Harloff Cardiac Board

The Harloff Cardiac Board is an essential accessory designed to ensure the effectiveness of Cardiopulmonary Resuscitation (CPR) during emergency situations.

• Core Function: It provides the crucial rigid, flat surface needed beneath a patient to maximize the efficiency and success rate of manual chest compressions.
• System Integration: This board is engineered specifically for seamless deployment and use with Harloff crash carts.
• Specifications:
  • Material: Durable, rigid plastic, suitable for clinical environments.
  • Dimensions: Measures 18 inches by 23 inches.
  • Included: The product comes complete with the cardiac board and three mounting brackets.

The Harloff Cardiac Board is constructed from rigid plastic. This material is specifically chosen to provide the essential firm, flat surface required beneath a patient to maximize the efficacy of chest compressions during Cardiopulmonary Resuscitation (CPR).

Yes, the Harloff Cardiac Board is specifically engineered for seamless integration and use with Harloff crash carts, making it an essential component for the resuscitation system.

This rigid plastic board’s primary function is to provide the required flat, hard surface beneath a patient, ensuring maximum effectiveness of manual chest compressions during CPR.

Key details:

• Dimensions: The board measures 18 inches by 23 inches.
• Components Included: The rigid plastic board and three necessary brackets for mounting onto the cart structure.

The Harloff Cardiac Board measures 18 inches by 23 inches.

The Harloff Cardiac Board is supplied as a complete accessory kit designed for immediate use with compatible Harloff crash carts. The package includes:

• Rigid Plastic Cardiac Board (1): The essential 18” x 23” rigid surface used to provide firm support beneath a patient’s torso, ensuring maximum effectiveness during Cardiopulmonary Resuscitation (CPR) compressions.
• Brackets (3): Dedicated hardware necessary for securely mounting and integrating the cardiac board onto a Harloff crash cart.

Yes, the Harloff Cardiac Board is an essential accessory specifically designed to enhance the effectiveness of Cardiopulmonary Resuscitation (CPR).

Its core purpose is to provide the necessary firm, flat substrate directly beneath a patient during chest compressions, which is crucial for maximizing the quality and efficacy of the resuscitation efforts.

Key features include:

• System Integration: Engineered for seamless use and attachment with Harloff brand crash carts.
• Durable Build: Constructed from rigid plastic for durability and easy cleaning in clinical environments.
• Dimensions: Provides a substantial surface area, measuring 18 inches by 23 inches.
• Components: The package includes the cardiac board and three mounting brackets.

Yes, the Harloff Cardiac Board ships as a complete kit and includes three necessary brackets for proper mounting and seamless integration with your Harloff crash cart.

Yes, the Harloff Cardiac Board is constructed specifically for durability and rigidity in emergency situations.

• The board is made from rigid plastic, which is essential for providing the firm, flat support surface needed beneath a patient to maximize the efficacy of chest compressions during CPR.
• This durable accessory measures 18” x 23” and is specifically engineered to integrate seamlessly with Harloff crash carts.

Yes, the Harloff Cardiac Board is constructed from rigid plastic to ensure it provides the necessary firm, flat support surface required beneath a patient during resuscitation.

This feature is critical for delivering high-quality, effective chest compressions. The board measures 18 inches by 23 inches.

Yes, this cardiac board is designed for rapid deployment and easy handling during emergency situations.

• It weighs only 6.5 pounds, making it easy for clinical staff to maneuver quickly.
• The design includes a handle grip (an elongated cutout) for enhanced portability and ease of placement.
• Constructed from rigid plastic, the 18” x 23” board provides the essential firm, flat surface required to maximize the effectiveness of chest compressions during Cardiopulmonary Resuscitation (CPR).