6.1 Patient Care Equipment Handling & Processing
Key Takeaways
- Patient care equipment includes powered surgical instruments, endoscopes, beds/stretchers, IV poles, suction regulators, and other reusable devices
- All reusable patient care equipment must be processed according to manufacturer IFU and Spaulding classification
- Powered instruments (drills, saws, dermatomes) require special handling — remove batteries, protect power cords, follow specific cleaning protocols
- Electrical safety testing may be required after reprocessing per biomedical engineering protocols
- Equipment must be visually inspected for damage, wear, and cleanliness before each use
- CS technicians must coordinate with biomedical engineering for preventive maintenance and repairs
- Pneumatic (air-powered) instruments require special attention to air hoses and connections
- Battery-powered instruments need proper battery management — charging, storage, and replacement schedules
Last updated: March 2026
Patient Care Equipment Handling & Processing
Central Service technicians process not only surgical instrument trays but also a wide variety of patient care equipment. This domain tests your knowledge of the proper handling, cleaning, disinfection, and sterilization of these specialized devices.
Categories of Patient Care Equipment
Powered Surgical Instruments
| Type | Examples | Power Source |
|---|---|---|
| Electric | Drills, saws, dermatomes | Battery or wall outlet |
| Pneumatic | Air-powered drills, saws | Compressed nitrogen or air |
| Battery-operated | Cordless drills, reciprocating saws | Rechargeable battery packs |
Reprocessing Powered Instruments:
- Disassemble according to manufacturer IFU
- Remove batteries before cleaning (unless IFU states otherwise)
- Protect electrical connections and power cord ends from water immersion (unless IFU permits)
- Clean using manufacturer-specified method (some are washer-disinfector compatible; others require manual cleaning only)
- Lubricate per manufacturer requirements (powered instruments often have specific lubrication needs)
- Inspect for damage, wear, and proper function
- Reassemble per IFU
- Sterilize using the method specified in the IFU
- Test function before returning to service (coordinate with biomedical engineering)
Endoscopes (Flexible & Rigid)
Flexible Endoscopes (GI scopes, bronchoscopes, colonoscopes):
- Semi-critical devices — minimum HLD (sterilization preferred when device tolerates it)
- Complex internal channels require meticulous cleaning
- Reprocessing steps: point-of-use treatment → leak test → manual cleaning → automated reprocessing (AER or manual HLD) → rinse → dry → store
Rigid Endoscopes (arthroscopes, laparoscopes, cystoscopes):
- Usually critical devices (enter sterile tissue)
- Require sterilization (steam if heat-tolerant; low-temperature methods if heat-sensitive)
- Delicate optics require careful handling and protection
Endoscope Leak Testing:
- Must be performed before every cleaning cycle
- Detects damage to the internal channels or outer sheath
- A failed leak test = remove the scope from service and send for repair
- Processing a scope with a leak can cause internal damage and contamination
Non-Critical Patient Care Equipment
| Equipment | Processing |
|---|---|
| Beds, stretchers, wheelchairs | Surface disinfection with EPA-registered hospital disinfectant |
| IV poles, overbed tables | Surface disinfection |
| Blood pressure cuffs | Low-level disinfection; launder fabric cuffs |
| Stethoscopes | Wipe with alcohol or EPA-registered disinfectant |
| Pulse oximeters | Surface disinfection |
| Thermometer probes | Per manufacturer IFU (may be semi-critical if used in mucous membrane areas) |
Equipment Maintenance Coordination
CS technicians should coordinate with Biomedical Engineering (Biomed) for:
- Preventive maintenance schedules
- Safety testing (electrical leakage testing) after reprocessing
- Repair of damaged or malfunctioning equipment
- Calibration of precision devices
- Documentation of maintenance activities
- Recall management — FDA recalls on medical devices
Equipment Tracking
Modern CS departments use equipment tracking systems to:
- Monitor equipment location and status (available, in use, in processing, in repair)
- Track processing history (who cleaned it, when, what method)
- Document preventive maintenance and repair history
- Manage equipment inventory and par levels
- Generate usage reports for resource planning
Test Your Knowledge
Before cleaning a powered surgical instrument, the FIRST step is to:
A
B
C
D
Test Your Knowledge
A flexible endoscope must have which test performed BEFORE every cleaning cycle?
A
B
C
D
Test Your Knowledge
Rigid endoscopes that enter sterile tissue (such as arthroscopes) are classified as:
A
B
C
D