Perioperative Safety & OSHA 10-Hour General Industry — Surgical Technology

Objective. Students complete all ten modules of OSHA 10-Hour General Industry training and correctly identify hazard types, personal protective equipment requirements, and incident reporting procedures specific to the surgical suite.

Perioperative Safety and OSHA 10-Hour General Industry

Surgical technologists work in one of the most hazard-dense environments in healthcare. Every shift in the operating room (OR) presents risks involving blood and body fluids, sharp instruments, caustic chemicals, radiation, and ergonomic strain. OSHA's General Industry standards provide a federal framework that surgical technology programs use as the foundation for workplace safety training. Completing the OSHA 10-Hour General Industry course is a recognized entry-level safety credential that demonstrates you understand how to recognize, avoid, and report workplace hazards.

Why OSHA Standards Matter in the OR

OSHA (Occupational Safety and Health Administration) sets and enforces standards designed to prevent worker injury, illness, and death. Although many OR settings fall under healthcare-specific guidance, the General Industry standards establish core principles that apply broadly. As a surgical technologist, you are both a patient safety advocate and a worker who deserves a safe environment. Understanding your rights and your employer's obligations is part of professional practice.

The Ten OSHA 10-Hour General Industry Modules

The OSHA 10-Hour course covers ten required topic areas. Each module addresses a category of workplace hazard. For surgical technology, the most directly relevant modules include:

Introduction to OSHA – your rights to a safe workplace, how to file a complaint, and protections against employer retaliation.
Walking/Working Surfaces – slip, trip, and fall prevention; relevant in wet OR suites where irrigation fluid can pool on floors.
Exit Routes, Emergency Action Plans, and Fire Prevention – evacuation procedures and fire suppression in rooms that contain oxygen-enriched atmospheres and electrosurgical units.
Electrical Safety – OR equipment runs on powered surgical devices; ground-fault risks and proper cord management matter.
Personal Protective Equipment (PPE) – selection, donning, doffing, and disposal of gloves, gowns, masks, eye protection, and face shields.
Hazard Communication (HazCom / GHS) – understanding Safety Data Sheets (SDS), chemical labeling, and the Global Harmonized System for chemicals such as glutaraldehyde and formaldehyde used in sterilization and specimen fixation.
Bloodborne Pathogens – covered by 29 CFR 1910.1030; this module is critical for every OR team member.
Ergonomics – safe patient handling, correct instrument-passing technique, and sustained awkward postures during long procedures.
Healthcare-related hazards – recognizing violence, latex allergies, and stress as occupational concerns.
Recordkeeping and Incident Reporting – OSHA 300 logs, incident reports, and near-miss documentation.

Bloodborne Pathogen Safety in the OR

The OSHA Bloodborne Pathogens Standard (29 CFR 1910.1030) requires employers to have an Exposure Control Plan. For surgical technologists, this means using Standard Precautions with every patient regardless of known diagnosis. Key practices include:

Wearing surgical gloves, mask, eye protection, and fluid-resistant gown during all open procedures.
Using a neutral zone (hands-free passing technique) when transferring sharps between scrub and surgeon.
Never recapping needles by hand; use a one-handed scoop method or a safety device.
Reporting a needlestick or splash exposure immediately to the charge nurse or supervisor and following the facility's post-exposure protocol.

If an exposure occurs, time matters. Prompt reporting allows evaluation for post-exposure prophylaxis when indicated.

Chemical Hazards: Glutaraldehyde and Formaldehyde

Glutaraldehyde is a high-level disinfectant used in some instrument processing areas. It is a respiratory and skin sensitizer. When working near glutaraldehyde:

Ensure adequate ventilation or a fume hood.
Wear nitrile gloves (latex may not provide adequate protection and carries its own allergy risk).
Use a face shield if a splash hazard exists.
Know where the SDS is located for every chemical in your work area.

Formaldehyde is commonly used to fix surgical specimens before pathology analysis. Exposure limits are set by OSHA; always work in a well-ventilated area and use appropriate PPE when handling specimen containers.

Latex Allergy in the Perioperative Setting

Latex allergy can range from contact dermatitis to life-threatening anaphylaxis. Both patients and healthcare workers can be sensitized. Surgical technology programs teach latex precautions because the OR historically used latex gloves extensively. Today, most facilities have moved to latex-free or latex-safe environments. Always review patient allergy history during the pre-procedure verification (time-out) process and ensure the sterile field uses latex-free products when indicated.

