Hysteroscope Reprocessing: A Practical Guide for CSSD and Biomed Teams

Start with the manufacturer's instructions for use

Every validated process starts with the instructions for use (IFU) of the specific device. They state which detergents are compatible, whether the optic and sheath can be autoclaved, which low-temperature methods are allowed and the maximum number of cycles. For Richard Wolf equipment, such as the Princess resectoscope, follow the IFU supplied with the exact configuration you own.

Keep copies where the CSSD team can find them, and see our article on IFU in sterile processing. Standards such as ISO 17664 define what manufacturers must provide, and ISO 17665 covers steam sterilisation processes.

Point-of-use care and manual cleaning

Hysteroscope cleaning begins in the procedure room. Wipe visible soil from the exterior, flush channels with water or the recommended solution, and do not let blood or saline dry on the device. Transport it to the decontamination area in a closed, labelled container.

In the cleaning room disassemble the instrument as the IFU requires, brush the channels and sheaths with the right-size soft brushes, and clean with a neutral or enzymatic detergent. Where the IFU allows it, an ultrasonic bath helps with box locks and joints. Rinse with quality water and dry thoroughly; residual moisture is a leading cause of spotting and corrosion.

• Disassemble sheaths, taps and seals
• Brush all lumens, flush with syringe
• Detergent compatible with the materials
• Final rinse with purified water and drying with a lint-free cloth

High-level disinfection or sterilisation

Hysteroscopes enter a sterile cavity, so sterilisation is generally preferred when the device allows it. Autoclavable parts can go through steam sterilisation, wrapped or in a rigid container. Heat-sensitive components may need low-temperature methods such as hydrogen peroxide plasma, or chemical high-level disinfection with a validated agent, strictly as described in the IFU.

Whichever method you use, record load contents, cycle parameters and indicator results. See the overview of instrument reprocessing steps and compare options in sterilisation containers for scopes.

Optics, camera and cable handling

The telescope is the most fragile and costly part. Never bend it, never lift it by the eyepiece or a light post under load, and avoid metal-on-glass contact. Inspect the distal window for scratches and the image for dark spots before each use, and the fibre bundle by holding the light end to a lamp.

Light cables, camera heads and cords have separate IFUs, so do not assume they follow the same method. Coil cables loosely and avoid tight radius, since broken fibres reduce light output over time.

Storage, protection and maintenance

Store instruments dry, protected from impact and, where possible, in a rigid container with a purpose-made insert. REDA's sterilisation container system includes optic and endoscope storage containers and baskets, with filters and indicator labels; pairing them with a validated cycle simplifies handling and sterile storage.

Plan preventive maintenance with the supplier, track the cycle count and send optics for service if the image is degraded. For help with scope care, workflows and service plans, request a consultation from Beckfinity's specialists through our maintenance and contact pages: maintenance services.