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1 1/2" Sanitary Genderless AseptiQuik W Connector Body

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1 1/2" Sanitary Genderless AseptiQuik W High Temperature Connector Body

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1 1/4" Hose Barb Genderless AseptiQuik W Connector Body

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1 1/4" Hose Barb Genderless AseptiQuik W High Temperature Connector Body

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EST. 2004 About Us

Where Lab Safety Meets Real Expertise

Family-owned and US-based — we're specialists in lab safety, not a general catalog. Every product we carry is chosen because it works.

Founded by scientists and safety officers, LabSafetyShop was built to solve a real problem: labs wasting time chasing multiple distributors for compliant, OSHA-ready supplies. We consolidated it — 3,000+ products, 12+ trusted brands, one trusted source.

Whether you manage a research lab, a hospital floor, or an industrial facility, we've got the safety supplies that keep your team protected and your operations compliant — with the expertise to back it up.

Our Story About Us

Laboratory safety is not a secondary consideration. It is foundational to responsible science, environmental protection, and operational integrity.

— Leadership Team, LabSafetyShop.com

LabSafetyShop team — lab safety specialists

Family Owned

20+

YEARS EXPERTISE

Lab safety specialists since 2004

500+

LABS SERVED

Research, clinical & industrial facilities

100%

US-BASED

Team, warehouse & family-owned HQ

STANDARDS MET

ANSI, OSHA & DOT — every product, every time

What We Stand For

Our Brand Pillars

Science-First Buying

We don't stock what sells — we stock what's safe. Every product is evaluated by certified lab safety professionals before it ships.

No Manufacturer Bias

Family-owned independence means we answer to labs, not suppliers. We carry what's compliant — not what pays the best margin.

Built by Lab People

Founded by scientists and safety officers who lived the pain of fragmented lab supply. We built the resource we wished existed.

One Accountable Source

Stop juggling five distributors. One OSHA-ready destination, one point of contact, one team that knows your compliance requirements cold.

FAQ

Frequently Asked Questions

Everything you need to know about our products and lab safety solutions.

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Many laboratory consumables are designed to resist exposure to acids, bases, solvents, and other laboratory chemicals. Always verify the chemical compatibility of the material before selecting consumables for a specific application.

Most membrane filters, syringe filters, bottle top filters, and capsule filters are intended for single use to maintain filtration efficiency and prevent cross-contamination. Reusing disposable filters may compromise sample quality and filtration performance.

Yes, many new products are designed with reusable materials and ecofriendly manufacturing practices while maintaining safety standards.

Quality secondary containment trays are designed to resist a wide range of laboratory chemicals, including acids, alkalis, and many solvents. Always verify the material compatibility with the specific chemicals used in your laboratory before selecting a containment system.

Many manufacturers now offer reusable liquid handling components, recyclable packaging, and products designed for longer service life. Choosing durable, chemically resistant products reduces waste and replacement frequency.

Glass containers are suitable for many chemicals but must be protected from breakage using safety coatings or secondary containment. Some chemicals, particularly hydrofluoric acid and strong alkalis, should not be stored in glass due to chemical reactivity.

Some filtration products are designed for single use while others can be cleaned and reused. Disposable filters reduce cross-contamination risk, while reusable systems offer lower long-term costs for high-volume applications.

Many laboratory consumables are available in sterile, autoclavable, or single-use versions. The appropriate option depends on the application, contamination risk, and laboratory protocol. Always follow the manufacturer's sterilization recommendations.

Many laboratory containers are available in sterile versions or can be autoclaved. Glass and certain plastic containers (PP, PTFE) can withstand autoclaving, while others are designed for single use only.

Most borosilicate glassware can be autoclaved. However, gradual temperature changes should be used to prevent thermal shock. Check manufacturer guidelines for specific temperature and pressure limits.

Borosilicate glassware can be heated safely, but should not be subjected to rapid temperature changes unless specifically designed for thermal shock resistance. Always use appropriate heating equipment and avoid direct flame contact unless specified.

Yes. Secondary containment captures accidental leaks and spills before they reach floors, drains, or soil. This helps protect the environment, reduces cleanup costs, and supports compliance with environmental protection regulations.

Most vacuum traps are compatible with standard laboratory vacuum pumps, but you should verify connection sizes, material compatibility, and pressure ratings. Some pumps may require adapters or specific trap configurations.

Improving laboratory safety begins with identifying potential hazards, storing chemicals correctly, using compatible safety equipment, and following established safety procedures. Regular staff training, routine inspections, and investing in reliable laboratory safety products help minimize risks and maintain a safe working environment.

Dispensing systems provide accurate, repeatable liquid delivery for applications such as media dispensing, reagent addition, and sample preparation. They reduce manual handling errors, improve consistency, and speed up workflow processes.

Exhaust filters capture hazardous vapors, aerosols, and particulates from vacuum pump exhaust before they are released into the laboratory. They reduce exposure to toxic chemicals and help maintain air quality in the workspace.

Choose chemical storage solutions based on the types and quantities of chemicals being stored, their hazard classifications, material compatibility, storage location, and applicable safety regulations. Proper storage protects personnel and extends chemical shelf life.

Choose filters based on the liquid type, particle size, flow rate, chemical compatibility, volume requirements, and sterility needs. Filter membrane material, pore size, and housing design all affect performance.

Choose glassware based on the required accuracy, volume, chemical compatibility, temperature requirements, and application type. Borosilicate glass is suitable for most laboratory applications, while specific glass types may be needed for specialized uses.

Choose a hazardous waste management system based on the type of chemicals being handled, waste volume, chemical compatibility, laboratory workflow, and applicable regulations. Systems with secure closures, vapor control, secondary containment, and chemical-resistant materials provide the highest level of safety.

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