The complete equipment landscape
Explore how equipment across the hospital is organized—from patient monitoring and infusion to respiratory, surgery, sterile processing, laboratory, dialysis, patient support, and diagnostic imaging.
A visual equipment index
These original, manufacturer-neutral images help orient the directory without implying a specific model or manufacturer. Continue below for the complete equipment-family index.
MON · INFPatient monitors, parameter modules, infusion pumps, and the components that support bedside care.
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RESP · ANESVentilators, anesthesia workstations, gas delivery paths, sensors, valves, and breathing systems.
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OR · SURGElectrosurgery, endoscopy, surgical tables, lights, integration, and supporting OR equipment.
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SPD · LABSterilizers, washers, analyzers, centrifuges, temperature systems, pumps, and process controls.
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REN · NEODialysis fluidics, safety monitoring, infant warming, incubator airflow, and environmental control.
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IMG · DXCT, MRI, radiography, fluoroscopy, ultrasound, detectors, acquisition, and reconstruction.
Open a foundational guide →Illustrative, manufacturer-neutral equipment imagery. Actual designs, configurations, accessories, and service boundaries vary by system and model.
Browse every equipment family
Start with the equipment family, then move into its functional chain, major assemblies, accessories, safety boundaries, and related parts references.
Bedside monitors, central stations, telemetry, ECG, SpO₂, NIBP, temperature, and capnography.
Open foundational guide →Large-volume pumps, syringe pumps, PCA systems, feeding pumps, channels, sensors, and drug libraries.
Open foundational guide →Critical-care ventilators, noninvasive support, transport ventilators, humidifiers, gas modules, and circuits.
Open foundational guide →Gas delivery, vaporizers, breathing circuits, ventilators, scavenging, monitoring, and workstations.
Open foundational guide →Electrosurgery, surgical tables and lights, endoscopy, insufflation, suction, and integrated OR systems.
Open foundational guide →ECG systems, defibrillators, AEDs, stress systems, telemetry, and cardiac diagnostic equipment.
Open foundational guide →Steam and low-temperature sterilizers, washer-disinfectors, ultrasonic cleaners, and endoscope reprocessors.
Open foundational guide →Chemistry and hematology analyzers, centrifuges, incubators, microscopes, refrigerators, and automation.
Open foundational guide →Hemodialysis machines, proportioning, ultrafiltration, blood circuits, RO systems, and water-quality monitoring.
Open foundational guide →Incubators, radiant warmers, phototherapy, fetal monitoring, bassinets, and neonatal respiratory support.
Open foundational guide →Hospital beds, stretchers, patient lifts, therapeutic surfaces, wheelchairs, scales, and transport equipment.
Open foundational guide →CT, MRI, X-ray, fluoroscopy, ultrasound, mammography, nuclear medicine, PET, and image processing.
Open foundational guide →Blood gas, glucose, coagulation, urinalysis, vital-sign, and other near-patient testing systems.
Open foundational guide →Physical-therapy modalities, compression systems, therapeutic ultrasound, laser, and mobility equipment.
Open foundational guide →Dental delivery and imaging, sterilization, slit lamps, tonometry, surgical microscopes, and specialty systems.
Open foundational guide →Foundational references
Each guide connects the definition to system role, identification details, related terminology, and safety boundaries.
A system-level guide to low-temperature sterilizer chambers, vacuum systems, sterilant delivery, sensors, controls, aeration paths, and compatibility boundaries.
Read reference →Understand washer-disinfector chambers, racks, circulation pumps, spray systems, water heating, chemical dosing, drying, sensing, and cycle records.
Read reference →A practical guide to AER basins, channel connectors, leak testing, pumps, valves, filters, chemistry delivery, monitoring, drying, and records.
Read reference →Understand ultrasonic-cleaner generators, transducers, tanks, baskets, heaters, degassing, drains, controls, and the boundary between cleaning and sterilization.
Read reference →A system-level guide to bedside monitor modules, parameter acquisition, displays, alarms, networking, batteries, and central monitoring.
Read reference →Understand the light sources, photodetector, patient cable, analog front end, algorithms, and common measurement boundaries in pulse oximetry.
Read reference →Understand infusion-pump parts including mechanisms, doors, motors, occlusion and air sensors, batteries, controls, alarms, drug libraries, and administration sets.
Read reference →A high-level technical map of ventilator gas delivery, valves, sensors, patient circuits, power, control software, and monitoring.
Read reference →Understand the gas supplies, pressure regulation, flow control, vaporizers, breathing system, ventilator, scavenging, monitoring, and safety systems.
Read reference →A practical overview of monitor-defibrillator and AED energy paths, electrodes, ECG acquisition, pacing, batteries, self-tests, and service boundaries.
Read reference →A high-level guide to electrosurgical generators, active and return electrodes, output monitoring, controls, accessories, and smoke evacuation.
Read reference →How healthcare steam sterilizers coordinate steam quality, air removal, temperature, pressure, time, drying, controls, and process monitoring.
Read reference →A practical map of sample handling, fluidics, reagents, reaction control, measurement optics, calibration, waste, computing, and interfaces.
Read reference →Understand the water and dialysate path, blood pump, heparin delivery, pressure and air monitoring, ultrafiltration, disinfection, and alarms.
Read reference →Understand infant-incubator parts including heaters, fans, air and skin sensors, humidity systems, doors, seals, controls, alarms, power, and accessories.
Read reference →A practical overview of powered bed frames, motion systems, side rails, controls, brakes, scales, batteries, and therapeutic surfaces.
Read reference →How near-patient analyzers coordinate sample handling, disposable cartridges, sensing, temperature control, quality checks, and connectivity.
Read reference →Understand rehabilitation-equipment parts used in treatment tables, motion devices, compression pumps, therapeutic ultrasound, electrical stimulation, traction, and mobility systems.
Read reference →Understand the recurring component families behind dental delivery, ophthalmic examination, specialty imaging, surgical microscopes, and supporting equipment.
Read reference →A system-level guide to the CT gantry, X-ray tube, detector, data-acquisition system, patient table, and reconstruction computer.
Read reference →Understand the magnet, gradient, RF, coil, cooling, shielding, console, and reconstruction subsystems in an MRI scanner.
Read reference →A practical look at the mobile C-arm imaging chain, positioning hardware, detector technologies, controls, and displays.
Read reference →Follow the ultrasound signal from the transducer through beamforming and processing to the displayed image.
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