Blog

Grant Budgeting Guide: How to Budget Refurbished vs New Equipment in Your Next NIH or NSF Proposal Why this matters for grant-funded labs If you’ve ever built an NIH or NSF budget, you know the pressure: you need enough capability to deliver the science, but you also need a budget that looks reasonable, defensible, and feasible. Equipment can eat a huge portion of your request, especially for instrumentation-heavy projects, so the “n… Read more

Microscope Buyer’s Guide: Phase Contrast vs DIC vs Fluorescence for Student Labs vs Research Why microscopy choices are expensive (and hard to undo) Microscope budgets for teaching labs and research cores can be deceptively tricky. A microscope isn’t one purchase, it’s a system: base scope objectives illumination modality (phase/DIC/fluorescence) camera and software (optional) maintenance (bulbs/LED modules, alignment) This g… Read more

Centrifuge Rotor Safety: Rotor Life Cycles, Stress Fatigue, and How to Inspect Used Rotors Why rotor safety matters in universities University labs often share centrifuges across groups and semesters. That means: many operators inconsistent training heavy usage spikes “mystery history” on older equipment Rotors experience extreme forces. Over time, they can develop fatigue or corrosion—risking failure. A rotor incident isn&rs… Read more

Outfitting a Teaching Lab: Durable Equipment Lists for Undergraduate Organic Chemistry and Biology Labs Why teaching labs have different equipment needs Teaching labs face unique constraints: high student volume heavy wear and tear fast setup and reset times limited budgets and strict purchasing timelines safety and standardization requirements The goal isn’t “best-in-class performance.” The goal is durable, repeatable, easy… Read more