
- 0 Comments
- Kit Design and Manufacturing
What you can change in a collection kit, what the dangerous goods rule freezes, and the lever that moves the footprint most.
Learn More
What you can change in a collection kit, what the dangerous goods rule freezes, and the lever that moves the footprint most.
Learn More
What patient-centric sampling commits a program to, what the published evidence says about burden and analytical performance, who carries the validation burden, and how one collection decision propagates through the whole kit.
Learn More
A dieline is the flat cutting map for your kit packaging. Here is what a printer actually needs in the file package, and what stalls a job when it is missing.
Learn More
Volumetric absorptive microsampling fixes the volume half of the hematocrit problem, not the recovery half. What the published validation data shows, and how to choose between a card and a VAMS tip.
Learn More
Patient centric sampling is a design requirement, not a device category. Here is what the term actually covers, the three questions that decide whether it fits your program, and when a collection kit is the wrong answer.
Learn More
What process and spot color actually do, what one, two, three, and four color printing mean on a quote, and how substrate and coating change the printed result.
Learn More
What E flute, SBS, and chipboard actually do, the four packaging tiers from stock box to rigid setup box, and how to decide without wasting tooling money.
Learn More
How to choose between venipuncture and self collection blood devices, by mechanism, sample volume, matrix validation, hemolysis sensitivity, and completion rate.
Learn More
A decision framework for choosing preservation media: what the assay needs, what the sample must survive in transit, fill volume, extraction compatibility, and consumer handling.
Learn More
What it takes to turn a novel collection format into a shippable kit: transfer path design, media selection, two way sample testing, document control, and two pilots.
Learn More