Noah Nichols is VP of Operations at LOC Scientific, a laboratory furniture and fume hood supplier based in Buford, GA that has designed more than 10,400 laboratories and sold or serviced over 20,800 fume hoods since 1986. In his role, Noah oversees the operational side of LOC's design, supply, and installation work for clients across healthcare, education, government, industrial, and research labs.
On the LOC Scientific blog, Noah writes about the practical realities of lab design and operations, from choosing the right materials for a given lab's chemical exposure to the workflow and safety considerations that come up during real installations.
Quick Summary Material drives laboratory cabinet pricing more than anything else. Laminate sits at the budget end, stainless steel and phenolic resin at the top, with metal and wood between them. Customization, chemical-resistant surfaces, and fume hood connections all move the figure, which is why a quote beats a price list. Understanding laboratory cabinet priceContinue reading “How Much Does A Laboratory Cabinet Cost In 2026?”
Quick Summary Laboratory cabinet installation runs in a set sequence: confirm the floor plan and utility rough-ins, prepare the site before delivery, set and level base cabinets, then fit work surfaces, uppers, and service connections. Getting the order wrong creates alignment problems that are expensive to correct later. A successful lab cabinet installation depends onContinue reading “Laboratory Cabinet Installation Guide”
Quick Summary Laboratory cabinets face daily exposure to chemicals, moisture, equipment, spills, cleaning agents, and frequent handling. Regular cleaning and timely inspections help preserve cabinet surfaces, hardware, hinges, doors, and storage areas. Appropriate maintenance practices also depend upon cabinet materials and laboratory activities. Consistent care can reduce deterioration while keeping storage spaces organized, functional, andContinue reading “Maintenance Guidelines For Your Lab Cabinets”
Quick Summary Chemical resistance information helps laboratory planners compare how materials react when exposed to acids, bases, solvents, salts, and other substances. Compatibility ratings can guide decisions about countertops, cabinets, sinks, work surfaces, and related components. Temperature, concentration, exposure duration, and cleaning practices can influence actual performance, making application conditions important during material selection forContinue reading “Chemical Resistance Charts: What You Need To Know”
Quick Summary Laboratory furniture may need attention when damage, corrosion, recurring repairs, poor ergonomics, or inadequate storage begins to affect daily operations. The right response may involve repairing one component, updating a specific work area, or replacing a wider furniture system. Material compatibility, equipment requirements, workflow, cleaning needs, and future growth should guide every upgradeContinue reading “How To Tell It’s Time To Upgrade Your Laboratory Furniture”
Quick Summary The material used in your lab cabinets affects safety, durability, and daily performance. Each option offers different strengths based on the environment. We design cabinet systems using materials that match your workflow and space. Our goal is to create reliable, organized labs that support long-term use and consistent results.
Quick Summary Lab furniture accessories help improve organization, safety, and workflow in any laboratory. The right additions support daily tasks and reduce delays. We design accessories that match each lab’s layout and storage needs. Our solutions help create a clean, efficient, and reliable workspace that supports long-term performance
Quick Summary Choosing the right cabinet size affects how a lab performs every day. Proper sizing improves storage, workflow, and safety. We design cabinet systems that match each lab’s layout and needs. Our team focuses on efficiency, compliance, and long-term use. With the right sizing approach, your lab stays organized and ready for growth.
The foundation of a successful higher education research facility rests on the quality and layout of the equipment provided to students and faculty. Selecting the right university laboratory furniture requires a deep understanding of how modern pedagogy shifts between collaborative lectures and intensive individual experimentation.
Creating a workspace that balances technical requirements with user comfort has become the cornerstone of the modern scientific facility. Lab furniture design now focuses on modularity and resilience, moving away from the rigid, fixed layouts of the past.
