Protecting personnel from lacerations and mechanical injuries is a critical safety requirement when handling sharp glassware, metal components, or precision tools. Professional laboratory cut resistant gloves are engineered with high-performance fibers to provide a formidable barrier without compromising the dexterity needed for technical work. As a specialized category within our occupational safety and gloves ecosystems, these protective solutions are essential for high-risk laboratory procedures.
Why Choose Professional Cut Protection?
Our curated collection of mechanical protection is designed for superior grip and long-term durability:
- Patented Fiber Technology: We stock Uvex C500 Dry Protection Gloves, utilizing Bamboo TwinFlex® technology to combine comfort and ventilation with a high level of cut resistance (Level 5/C).
- Ultralight Multi-Purpose Handling: Utilize Ansell HyFlex 11-818 Gloves, featuring an 18-gauge liner for a "second skin" feel, ideal for precision tasks that require high tactile sensitivity and abrasion resistance.
- Superior Grip in Dry Conditions: Explore models with High-Performance Vinyl (HPV) grip dots or nitrile foam coatings that ensure secure handling of slippery or sharp materials.
- Ergonomic Comfort: Select gloves featuring 3D Ergo technology or ZONZ™ Comfort Fit to reduce hand fatigue during extended periods of technical work.
LabFriend supplies cut resistant gloves from world leaders in mechanical safety technology:
- Uvex: The primary provider for the C500 series, renowned for integrating sustainable bamboo fibers with high-tech protective materials for maximum breathability.
- Ansell: A global specialist in hand protection, offering the HyFlex range which balances ultralight comfort with advanced FORTIX™ abrasion resistance.
- MAPA: Specialist in technical gloves designed to protect against heavy-duty mechanical risks in industrial and research settings.
- Honeywell: Provider of high-performance safety solutions, including diverse mechanical protection for sharp-edge handling.
Mechanical safety is a core pillar of a secure workspace; to further enhance your laboratory protection, we recommend exploring these related categories:
- Chemical Protective Gloves: Use Ansell DermaShield neoprene gloves when your task involves both chemical and biological hazards alongside sharp objects.
- Cotton Safety Gloves: Wear MEWA cotton jersey liners under your cut-resistant gloves to absorb moisture and improve comfort during long shifts.
- Eye Protection: Pair your mechanical hand protection with Uvex or 3M safety goggles for complete defense against flying debris or glass shards.
- Fume Hoods: Conduct sharp-material handling within ECOSAFE filtration environments to maintain a clean and contained workstation.
Unsure if your task requires the heavy-duty protection of a Uvex C500 or the ultralight dexterity of an Ansell HyFlex 11-818? Our team provides local technical support to help you find the correct mechanical safety solution with fast shipping and competitive pricing.
Frequently Asked Questions
1. What is the difference between Level 5 and Level C cut resistance?
Level 5 refers to the older EN 388 "Coup Test" standard, while Level C refers to the updated ISO 13997 TDM test. Level C is generally recommended for medium-risk tasks involving sharp objects.
2. Can cut resistant gloves be used for chemical handling?
Most mechanical protection gloves, like the Ansell HyFlex 11-818, are not liquid-proof and should not be used for chemical protection unless paired with a proper chemical-resistant outer glove.
3. What are HPV grip dots used for?
High-Performance Vinyl (HPV) dots, found on Uvex C500 Dry models, are designed to significantly increase grip and abrasion resistance in dry or slightly damp working conditions.
4. Are these gloves suitable for use with touchscreens?
Many modern cut-resistant models, including the Ansell HyFlex 11-818 and certain Uvex C500 variants, are designed with touchscreen-compatible fibers to allow for digital device use without removing protection.
