Top-down view of an orange emergency spine board displayed diagonally alongside two matching orange nylon straps with black buckles.
Three angles of the orange backboard showing the textured front surface, slim side profile, and reinforced back runners for stability.
Dimension diagram of the spine board indicating a length of 72.75 inches and width of 17.5 inches, highlighting 21 handholds and 14 pins.
Macro view of the black quick-release composite buckles on the straps, highlighting their adjustable and cold-resistant design.
Close-up of a hand gripping the board's handle with a feather icon, illustrating that the device is lightweight and easy to carry.
Close-up detail showing how the orange straps thread through the board's 14 pins and 21 handholds for secure patient immobilization.
Emergency medical responders in action securing a patient to the spine board using head immobilizer blocks and straps during a rescue.
Infographic titled 'It Can Be Used By' displaying target users including doctors, paramedics, nurses, firefighters, and lifeguards in various rescue scenarios.
Top-down view of a blue emergency spine board displayed diagonally alongside two orange nylon straps with black buckles.
Three angles of the blue backboard showing the textured front surface, slim side profile, and reinforced back runners for stability.
Dimension diagram of the spine board indicating a length of 72.75 inches and width of 17.5 inches, highlighting 21 handholds and 14 pins.
Macro view of the black quick-release composite buckles on the straps, highlighting their adjustable and cold-resistant design.
Close-up of a hand gripping the board's handle with a feather icon, illustrating that the device is lightweight and easy to carry.
Close-up detail showing how the orange straps thread through the board's 14 pins and 21 handholds for secure patient immobilization.
Emergency medical responders in action securing a patient to the spine board using head immobilizer blocks and straps during a rescue.
Top-down view of a yellow emergency spine board displayed diagonally alongside two orange nylon straps with black buckles.
Infographic titled 'It Can Be Used By' displaying target users including doctors, paramedics, nurses, firefighters, and lifeguards in various rescue scenarios.
Three angles of the yellow backboard showing the textured front surface, slim side profile, and reinforced back runners for stability.
Dimension diagram of the spine board indicating a length of 72.75 inches and width of 17.5 inches, highlighting 21 handholds and 14 pins.
Macro view of the black quick-release composite buckles on the straps, highlighting their adjustable and cold-resistant design.
Close-up of a hand gripping the board's handle with a feather icon, illustrating that the device is lightweight and easy to carry.
Close-up detail showing how the orange straps thread through the board's 14 pins and 21 handholds for secure patient immobilization.
Emergency medical responders in action securing a patient to the spine board using head immobilizer blocks and straps during a rescue.
Infographic titled 'It Can Be Used By' displaying target users including doctors, paramedics, nurses, firefighters, and lifeguards in various rescue scenarios.
Top-down view of a green emergency spine board displayed diagonally alongside two orange nylon straps with black buckles.
Three angles of the green backboard showing the textured front surface, slim side profile, and reinforced back runners for stability.
Dimension diagram of the spine board indicating a length of 72.75 inches and width of 17.5 inches, highlighting 21 handholds and 14 pins.
Macro view of the black quick-release composite buckles on the straps, highlighting their adjustable and cold-resistant design.
Close-up of a hand gripping the board's handle with a feather icon, illustrating that the device is lightweight and easy to carry.
Close-up detail showing how the orange straps thread through the board's 14 pins and 21 handholds for secure patient immobilization.
Emergency medical responders in action securing a patient to the spine board using head immobilizer blocks and straps during a rescue.
Infographic titled 'It Can Be Used By' displaying target users including doctors, paramedics, nurses, firefighters, and lifeguards in various rescue scenarios.
Top-down view of a black emergency spine board displayed diagonally alongside two orange nylon straps with black buckles.
Three angles of the black backboard showing the textured front surface, slim side profile, and reinforced back runners for stability.
Dimension diagram of the spine board indicating a length of 72.75 inches and width of 17.5 inches, highlighting 21 handholds and 14 pins.
Macro view of the black quick-release composite buckles on the straps, highlighting their adjustable and cold-resistant design.
Close-up of a hand gripping the board's handle with a feather icon, illustrating that the device is lightweight and easy to carry.
Close-up detail showing how the orange straps thread through the board's 14 pins and 21 handholds for secure patient immobilization.
Emergency medical responders in action securing a patient to the spine board using head immobilizer blocks and straps during a rescue.
Infographic titled 'It Can Be Used By' displaying target users including doctors, paramedics, nurses, firefighters, and lifeguards in various rescue scenarios.
Top-down view of an orange emergency spine board displayed diagonally alongside two matching orange nylon straps with black buckles.
Three angles of the orange backboard showing the textured front surface, slim side profile, and reinforced back runners for stability.
Dimension diagram of the spine board indicating a length of 72.75 inches and width of 17.5 inches, highlighting 21 handholds and 14 pins.
Macro view of the black quick-release composite buckles on the straps, highlighting their adjustable and cold-resistant design.
Close-up of a hand gripping the board's handle with a feather icon, illustrating that the device is lightweight and easy to carry.
Close-up detail showing how the orange straps thread through the board's 14 pins and 21 handholds for secure patient immobilization.
Emergency medical responders in action securing a patient to the spine board using head immobilizer blocks and straps during a rescue.
Infographic titled 'It Can Be Used By' displaying target users including doctors, paramedics, nurses, firefighters, and lifeguards in various rescue scenarios.
Top-down view of a blue emergency spine board displayed diagonally alongside two orange nylon straps with black buckles.
Three angles of the blue backboard showing the textured front surface, slim side profile, and reinforced back runners for stability.
Dimension diagram of the spine board indicating a length of 72.75 inches and width of 17.5 inches, highlighting 21 handholds and 14 pins.
Macro view of the black quick-release composite buckles on the straps, highlighting their adjustable and cold-resistant design.
Close-up of a hand gripping the board's handle with a feather icon, illustrating that the device is lightweight and easy to carry.
Close-up detail showing how the orange straps thread through the board's 14 pins and 21 handholds for secure patient immobilization.
Emergency medical responders in action securing a patient to the spine board using head immobilizer blocks and straps during a rescue.
Top-down view of a yellow emergency spine board displayed diagonally alongside two orange nylon straps with black buckles.
Infographic titled 'It Can Be Used By' displaying target users including doctors, paramedics, nurses, firefighters, and lifeguards in various rescue scenarios.
Three angles of the yellow backboard showing the textured front surface, slim side profile, and reinforced back runners for stability.
Dimension diagram of the spine board indicating a length of 72.75 inches and width of 17.5 inches, highlighting 21 handholds and 14 pins.
Macro view of the black quick-release composite buckles on the straps, highlighting their adjustable and cold-resistant design.
Close-up of a hand gripping the board's handle with a feather icon, illustrating that the device is lightweight and easy to carry.
Close-up detail showing how the orange straps thread through the board's 14 pins and 21 handholds for secure patient immobilization.
Emergency medical responders in action securing a patient to the spine board using head immobilizer blocks and straps during a rescue.
Infographic titled 'It Can Be Used By' displaying target users including doctors, paramedics, nurses, firefighters, and lifeguards in various rescue scenarios.
Top-down view of a green emergency spine board displayed diagonally alongside two orange nylon straps with black buckles.
Three angles of the green backboard showing the textured front surface, slim side profile, and reinforced back runners for stability.
Dimension diagram of the spine board indicating a length of 72.75 inches and width of 17.5 inches, highlighting 21 handholds and 14 pins.
Macro view of the black quick-release composite buckles on the straps, highlighting their adjustable and cold-resistant design.
Close-up of a hand gripping the board's handle with a feather icon, illustrating that the device is lightweight and easy to carry.
Close-up detail showing how the orange straps thread through the board's 14 pins and 21 handholds for secure patient immobilization.
Emergency medical responders in action securing a patient to the spine board using head immobilizer blocks and straps during a rescue.
Infographic titled 'It Can Be Used By' displaying target users including doctors, paramedics, nurses, firefighters, and lifeguards in various rescue scenarios.
Top-down view of a black emergency spine board displayed diagonally alongside two orange nylon straps with black buckles.
Three angles of the black backboard showing the textured front surface, slim side profile, and reinforced back runners for stability.
Dimension diagram of the spine board indicating a length of 72.75 inches and width of 17.5 inches, highlighting 21 handholds and 14 pins.
Macro view of the black quick-release composite buckles on the straps, highlighting their adjustable and cold-resistant design.
Close-up of a hand gripping the board's handle with a feather icon, illustrating that the device is lightweight and easy to carry.
Close-up detail showing how the orange straps thread through the board's 14 pins and 21 handholds for secure patient immobilization.
Emergency medical responders in action securing a patient to the spine board using head immobilizer blocks and straps during a rescue.
Infographic titled 'It Can Be Used By' displaying target users including doctors, paramedics, nurses, firefighters, and lifeguards in various rescue scenarios.

