[Mdk-E17] Plastic Roll Splint, Polymer Splint, Plastic Splint for Emergency, Rescue, First Aid, Outdoor Survival as Medical or Hospital Furniture

• Color: Orange
• Folded: Folded
• Certification: ISO, CE
• Material: Plastic
• Number of Belts: Not Applicable
• Type: Splint
• Model NO.: Mdk-E17
• Expanded Dimension: 11×8×8 Cm
• Packing Size: 58*45*36 Cm
• Package: 100 PCS /CTN
• Transport Package: Carton
• Specification: 90× 11cm (folded)
• Origin: China
• Production Capacity: 10000

Product Description

PRODUCT OVERVIEW

KAII's roll splint also known as rolled plaster splints or soft roll splints, offer several key benefits in medical settings, particularly in emergency and orthopedic care. 

 

 

 

	KEY FEATURES AND BENEFITS
	Immobilization: Roll splints provide effective immobilization of injured limbs, joints, or fractures. This immobilization is crucial for preventing further injury and promoting proper healing.
	Conformity: These splints are often made of soft and pliable materials such as plaster, fiberglass, or padded foam, which can provide a degree of comfort to the patient compared to rigid splints. This comfort can improve patient compliance with immobilization instructions.
	Ease of application: Compared to some other types of splints, such as pre-fabricated rigid splints, roll splints are relatively easy to apply. Healthcare providers can quickly mold and apply the splint to the injured area, saving valuable time in emergency situations.
	Lightweight: Roll splints are generally lightweight, which can be advantageous for patients, particularly those who need to wear the splint for an extended period.
	Versatility: Roll splints are versatile and can be molded to fit various body parts and shapes. This versatility allows healthcare professionals to effectively splint different types of injuries, including fractures, sprains, and strains.
	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.