Guideline Summary: Management of Ocular Foreign Bodies

Immediate Actions and Contra‑indications

• Avoid rubbing the eye when a foreign‑body sensation is present, as rubbing can exacerbate corneal injury or embed the object deeper. Evidence level: not specified. 1
• Shield the eye with a hard‑plastic eye shield, paper cup, or plastic cup taped over the affected eye to prevent inadvertent contact. Evidence level: not specified. 1
• Remove contact lenses immediately if a foreign‑body sensation develops while wearing lenses, discontinue lens wear, and obtain medical evaluation. Evidence level: not specified. 1

Risk Stratification – When to Seek Emergency Care

• High‑risk (emergency) features that mandate immediate ophthalmologic assessment include: high‑velocity injury (e.g., grinding, nailing, machinery), penetrating trauma from sharp or metal objects, irregular pupil after trauma, intra‑ocular bleeding, loss of vision, or persistent foreign‑body sensation despite attempted removal. Evidence level: not specified. 4

Low‑Risk Features – Suitable for Initial Self‑Management

• Low‑risk scenarios appropriate for self‑care consist of low‑energy mechanisms (wind‑blown dust, dirt, eyelash), absence of vision changes, no penetrating mechanism, and no high‑velocity injury. Evidence level: not specified. 4

Initial Self‑Management of Low‑Energy Superficial Foreign Bodies

• Attempt removal using natural tear flow by encouraging repeated blinking. Evidence level: not specified. 5
• Irrigate the eye with sterile tap water or commercial eye‑wash solution to flush out the particle. Evidence level: not specified. 5
• Eyelid‑flap technique: pull the upper eyelid over the lower eyelid to allow lashes to brush away debris. Evidence level: not specified. 5

Post‑Removal Symptom Relief

• Provide over‑the‑counter analgesia (oral acetaminophen or NSAIDs) to manage residual discomfort after successful foreign‑body extraction. Evidence level: not specified. 4

Professional Removal Considerations

• Embedded corneal foreign bodies generally require removal by a qualified eye‑care professional using appropriate instrumentation. Primary eye‑care providers can manage the majority of corneal foreign bodies, thereby reducing emergency‑department utilization. Evidence level: not specified. 4

Clinical Context and Epidemiology

• High‑speed ocular injuries can produce a spectrum of globe damage, from simple corneal abrasions to penetration of the anterior or posterior chamber. Evidence level: not specified. 4
• Approximately 50 % of emergency‑department eye‑injury visits are attributable to ocular foreign bodies, with a substantial proportion related to workplace exposures. Evidence level: not specified. 4
• Routine prophylactic antibiotics are frequently prescribed for corneal abrasions or foreign bodies, but current evidence does not clearly demonstrate a benefit. Evidence level: not specified. 4