Part 302 - Pediatric Dual Lateral Finger Block

Product Highlights: Part 302 - Pricing: $16.00 (was $30.00) Part 302-UF - Pricing: $21.00 (was $41.00) Part 302-SCB - Pricing: $40.00 (was $79.00) Separates fingers for overhead lateral views. Allows for lateral positioning of both hands at the same time. Simultaneous positioning allows for comparative studies. Available in Ultrafoam, an alternative closed-cell foam substrate that is more durable, rigid, and fluid-resistant. Items composed of Ultrafoam (-UF) that have a height higher than 3 inches will have a glue seam that may attenuate in scans. Latex Free Reusable Product Details: Packaging: 1 EA Substrate: Open cell foam (Except "-UF" items are made of closed cell foam) Sterile: N Latex Free: Y Single Use: N Cleaning Guide: Cleaning Guide Recommendations Items that are listed as Domico Deals are sold as-is and are not returnable. Choose between a variety of finish options: -Flexible ScanCoat vinyl coating for cleanability, and contamination control ("-SCB" item) -Ultrafoam construction for firm support during positioning applications ("-UF" item) *Please note: Covered items (-8, -20 or -SCB) are not recommended for low KVP techniques as the edges/seams may show. Items composed of Ultrafoam (-UF) that have a height higher than 3 inches will have a glue seam that may attenuate. More About This Product: The Domico Med-Device Pediatric Dual Lateral Finger Block is designed to separate fingers for overhead lateral views and enable oblique positioning of both hands simultaneously. This feature is particularly useful for comparative studies, providing consistent and accurate imaging. Made from open-cell foam, this block provides a comfortable experience for the patient while ensuring proper support and immobilization. Also available in Ultrafoam, a durable, rigid, and fluid-resistant closed-cell foam substrate. It is also latex-free, ensuring patient safety, radiolucent for clear imaging, and reusable, offering a cost-effective and sustainable solution for pediatric radiology needs. With its innovative design and practical features, this finger block enhances the efficiency and reliability of pediatric imaging procedures. Read More: