What Safety Equipment Should Every Lab Have?

Author:
Erik Van Hollen
Every lab should have essential safety equipment including eyewash stations, safety showers, fire extinguishers, spill kits, chemical-specific storage cabinets, PPE stations, and clear hazard signage. These tools protect staff, support compliance, and ensure quick response to emergencies in educational, research, and industrial laboratory environments. Proper placement and ventilation are critical for safety.

Why Safety Equipment Is Essential in Every Laboratory

Safety equipment isn’t the “extra credit” section of a lab—it’s the whole backbone of how a space protects the people inside it. Whether it’s a high school chemistry room or a pharmaceutical R&D wing, proper safety tools are what keep accidents from turning into headlines.

Safety Is a Foundational Requirement, Not an Option

Labs must follow strict standards

  • OSHA, NFPA, and industry regulations require specific safety measures
  • Educational, research, and industrial labs all face different hazards but share the same responsibility: protect people
  • Safety equipment must be present, functional, and correctly installed—not just “somewhere in the room”

If your team needs guidance on creating compliant, modern spaces, explore ICI Scientific’s complete system approach.

Safety Equipment Is Part of the Lab’s Design, Not an Afterthought

Smart placement prevents real problems

  • Emergency tools must be accessible within seconds
  • Poor placement slows response time and increases risk
  • Safety paths, clearances, and workflow patterns are crucial

ICI supports this through full-service planning, design renderings, and layout tools available in the resources library.

ICI Scientific Builds Labs That Prioritize Safety From Day One

Integrated solutions for safer environments

  • High-performance fume hoods, durable casework, and compliant work surfaces
  • Layouts that position safety showers, eyewashes, and ventilation where they’re most effective
  • BIM and AutoCAD support to ensure accuracy before construction begins
  • Real project examples can be explored in the ICI project portfolio

For full product details, browse the ICI product collection, or connect with a local expert through the dealer locator.

Training teams and planning new builds? Check out:

Core Emergency Equipment: Eyewash Stations, Safety Showers, and Fire Protection

Eyewash stations, safety showers, and fire protection tools form the backbone of emergency response in any laboratory. These aren’t optional add-ons—they’re the first line of defense when something spills, splashes, ignites, or simply doesn’t go according to plan. Proper placement and regular testing ensure they’re ready the instant they’re needed.

Eyewash Stations Must Be Accessible and Always Ready

Seconds matter when chemicals reach the eyes

  • Eyewash units must be reachable within 10 seconds
  • Should be free of obstructions and mounted at the correct height
  • Require routine testing to ensure clean, steady water flow
  • Need clear access paths with no casework or equipment blocking them

To see how ergonomic lab layouts look when designed correctly, explore the ICI Scientific project showcase.

Safety Showers Need Proper Placement and Compliance

Full-body drenching requires open, unobstructed space

  • Positioned in high-risk zones such as chemical storage and prep areas
  • Require at least a 16-square-foot clearance beneath
  • Must be visible, labeled, and regularly flow-tested
  • Should be integrated into the lab’s layout—not squeezed in as an afterthought

ICI’s planning tools, including BIM and AutoCAD, help position these systems accurately. Learn more at this overview of ICI’s design capabilities.

Fire Protection Equipment Must Fit the Lab’s Hazards

Different risks need different protection

  • Class ABC extinguishers for electrical and general fires
  • Class D extinguishers for metal fires
  • Fire blankets for clothing or small bench fires
  • Flammable storage cabinets for solvents, fuels, and reagents
  • Cabinets must meet code, be properly vented (when required), and resist corrosion

For a breakdown of compliant fire-resistant storage options, browse the catalog of lab safety products and casework solutions.

ICI Scientific Designs Labs With Emergency Tools Built Into the Workflow

Safety by design—not luck

  • Casework layouts ensure showers and eyewashes are unobstructed
  • Emergency equipment is placed with proper spacing and ergonomic reach
  • Durable steel and stainless-steel furniture supports high-risk environments
  • Integrated planning ensures safety tools don’t interfere with workflow

Get deeper knowledge through:

Ventilation & Containment: Fume Hoods, Biosafety Tools, and Chemical Storage

Proper ventilation is one of the most critical safety systems in any laboratory. When chemicals, vapors, or biological agents are involved, good airflow isn’t just helpful—it’s what keeps people safe and the space compliant. Every lab setup must match its specific hazards with the right containment tools.

Fume Hoods Are the Heart of Laboratory Ventilation

Different hoods serve different risks

  • Ducted fume hoods: Ideal for high-volume chemical use and strong vapors
  • High-performance fume hoods: Provide energy savings with stable containment
  • Specialty hoods: Acid digestion, perchloric acid, radioisotope, or solvent-based work
  • Proper sash height, face velocity, and exhaust systems are essential for safety

See how high-performance systems fit into real-world labs inside the ICI Scientific portfolio.

