Emergency Adult Spine Board CE Approved (EG-006): Embark on the ultimate solution for rapid response medical situations with our CE-certified spine board, designed to provide unmatched support and reliability.
Product size: 182 cm x 45 cm x 6 cm - Engineered to perfection, this stretcher's dimensions offer a seamless fit for patient transport, ensuring utmost safety and comfort.
Package size: 1870 x 470 x 70 mm - A compact packaging design that prioritizes ease of transportation and storage without compromising on quality.
Package: 1 pcs/carton - Each unit is carefully packaged in a robust carton, providing enhanced protection and facilitating distribution.
N. W: 7.0 kg - Lightweight yet durable, this stretcher offers effortless handling for healthcare professionals.
G. W: 9.0 kg - The gross weight reflects the superior materials used, offering enhanced durability and performance.
Load bearing: 159 KG - Trusted to support substantial weight, our spine board ensures confidence in every emergency scenario.
Standard color: Red - Vibrant red for enhanced visibility, ideal for quick identification during critical rescue operations.
Other color: Yellow, Green, Blue available, MOQ each color: 500 pcs - Customize your equipment with our selection of vibrant hues, ensuring your team's unique needs are met.
With pins - Equipped standardly with pins for added security and efficient operation in high-stakes situations.
CE Approved - Certified excellence in safety and quality, recognized worldwide.
Can be penetrated by X-ray, MRI, CT - Versatile imaging capability ensures seamless integration into medical diagnostics without moving the patient.
Small bar in the hand hold is used for quick fastening of the strap hook - Innovative design caters to swift and secure fastening, enhancing rescue efficiency.
Compatible with head immobilizer and cervical collar - Fully integrative design for comprehensive immobilization solutions, offering superior care.
Can float on water - Versatility at its finest with buoyant properties, ideal for water-based rescue scenarios.