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Laboratory Products and Design Insights

Explore articles about lab casework, fume hoods, countertops, airflow planning, safety, and practical laboratory applications.

Laboratory countertop surface comparison for epoxy resin and phenolic materials
Lab Countertops 5 min read

Epoxy Resin vs Phenolic Lab Countertops: Which Surface Fits Your Lab?

Epoxy resin and phenolic are both used in labs, but they solve different problems when chemical exposure, heat, cost, and durability are compared honestly.

  • Epoxy resin is the heavy-duty choice for harsh chemical and heat exposure.
  • Phenolic is lighter, easier to handle, and usually more budget friendly.
  • Real operating conditions matter more than generic product labels.
  • Lifecycle performance can outweigh a lower initial material cost.
Laboratory casework and fume hood layout planned around airflow specifications
Laboratory Airflow 6 min read

How Laboratory Airflow Specifications Shape Better Casework Design

Airflow specifications should guide laboratory casework decisions early, because ACH, containment pressure, and return-air paths directly affect compliance and long-term project performance.

  • ACH and containment targets should shape the casework layout from the start.
  • Casework placement can either support or block safe airflow patterns.
  • High-hazard zones create stronger technical demands and higher-value design opportunities.
  • Airflow-aware planning reduces compliance failures and costly late changes.
Laboratory design supporting ergonomic safety and comfortable work positions
Lab Safety 6 min read

OSHA Lab Safety and Ergonomic Design Standards Architects Should Know

Ergonomic laboratory design supports safety, productivity, and compliance by improving workstation height, equipment reach, lighting, support systems, and everyday user movement.

  • Ergonomic design should be planned as a performance and safety strategy, not just a comfort feature.
  • Bench height, reach distance, and equipment position directly influence injury risk.
  • Lighting, seating, flooring, and airflow conditions all contribute to ergonomic outcomes.
  • Labs that reduce strain can improve productivity while lowering long-term injury costs.
Modern laboratory space showing workflow-friendly planning and flexible casework
Lab Design 5 min read

What Actually Matters in Lab Design for Modern Laboratories

Strong lab design starts with workflow, circulation, utilities, and flexibility, not just benches and casework.

  • Map real workflow before locking in the layout.
  • Design circulation for people, carts, samples, and shared equipment.
  • Use flexible planning so the lab can adapt as operations change.
  • Treat power, gas, water, and ventilation as core design drivers.
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