Why moves go wrong: Door widths missed by 2 cm. Floor loads unverified. Lift plan improvised. The answer is a Critical Equipment Move checklist you run line‐by‐line. 1) Site Survey (7–10 days before move): door widths/turning radii (note narrowest point), floor load vs equipment weight with spreaders, power/grounding/environment, lift/crane permits, route constraints. 2) Crating & Protection: foam‐in‐place + corner blocks per OEM; moisture barrier; shock/tilt indicators a

Why brochure hours mislead: Vendor specs assume ideal ambient and perfect conditioning; your lane doesn’t. Model Tambient profile, asset U/R‐value, coolant mass, and product mass. Step 1 — Define lane heat: origin cut‐off dwell, ramp exposure, hub dwell, last‐mile ambient. Build worst‐case. Step 2 — Pick asset class: VIP+PCM when dwell > 36–48 h or ramps are volatile; PCM only for ≤ 24–36 h with tight handovers; dry ice for −20 °C storage, frozen with venting and mass updat

How to design clinical trial logistics in India that protect sample integrity—CoI/ CoC, UN 3373, validated pack-outs, lane-heat modelling, and real-time telemetry.

Cell & Gene Therapy (CGT) programs depend on logistics that protect two things above all: time  and identity . Apheresis material and finished doses must move in strict temperature bands, often in vapor phase liquid nitrogen (≈ −150 °C) , with a chain of identity (CoI)  and a chain of custody (CoC)  documented at every handoff. BioMed Spedition designs and operates cryogenic corridors that meet these needs—without retrofitting general cold-chain processes. What makes Cell & G

Most cold-chain logistics failures  are predictable. They occur due to ground-time spikes , poor preload discipline , or unqualified lanes .This 20-minute cold-chain qualification checklist  helps diagnostics labs, pharma companies, biotech manufacturers, and research institutes  reduce temperature excursions for biological samples  and clinical trial materials   across 2–8 °C, −20 °C, and cryogenic (≤−150 °C) shipments. It’s simple , GDP-compliant , GxP-aligned , and built

Summary Origin → Destination:  New Delhi, India → Indianapolis, USA Material:  Temperature-sensitive biological research samples Required set-point:   −20 °C  (no excursions) Window:   ≤72 hours  door-to-door Solution stack:   PacAssured  validated packaging + Biomed Global routing + real-time tracking + full documentation and export/customs support Outcome:  Delivery completed in 72 hours , 0 recorded excursions , research timeline protected Customer Profile A lead research