Chemical Storage Cabinets Protect Against Corrosion and Fire Hazards

Every chemical category needs the correct enclosure

  • Acid cabinets: Use corrosion-resistant interiors and hardware
  • Base cabinets: Designed to prevent chemical reaction risks
  • Flammable cabinets: Built with fire-resistant construction and venting options
  • Storage must match the chemicals used—not all cabinets protect against all hazards

Browse ICI’s full selection of compliant and durable storage solutions here:explore ICI’s laboratory protection products.

PPE Storage Keeps Protective Gear Accessible and Clean

PPE shouldn't be buried in a drawer

  • Labs must organize and store gloves, goggles, lab coats, face shields, and masks
  • PPE storage prevents contamination and extends equipment lifespan
  • Clear placement near entry and exit points helps ensure proper usage
  • Cabinetry should be easy to clean and built with durable, chemical-resistant materials

ICI’s casework lines support these storage needs with steel, wood, and stainless options. Learn more about the company’s approach at this overview of ICI Scientific.

Matching Ventilation and Storage to Your Lab’s Needs

Your chemicals and processes decide your equipment

  • Labs handling solvents need different tools than labs handling acids
  • Biological labs require containment solutions beyond chemical control
  • Proper ventilation and storage choices depend on hazard level and workflow
  • Work surfaces, casework, and fume hoods must work together to maintain safe containment

ICI Scientific supports these environments with:

Facility-Level Safety Tools: Spill Kits, Signage, First Aid, and Compliance Accessories

Every laboratory—regardless of industry, size, or research type—needs a core set of facility-level safety tools that support daily operations. These tools don’t replace emergency equipment; they prevent minor incidents from becoming major problems and help staff maintain a safe, compliant workspace.

Spill Kits and Chemical Neutralizers Are Essential for Daily Readiness

Labs must be prepared for the spills that happen during normal work

  • Spill kits should cover acids, bases, solvents, and biological materials
  • Absorbents and neutralizers must be placed near high-risk zones
  • Kits should include PPE, disposal bags, and cleanup instructions
  • Staff must know where kits are stored and how to use them

For examples of facilities built with proper hazard zones, see the ICI Scientific project gallery.

First Aid Stations and SDS Access Should Be Easy to Find

Quick access prevents delays in treatment and information retrieval

  • First aid cabinets must be clearly labeled and fully stocked
  • Kits should include burn care, wound care, eye dressings, and antiseptics
  • SDS (Safety Data Sheets) must be accessible in print or digital format
  • Placement near entrances or prep rooms improves response time

To explore furniture layouts that support clear access points, visit this overview of ICI’s design philosophy.

Clear, Durable Hazard Signage Supports Safe Daily Operations

Signage guides everyone—even seasoned lab staff

  • Labels should mark chemical zones, PPE requirements, exits, and restricted areas
  • Signs must be chemical-resistant and placed at eye level
  • Electrical safety labels help reduce shock and arc-flash risks
  • Consistent signage reduces confusion and increases compliance

ICI provides casework and workstation systems that integrate signage placement naturally. Browse the product lineup.

A Complete Safety Setup Depends on the Lab’s Purpose

No two labs have identical safety needs

  • Requirements depend on chemicals used, hazard levels, and workflow
  • Research labs need different tools than teaching labs or industrial facilities
  • Compliance demands vary by OSHA, NFPA, and institutional policies
  • The right setup blends emergency tools, ventilation, storage, and daily-use safety gear

ICI Scientific supports complete safety planning with:

Frequently asked questions about What Safety Equipment Should Every Lab Have?

What safety equipment is essential in every laboratory?

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Every lab should have eyewash stations, safety showers, appropriate fire extinguishers, fire blankets, spill kits, chemical-specific storage cabinets, PPE stations, and clear hazard signage. Together, these tools help prevent minor incidents from escalating and support compliance with OSHA, NFPA, and institutional safety standards.

Where should eyewash stations and safety showers be located in a lab?

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Eyewash stations and safety showers must be reachable within about 10 seconds from high-risk areas, with clear, unobstructed paths. Showers require open floor space beneath them, while both types of equipment should be highly visible, properly labeled, and regularly tested as part of the lab’s overall layout and workflow design.

What fire protection equipment should a laboratory have?

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A laboratory should include fire extinguishers matched to its risks (such as Class ABC for general and electrical fires and Class D for metal fires), fire blankets for clothing or bench-top fires, and code-compliant flammable storage cabinets. These tools must be easy to access, clearly marked, and integrated into the lab’s safety plan.

Why are fume hoods and ventilation systems important for lab safety?

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Fume hoods and properly designed ventilation systems prevent staff from inhaling hazardous vapors, fumes, and airborne contaminants. By containing and exhausting harmful substances, they help maintain compliance with safety codes, protect long-term health, and keep the overall lab environment safer and more comfortable for daily work.

What facility-level safety tools should every lab include?

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Every lab should include spill kits with absorbents and neutralizers, clearly labeled first aid stations, accessible Safety Data Sheets (SDS), and durable hazard signage marking exits, PPE zones, and restricted areas. These everyday tools support quick response, reinforce safe habits, and help labs maintain ongoing regulatory compliance.

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