Sharps Management SWMS (Needlestick Prevention)

Sharps management covers the safe handling, transport, and disposal of hollow-bore needles, lancets, scalpels, trocars, suture needles, and other clinical sharps across hospitals, day surgeries, community health, pathology collection, dental practices, and residential aged care. Percutaneous injuries remain one of the highest-frequency occupational exposures in Australian healthcare, with hollow-bore needles carrying documented transmission risk for hepatitis B, hepatitis C, and HIV. WHS Regulation 2025 Part 3.1 obliges every PCBU to identify, assess, and control the risk of exposure to blood and body substances so far as is reasonably practicable, with the hierarchy of control applied at each step. A documented SWMS is mandatory where work involves a risk of exposure to a hazardous biological agent, where safety-engineered devices are introduced, or where sharps disposal is performed in non-clinical environments such as patient homes. This SWMS sets out the elimination-first approach, safety-engineered device selection, never-recap rules, container placement standards, and the post-exposure prophylaxis pathway required to discharge that duty.

Hazards identified

7 hazards covered, sorted by priority.

Control measures

Hierarchy-of-controls order: elimination → substitution → isolation → engineering → administrative → PPE.

1. 1Elimination — remove unnecessary injections by using oral, intranasal, or transdermal alternatives where clinically equivalent, and eliminate manual recapping from all procedures.
2. 2Elimination — design out hand-to-hand scalpel transfer by mandating a neutral pass zone (kidney dish or magnetic mat) for every sterile field.
3. 3Substitution — replace conventional hollow-bore needles, lancets, IV catheters, and blood collection sets with TGA-listed safety-engineered devices meeting AS/NZS 4031 sharps container compatibility.
4. 4Substitution — substitute glass ampoules with plastic snap-top or pre-filled syringes to remove glass-fragment laceration pathway during drug preparation.
5. 5Engineering — mount wall-bracketed AS 4031 / AS/NZS 4261 compliant sharps containers within arm's reach of every point of use, at 1300 mm height, with clear fill-line visibility.
6. 6Engineering — install passive safety activation devices (auto-retracting needles, shielded butterflies) so the safety mechanism engages without a separate user action.
7. 7Administrative — enforce a documented never-recap rule, single-handed scoop technique only for unavoidable recapping, and pre-procedure sharps count for theatre and procedural work.
8. 8Administrative — train every clinical worker on device-specific safety activation, sharps container replacement at the three-quarter fill line, and the post-exposure prophylaxis pathway under NSW Health GL2024_002 or state equivalent.
9. 9Administrative — operate a sharps injury register, immediate incident reporting to the line manager, and source-patient consent and serology workflow within two hours of exposure.
10. 10PPE — wear double gloves for high-risk procedures, fluid-resistant gown, and eye and face protection compliant with AS/NZS 1337.1 wherever splash to mucous membranes is foreseeable.

Applicable Codes of Practice

High-Risk Construction Work triggered

Worked example

At a regional day-surgery unit preparing for a morning endoscopy and minor procedures list, the nurse unit manager runs the pre-start brief using this SWMS as the standing agenda. She opens the hazard register on the tablet and walks the team through the seven listed hazards, pausing on hand-to-hand scalpel passes because today's list includes two skin excisions. The team agrees to use the magnetic neutral zone mat for every sharp transfer and signs on electronically against the controls section, with the proceduralist confirming he will activate the safety scalpel sheath before placing it on the mat. The wards-person checks each treatment bay and confirms the wall-bracketed AS 4031 sharps containers are below the three-quarter fill line; two are swapped out before the first patient arrives. Mid-list, a registrar requests a second cannula attempt on a difficult patient — the nurse pauses, refers back to the SWMS administrative control on single-handed scoop technique, and instead retrieves a fresh safety cannula rather than reusing the exposed stylet. After the list, a junior nurse sustains a superficial scratch from a suture needle while clearing the trolley. The SWMS post-exposure pathway is followed: immediate wash, line manager notification, source-patient consent obtained, baseline serology drawn within the two-hour window, and the incident logged in the sharps injury register before the team debriefs and updates tomorrow's brief.

Related legislation

• WHS Act 2011 (model)
• WHS Regulation 2025
• Code of Practice — Hazardous Manual Tasks