Hartmann Usa, Inc. Hartmann Usa Alumafoam Finger Cots

Yes, the Alumafoam Finger Cots are designed for a customizable fit to ensure therapeutically correct support during recovery. The unique construction allows for two main types of customization:

• Forming and Contouring: The sturdy, foam-laminated aluminum splint can be precisely contoured to the specific shape of the patient’s finger, ensuring appropriate immobilization.
• Trimming: The splints can be easily trimmed to achieve the exact size and length required for optimal fit and protection.

Yes, the Hartmann USA Alumafoam Finger Cots are designed to be radiolucent, allowing X-rays to penetrate the material.

This crucial compatibility facilitates optimal care and recovery:

• Uninterrupted Monitoring: Healthcare providers can take X-rays to observe the injury and track recovery progress without needing to remove the splint.
• Continuous Protection: Because the splint remains in place during imaging, the injured fingertip maintains continuous, therapeutic immobilization and protection.

These are Factory New products from Hartmann USA, Inc.

Yes, the Hartmann Alumafoam Finger Cots are specifically engineered to provide sturdy and therapeutically correct immobilization for the fingertip during recovery.

This is achieved through several design features:

• Superior Support: The cots are constructed using lightweight, foam-laminated aluminum splints, which offer the rigidity required for stable immobilization.
• Customizable Fit: The aluminum core can be easily trimmed or formed to contour precisely to the finger, ensuring the appropriate anatomical fit for effective support.
• Cushioning Protection: The foam lining cushions the finger, protecting the area while accommodating the natural reduction of swelling.
• X-Ray Compatibility (Radiolucency): The material allows X-rays to penetrate the splint. This enables medical professionals to monitor healing without needing to remove the device, ensuring continuous immobilization.

Yes, the Alumafoam Finger Cots are specifically designed for customization to ensure a precise, therapeutically correct fit for optimal immobilization and protection during recovery.

The foam-laminated aluminum splint is highly adaptable, allowing it to be easily modified:

• The splint can be contoured or formed to match the precise shape of the patient’s fingertip.
• The material is also trimmable to achieve the exact size and length required for effective support.

Yes, these Alumafoam Finger Cots do contain natural rubber latex.

It is crucial to be aware of the following caution:

• Allergen Warning: Natural rubber latex is a known allergen.
• Recommendation: If you have known latex sensitivities or allergies, you should avoid using this product to prevent potential allergic reactions.

Yes, these finger cots are constructed with protective cushioning integrated directly into the design. The unit is made from a foam-laminated aluminum splint, where the internal foam layer provides necessary cushioning and protection for the fingertip. This feature is crucial for maintaining comfort, especially as swelling subsides during the recovery process.

Each package of Hartmann USA Alumafoam Finger Cots contains six (6) individual finger cots. This quantity is consistent across all available sizes (1 inch, 2 inch, and 3 inch).

Yes, the Hartmann Alumafoam Finger Cots are available in three different size configurations, with 6 cots included in each package:

• Cot, 1-inch (6/pk)
• Cot, 2-inch (6/pk)
• Cot, 3-inch (6/pk)

These finger cots offer excellent adaptability, as the foam-laminated aluminum splint can be easily trimmed or formed to achieve the precise, therapeutically correct size and shape needed for optimal immobilization and protection of the injured finger.

Yes, the Hartmann USA Alumafoam Finger Cots are engineered to be both lightweight and sturdy for optimal patient comfort and support. They achieve this balance through their construction:

• They utilize a foam-laminated aluminum splint, which is robust enough to provide therapeutically correct immobilization.
• The material remains light, reducing unnecessary weight while protecting the fingertip.
• The sturdy aluminum can also be easily contoured or trimmed to achieve a custom, secure fit.