Category Archives: Equipment

Oxygen Delivery Devices
7
Feb

Oxygen delivery devices support hypoxemic patients with variable flow and FiO2 depending on device.  Options include low flow nasal cannula simple masks non rebreather masks and high flow nasal cannula systems.  Select device based on oxygenation needs monitor SpO2 and respiratory effort and titrate flow to target saturation.

Appropriate oxygen device selection and monitoring optimize oxygen therapy and patient comfort.  Devices for supplemental oxygen delivery tailored to patient respiratory needs and severity.  Ensure humidification for high flow use secure tubing and educate patients on safety and fire risk.

Main Points: Oxygen Delivery Devices | Nasal cannula | Simple mask | Non rebreather | High flow nasal cannula | Humidification

Quick Facts: Device choice affects FiO2 delivered | High flow provides heated humidified oxygen at high flow rates | Non rebreather can deliver high FiO2 short term | Monitor for CO2 retention in COPD | Secure tubing to prevent dislodgement

Topics related to Oxygen Delivery Devices include oxygen therapy | respiratory support | humidification

Pressure Redistribution Mattress
6
Feb

These mattresses use foam gel air or alternating pressure to redistribute load and reduce tissue ischemia.  They are part of pressure injury prevention bundles for high risk patients in acute and long term care.  Selection depends on risk assessment mobility level and clinical setting and requires regular skin inspection and repositioning schedules.

Pressure redistribution mattresses reduce incidence of pressure injury when combined with comprehensive prevention strategies.  Support surface designed to redistribute pressure and support skin integrity for at risk patients.  Ensure correct mattress settings mattress cover integrity and staff education on repositioning frequency.

Main Points: Pressure Redistribution Mattress | Alternating pressure | Foam and gel options | Risk assessment | Cover integrity | Repositioning schedule

Quick Facts: Alternating pressure reduces prolonged loading | Mattress choice should match patient risk | Covers must be intact to maintain function | Regular repositioning remains necessary | Monitor for comfort and microclimate issues

Topics related to Pressure Redistribution Mattress include pressure injury prevention | support surfaces | skin care

Automated External Defibrillator AED
5
Feb

AEDs analyze rhythm advise shock and deliver defibrillation with voice prompts to guide rescuers.  They are designed for use by trained lay rescuers and clinicians in public and clinical settings.  Ensure pads are within expiry battery is charged and device is accessible and visible in clinical areas.

AEDs increase survival in out of hospital and in facility cardiac arrest when used promptly with CPR.  Automated device for rhythm analysis and shock delivery to treat ventricular fibrillation and pulseless ventricular tachycardia.  Provide staff training in AED use and integrate AED checks into routine equipment audits.

Main Points: Automated External Defibrillator AED | Pad expiry | Battery status | Voice prompts | Accessibility | Routine checks

Quick Facts: Early defibrillation improves survival | Pad and battery checks prevent device failure | Voice prompts guide untrained rescuers | AED placement affects response time | Integrate with CPR training

Topics related to Automated External Defibrillator AED include cardiac arrest | defibrillation | survival

Portable Ultrasound Handheld
5
Feb

Handheld ultrasound supports focused assessment cardiac lung and vascular access guidance at bedside.  Point of care ultrasound improves diagnostic speed and procedural safety when operators are trained and credentialed.  Maintain probe disinfection follow image documentation protocols and integrate findings with clinical assessment.

Handheld ultrasound expands bedside diagnostic capability and supports procedural guidance with appropriate training.  Portable imaging device for focused bedside assessment and procedural guidance.  Use handheld ultrasound for focused exams and escalate to formal imaging when indicated.

Main Points: Portable Ultrasound Handheld | Focused cardiac and lung views | Vascular access guidance | Probe disinfection | Image documentation | Training and credentialing

Quick Facts: POCUS accelerates bedside diagnosis | Training and credentialing are essential | Probe disinfection prevents infection | Documentation supports clinical decisions | Use as adjunct not replacement for formal imaging

Topics related to Portable Ultrasound Handheld include point of care ultrasound | procedural guidance | training

Glucometer
5
Feb

Glucometers enable rapid assessment of glycemic status for diabetes management and inpatient monitoring.  They use test strips and capillary samples and require quality control and calibration to ensure accuracy.  Clinical use includes premeal and bedtime checks insulin dosing and monitoring during illness or steroid therapy.

Glucometers support timely glycemic decisions when used with quality assurance and proper sampling technique.  Portable point of care device for capillary glucose monitoring and diabetes management.  Perform regular control checks follow manufacturer strip storage guidance and correlate unexpected values with laboratory plasma glucose.

Main Points: Glucometer | Capillary sampling | Strip handling | Quality control | Correlation with lab | Point of care use

Quick Facts: Capillary values may differ from plasma glucose | Strip storage affects accuracy | Control solutions verify performance | Proper sampling reduces contamination | Document meter and strip lot for traceability

Topics related to Glucometer include diabetes management | point of care | quality control

Nebulizer Compressor
5
Feb

Compressor nebulizers convert liquid medication into inhalable aerosol for bronchodilators and mucolytics.  They are used in acute care and home settings for patients unable to use inhalers effectively.  Assemble with sterile tubing use appropriate mask or mouthpiece and clean components per infection control guidelines.

Nebulizer compressors deliver inhaled medications and require strict cleaning and dosing protocols.  Aerosol delivery device for inhaled medication administration in respiratory therapy.  Monitor response to therapy ensure correct dosing and consider alternative delivery methods for efficiency.

Main Points: Nebulizer Compressor | Medication nebulization | Mask or mouthpiece | Cleaning protocols | Dosing accuracy | Patient technique

Quick Facts: Effective for patients who cannot coordinate inhaler use | Cleaning prevents infection | Use correct particle size for deposition | Monitor clinical response | Consider spacer inhaler alternatives when appropriate

Topics related to Nebulizer Compressor include respiratory therapy | aerosol delivery | infection control