ASA01333

Spine Board Stretcher - X-Ray Translucent Backboard 700lb

$149.99
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Shipping calculated at checkout.
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Critical Patient Immobilization Ensure safe recovery and transport with the ASA Techmed Spine Board Stretcher. Designed for EMS, firefighters, and lifeguards, this heavy-duty backboard safely lifts up to 700 lbs while remaining lightweight (16.1 lbs) for rapid deployment. It is the ultimate tool for immobilizing patients with suspected spinal injuries.


X-Ray Translucent & Waterproof Streamline critical care with a board that is 100% X-ray translucent, allowing for medical imaging without moving the patient. The foam-filled construction is fully waterproof, making it excellent for water rescue scenarios. The ultra-smooth surface resists stains and odors, ensuring easy cleaning and infection control.


Ergonomic Transport Protect both the patient and the rescuer. The board features 21 handholds and 14 pins for versatile strapping and lifting from any angle. This design prevents lower back stress for personnel while ensuring the patient remains secure during transfer.


Key Features:

  • High Capacity: Supports up to 700 lbs safely.

  • Diagnostic Ready: 100% X-ray translucent shell.

  • Water Rescue: Waterproof foam-filled construction.

  • Easy Transport: 21 handholds & 14 strapping pins.

  • Dimensions: 72.75" L x 17.75" W x 2.5" H.

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