Bacterial Endotoxin Testing (BET) is part of everyday operations in pharmaceutical and contract testing labs, but inefficiencies can quickly lead to delays and unnecessary waste.
Small batches tested with full‑microplate assays increase waste and delay release decisions❗
In this case study, a contract lab compared a kinetic turbidimetric microplate instrument vs. a kinetic chromogenic cartridge-based instrument using identical water samples. The results show how each platform aligns with different sample sizes based on real performance data.
👉 Access the full case study here to see which approach fits your workflow best.
Optimizing Bacterial Endotoxin Testing Processes
