Five Critical mistakes when using Magnetic Bead Separation in CLIA IVD-kits manufacturing
- Title
- Five Critical mistakes when using Magnetic Bead Separation in CLIA IVD-kits manufacturing: Learn their causes and how can we avoid them
- Author
- Martínez, Lluis M.
- Publisher
- Sepmag
- City and year
- Barcelona, 2015
- Format
- Number of pages
- 17
- Volume (MB)
- 1,71
- Figures
- 10 graphs and 9 photos
- Thematic interest
- Immunoassay and Molecular Diagnostics
- Thematic interest
- Overview Magnetic Bead Separation
- Thematic interest
- Quality Control – Monitor
- Thematic interest
- Reproducibility – Consistent Separation
- Thematic interest
- Scalability – Large Volumes
Avoid the 5 Critical Mistakes in CLIA IVD Kit Manufacturing
Scaling up chemiluminescent immunoassays (CLIA) with magnetic beads unlocks high sensitivity, automation, and throughput. But without the right process control, manufacturers risk costly errors, variability between batches, and even safety hazards.
The free ebook Five Critical mistakes when using Magnetic Bead Separation in CLIA IVD-kits manufacturing reveals the most common pitfalls in assay production and how to avoid them. With practical insights from real-world experience, it helps R&D teams, production managers, and quality specialists ensure reliable, high-quality results at every stage.
Inside this free guide, you’ll discover:
- Why blaming the beads rarely solves separation issues.
- How bigger magnets actually worsen aggregation and bead loss.
- Why relying on separation time alone compromises validation.
- The dangers of ignoring scalability when moving from lab to production.
- How overlooking safety precautions can endanger staff and equipment.
Avoiding these mistakes means more consistent results, smoother scale-up, and safer operations.
Download your free copy today and learn how to prevent the five critical mistakes in magnetic bead separation for CLIA IVD kits.
Download it here
Chapters of ‘Five Critical mistakes when using Magnetic Bead Separation in CLIA IVD-kits manufacturing’
- How to specify a Magnetic Bead Separation Process?
- Mistake #1 Blaming the magnetic beads
- Mistake #2 Using bigger magnets to avoid losses
- Mistake #3 Defining the process based purely on the separation time
- Mistake #4 neglecting process scalability
- Mistake #5. Inappropriate safety precautions when working with magnetic fields
Author: Lluis M. Martínez
Dr. Lluis Martínez —founder and CSO of Sepmag—, is an experimented physicist with a Ph.D. in Magnetic Materials from UAB. With a global career spanning over 30 years, he has worked in academic, corporate settings across Germany, Spain, Ireland, Japan, and the USA, specializing in the application of magnetic materials and sensors to enhance industrial products and processes. Lluis has filed numerous international patents, contributing innovations to sectors like textile machinery, automotive, and biotechnology. Since 2004, he has focused on providing the IVD & Life Science industry with advanced equipment for the efficient and scalable use of magnetic beads.
