Latest Posts
Many labs under‑spec circulators by only checking temperature range. This post explains how to size heating circulators for decarboxylation, crystallization, and viscous jacket fluids — reading pump curves, estimating head loss, selecting fluids, avoiding cavitation, and tuning PID control. Practical vignettes, ROI signals, safety standards, and a recommended Julabo SL‑12 listing on Urth & Fyre are included.
A practical guide to selecting and commissioning high-performance circulators for high‑viscosity jacketed systems, high‑temperature decarb, and controlled crystallization. Focuses on pump curves, fluid selection (including PFAS‑free options), control stability, and field debugging—plus how Urth & Fyre pairs operators with right‑sized circulators like the Julabo SL‑12.
A practical guide to retrofitting and specifying wiped‑film evaporator (WFE) trains for measurable yield accounting, inline color control, and validated cleanability. Covers sensor placement, sampling strategy, CIP design, data dashboards, and implementation timelines for lab-to-pilot wiped‑film systems.
Many operations still run legacy Thompson Duke MCF1 semi‑automatic fillers that physically work but create bottlenecks in QA, traceability, and changeovers. This post shows how to extract more throughput and control from existing MCF1 cells by layering better SOPs, fixturing, digital data capture, and simple metrology hooks — without buying a full production line.
A practical guide for operations teams who want to upgrade semi-automatic cartridge filling lines for better repeatability, QA data, and ergonomics without buying full automation. Covers retrofit options (fixtures, recipe control, line-side serialization, NTEP checkweighers), changeover SOPs, lightweight MES choices, ROI benchmarks, and an implementation playbook using the Thompson Duke MCF1 as an example.


