Laboratory work is highly manual, often relying on the precision and dexterity of a researcher's hands to conduct experiments, handle delicate instruments, and manipulate small samples. Whether it's pipetting, microscopy, or assembling intricate setups, our hands are essential tools in the lab, performing repetitive tasks that require sustained focus and skill.
The laboratory environment has its fair share of risks and hazards. One commonly overlooked risk factor is the development of repetitive motion injuries due to musculoskeletal stress. These injuries can gradually occur when muscles and joints are overstressed, tendons become inflamed, nerves are pinched, and blood flow is restricted, often leading to localized muscle fatigue. To address these risks, an ergonomic approach to glove design can be applied to reduce the likelihood of such injuries.
Kimtech™ Polaris™ Nitrile Exam Gloves were specifically developed for laboratory environments, aiming to protect against harsh chemicals (tested against 50 common chemicals, Chemotherapy Drugs, Synthetic Opioid, Simulated Gastric Acid: Per ASTM D 6978-05) while also offering all-day comfort to prevent repetitive strain.
Download this white paper to learn more about:
- Reducing repetitive motion injuries through ergonomic glove design
- The importance of improving worker safety and comfort in laboratory environments
- Key findings from rigorous testing on how KimtechTM PolarisTM Nitrile Exam gloves reduce muscle exertion, provide a secure grip in wet and dry conditions, and eliminate hand fatigue
- Comparative advantages that ergonomic gloves provide over the status quo
