3 ways to improve performance in IVD applications: Key considerations for manufacturing in vitro diagnostic products

2022-11-11
■Throughout the COVID-19 pandemic, demand for in vitro diagnostic (IVD) testing solutions exploded as public health officials, health care providers, and others looked for faster, more cost-effective ways to achieve reliable diagnoses. With the value of these products proven beyond a doubt, the global IVD market has seen significant growth and was estimated at nearly $112 billion in 2021, according to Grandview Research. The outlook remains strong for the years ahead, and in the race to get products into market, many manufacturers have partnered with converters like Boyd who can improve the performance and manufacturability of critical materials and components.
■IVD equipment requires extreme precision in the manufacturing process to ensure test kits function properly and all components are free of contamination. However, many IVD test kit designers and manufacturers aren't particularly concerned with how materials are converted, they simply want a reliable solution to their core challenges. The converting techniques and materials used have a significant impact on product performance, particularly for microfluidic diagnostic laminates, lab-on-a-chip devices, and polymerase chain reaction (PCR) testing applications. Meaning material selection and precise material conversion are critical processes for ensuring high quality and reliability.
■Boyd has significant experience helping manufacturers enhance their IVD solutions, optimize total cost, and improve manufacturing efficiency in three main areas: cutting, bonding, and laminating. Learn how Boyd adds value and solves challenges in the IVD space using our industry-leading converting capabilities.

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2022/9/9

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