Radiation Safety

C-arm fluoroscopy and other intraoperative imaging expose OR personnel to ionizing radiation. Principles of radiation safety follow the ALARA concept—As Low As Reasonably Achievable—which means:

Maximizing distance from the radiation source.
Minimizing time of exposure.
Using shielding (lead aprons, thyroid shields) when remaining in the room.
Wearing a dosimetry badge if you are routinely exposed, so cumulative dose is tracked.

Incident Reporting

OSHA requires employers to record work-related injuries and illnesses. As an employee, you have the right and responsibility to report any injury, exposure, or near-miss event. A near miss—a situation that could have caused harm but did not—is equally important to report because it triggers a corrective review. In the OR, this includes a dropped sharp, an unlabeled specimen container, or a spill of a hazardous chemical. Prompt reporting protects you legally and helps the team prevent future events.

Connecting Safety to Patient Care

OSHA compliance is not just about protecting workers—it directly supports patient safety. A surgical technologist who is injured, exposed to a pathogen, or fatigued from an unsafe ergonomic situation cannot perform optimally. Maintaining a safe environment for yourself is inseparable from maintaining a safe environment for the patient on the table.

Key terms10

Standard PrecautionsA set of infection prevention practices applied to every patient regardless of suspected or confirmed infection status, including use of gloves, gown, mask, and eye protection when contact with blood or body fluids is possible.

Safety Data Sheet (SDS)A standardized document required by OSHA's Hazard Communication Standard that provides detailed information about a chemical's hazards, safe handling procedures, PPE requirements, and emergency response measures.

Exposure Control PlanA written document required by the OSHA Bloodborne Pathogens Standard that describes how an employer will eliminate or minimize employee exposure to blood and other potentially infectious materials.

Neutral Zone (Hands-Free Technique)A sharps safety practice in which instruments are placed in a designated area on the sterile field rather than passed directly hand-to-hand, reducing the risk of needlestick or scalpel injury.

ALARAAs Low As Reasonably Achievable; the guiding principle of radiation safety that requires minimizing exposure through maximizing distance, minimizing time, and using shielding.

GlutaraldehydeA high-level chemical disinfectant used for heat-sensitive surgical instruments that is a known respiratory and skin sensitizer, requiring PPE and adequate ventilation during use.

HazCom / GHSOSHA's Hazard Communication Standard, aligned with the Global Harmonized System, which requires chemical manufacturers and employers to label hazardous chemicals and provide SDS documents so workers understand the risks.

Near MissAn unplanned event that did not result in injury, illness, or damage but had the potential to do so; reporting near misses is essential for identifying system failures before harm occurs.

Post-Exposure Prophylaxis (PEP)Medical treatment initiated promptly after occupational exposure to bloodborne pathogens, such as HIV, to reduce the risk of infection; its effectiveness depends on rapid reporting and timely initiation.

Dosimetry BadgeA personal radiation monitoring device worn by workers who may be exposed to ionizing radiation; it records cumulative dose over a defined monitoring period so exposure can be tracked and managed.

In class: Work through all ten OSHA 10-Hour General Industry modules using the approved course materials, completing the required module quizzes and logging completion for the OSHA card. · Analyze a set of five case scenarios involving OR-specific hazards—bloodborne pathogen exposure, latex allergy reaction, chemical splash from glutaraldehyde, sharps injury, and radiation safety—and write a one-paragraph corrective action plan for each. · Participate in a small-group table exercise mapping OR job tasks (scrub role, back-table work, specimen handling) to the applicable OSHA standard category and the required PPE for each task.
Materials: OSHA 10-Hour General Industry authorized course materials; OSHA Bloodborne Pathogens Standard (29 CFR 1910.1030) plain-language summary handout; facility SDS binder samples; nitrile gloves, face shield, gown for PPE demonstration; whiteboard and markers.
Check: Students must pass all required OSHA 10-Hour module assessments at the threshold required for card issuance and score 80% or higher on a 25-question instructor-written post-test covering perioperative hazard identification and PPE selection.

Practice check8

Answer each question, then check it. Nothing is recorded; this is your own practice.