splinting.
How to use Omega Max 3.2mm Thermoplastic Splint Material Sheet?
- Place Omegau Max in 140° to 160° F (60° to 71°C) water for 2 minutes, or until the material is pliable.
- Remove from the water. Omega Max Thermo Plastic Sheet may be molded directly on the skin. While warm, it retains a slightly tacky surface which helps the splint stay in place during the molding process. Apply stockinette to help prevent the thermoplastic from adhering to bandages
- Omega Max may accidentally adhere to itself while wet, but will not make a permanent bond. To separate, place in warm water and gently pull apart, or allow to cool fully and pull apart.
- To bond two pieces together, use a heat gun to warm the areas until both surfaces are shiny. Press the two pieces together and allow to cool. For a permanent bond, use heat gun and solvent prior to pressing pieces together.
- Reheat and remold as frequently as needed. If fingerprints or marks remain once the material is cool, heat surface lightly with a heat gun or briefly dip material in the warm water. Rub gently with your fingertip to “erase” undesirable marks.
How to care for Omega Max Thermoplastic Sheet?
- Omega Max can be cleaned with lukewarm soapy water
- Avoid hot temperature environments as the molded splint may lose its shape and fit
Omega Max Splinting Material Sheet User Manual
