CPR Backboard Buying Guide: What the BIX-CPR1 Does and Does Not Fix

A backboard is the least glamorous item in a resuscitation kit and the one most often missing when a patient is on a soft mattress. Its job is narrow and mechanical: give the rescuer a firm surface so compressions reach the depth the guidelines require, and keep the head in a position where the airway stays open.

The BIX-CPR1 is a PE backboard with a head immobilization cup. It is a simple product, which makes it easy to buy badly. This guide covers what the board contributes, what it cannot contribute, and the checks that separate a usable board from a stored one.

What the board contributes

Compression depth and rate are the two variables most strongly associated with resuscitation outcome, and both degrade when the surface yields [1]. A board does not make a poor compressor good; it removes one excuse for shallow compressions.

What the board cannot fix

• Hand position and technique. A board under a misplaced hand produces firm, ineffective compressions.
• Fatigue. Compression quality falls within minutes; a board does not change that, and a rotation plan still matters.
• Airway management. The head cup helps alignment but does not secure an airway or replace suction.
• Patient handling. A board is not a scoop stretcher; it should not be used to move a patient.

Departments sometimes buy a board believing it improves CPR quality scores. It improves the conditions for quality; the rest is training and feedback. A board plus a compression-feedback device is a coherent purchase. A board alone, with no refresher training, is equipment without a system [2].

Five checks before you buy

1. Width and length against your stretchers. A board that overhangs prevents side access; measure the trolley, not the store room shelf.
2. Head cup compatibility. Confirm the cup suits the head position your team uses and does not interfere with manual ventilation.
3. Surface grip. Ask whether the board has a non-slip underside; a board that slides during compressions is worse than none.
4. Cleaning instructions. PE wipes down easily, but confirm the approved agents so the surface does not craze.
5. Storage and access. A board stored in a locked cupboard is not available in a resuscitation. Plan the wall mount or trolley slot before ordering.

Where it belongs

• Ward resuscitation trolleys where the patient is in a bed with a soft mattress.
• Emergency departments as a standard adjunct on the resus bay.
• Training rooms, paired with a manikin, so staff practise sliding the board into place rather than meeting it for the first time in a real event.
• Ambulances, subject to the stretcher dimensions and securing system.

It does not belong in a kit where the patient is already on a rigid surface, and it should not be counted as a substitute for a proper stretcher.

Quotation and specification. Current pricing, dimensions and carton details for the BIX-CPR1 are available from cprwell@adaanatomy.com.

FAQ

Q1. What is the BIX-CPR1 made from? PE (polyethylene), described by the manufacturer as free of discharge contaminators and easy to clean.

Q2. Does it include a head immobilization cup? Yes, the board is supplied with a head cup that helps maintain alignment with the patient's head.

Q3. Will it improve compression depth? It provides a firm surface, which removes one cause of shallow compressions. Technique and fatigue still determine depth.

Q4. Can it be used to carry a patient? No. It is a compression surface, not a stretcher or scoop.

Q5. Is it suitable for training use? Yes. Using the board in training is the best way to make sure staff deploy it correctly in a real event.

Q6. What size should we order? Measure your stretchers first; ask the supplier for the board dimensions and confirm side access is not blocked.

Product page: CPR Backboard Buying Guide: What the BIX-CPR1 Does and Does Not Fix — specification, packing data and a quotation request form.

References

1. Meaney PA, et al. CPR quality: improving cardiac resuscitation outcomes both inside and outside the hospital: a consensus statement from the American Heart Association. Circulation. 2013;128(4):417–435.
2. Cheng A, et al. Education Science: 2020 American Heart Association Guidelines for Cardiopulmonary Resuscitation and Emergency Cardiovascular Care. Circulation. 2020;142(16_suppl_2).
3. Motola I, et al. Simulation in healthcare education: a best evidence practical guide. AMEE Guide No. 82. Med Teach. 2013;35(10):e1511–e1530.

For a quotation on the BIX-CPR1 with dimensions and a wall-mount option, write to cprwell@adaanatomy.com with your stretcher type and the number of resus bays.