10.27.22 -- Industry 4.0 Software Methodologies In Biopharma & Medical Devices

The formulations for novel therapeutics require flexibility to support adaptive sterile manufacturing and an integrated approach for a path from development to small batch manufacturing to commercialization.

Partnering with an experienced micro molder who can offer design input and has advanced equipment and tooling capabilities can help manufacturers create innovative and complex optical-based components for medical instruments.

In this paper, Lindsay Mann, director of marketing for MTD Micro Molding, tells MD+DI that about 25% of the micro medical device components they produce are for miniaturized devices. This article also gives an update on miniaturization, including recent advancements in materials and manufacturing.

There is a need for environmentally sustainable materials in the medical device industry, and Celanese’s Hostaform MT POM ECO-B fills the gap. From feasibility to development to commercialization, Celanese’s scientists and engineers are there to provide development services, GMP material supply, and regulatory support.

The Lee Company's solenoid valve features a unique flow path geometry and fast switching response that allows for a fully swept volume to ensure sample integrity and test processing efficiency. Furthermore, the LFN Series is constructed of inert materials to further enhance system performance and compatibility with a broad range of assays.

While white-light reflectance (WLR) imaging has become the standard for in vivo diagnosis using “conventional endoscopy,” this white paper details three alternatives — or supplements — to WLR that leverage the wavelength selectivity provided by optical filters.

Personalized medical devices have the potential to change the practice of orthopedics, reconstructive surgery, prosthetics, orthotics, dentistry, and even veterinary medicine.