SOP Development

How to build hybrid in‑house potency testing workcells—mixing portable analyzers and compact benchtop HPLC—to enable real‑time process control without hiring a full analytical lab. Practical SOPs, daily system suitability checks, reference materials, ROI benchmarks, and vendor-agnostic implementation steps.

How R&D chefs and product developers can use professional combo (heat + freeze) batch freezers to accelerate prototyping of infused ice creams and sorbets — controlling overrun, ice crystal size, emulsion stability, cleaning validation, and scale-up.

Most vape lines treat filling, capping, and net-contents checks as separate islands. This post shows how to connect them into a closed-loop QA system—linking fillers, press cappers, and NTEP/EMFR weighing—to reduce scrap, document compliance to NIST HB-44/HB-133 practices, and build audit-ready net‑contents records.

How portable HPLC units like the LightLab 3 let operations add rapid, defensible potency data at critical process points without building a full reference lab. Architecture, data quality, staffing, ROI models and SOP checklists for modular in‑production workcells.

Urth & Fyre's consulting services revolutionized Client 1's cultivation operations, driving significant yield improvements, cost reductions, and profitability. Through strategic facility design and operational enhancements, Client 1 achieved a 985% ROI and a projected $6.7M profit for 2024.