[Mdk-E17 (I) ] Plastic Roll Splint, Finger Splint, Polymer Splint, Plastic Splint for Emergency, Rescue, First Aid, Outdoor Survival as Medical Equipment

• Customization: Available
• Color: Red
• Folded: Folded
• Model NO.: Mdk-E17(I)
• Material: Plastic
• Number of Belts: Not Applicable
• Type: Splint
• Packing Size: 58*45*26 Cm
• Package: 100 PCS /CTN
• Transport Package: Carton
• Specification: 4.5× 9 cm (folded)
• Trademark: KAII or customized
• Origin: China
• Production Capacity: 10000

Product Description

PRODUCT OVERVIEW

KAII's finger splint also known as rolled plaster splints or soft roll splints, offer several key benefits in medical settings, particularly in the management of finger injuries.

 

 

 

	KEY FEATURES AND BENEFITS
	Immobilization: Finger splints effectively immobilize injured fingers, joints, or ligaments. Immobilization is crucial for promoting proper healing and preventing further injury.
	Support and Stability: By stabilizing the injured finger or joint, finger splints provide support, reducing pain, and facilitating the healing process. They help maintain proper alignment and prevent excessive movement that could aggravate the injury.
	Protection: Finger splints protect the injured area from further trauma, such as accidental knocks or bumps. This protection is essential for preventing exacerbation of the injury and promoting optimal healing.
	Corrective Alignment: In cases of fractures or dislocations, finger splints can assist in correcting alignment and promoting proper healing of the bone or joint. They help ensure that the finger heals in the correct position, reducing the risk of deformity or long-term complications.
	Prevention of Contractures: In conditions such as tendon injuries or after surgical procedures, finger splints can help prevent contractures by maintaining the appropriate length and tension in the tendons. This prevents the development of tightness or stiffness in the fingers, which can impede movement and function.
	X-ray transparency: Some roll splints, particularly those made of fiberglass, are transparent to X-rays. This feature allows healthcare providers to assess the injury without removing the splint, reducing the need for repeated exposure to radiation.