Isometric Micro Molding
Mackenzie Brown currently serves as a Human Resources Generalist at Isometric Micro Molding, an NMT Company, since December 2024. Prior to this role, Mackenzie held various positions in Human Resources at FNC Bank from June 2022 to December 2024, including Human Resources Specialist and Human Resources Assistant. Experience also includes working as a Settlement Agent at Pierce County Abstract & Title and as a Supervisor at CRAVE. Earlier roles encompass positions as a Sales Representative at American Marketing & Publishing, LLC, Bartender at The Den, and Event Staff at the University of Wisconsin-Stout Company Page. Mackenzie began a career in hospitality as a Host/Server at Jake's Supper Club. Educational background includes a Bachelor's degree in Business Administration from the University of Wisconsin-Stout, completed in 2015.
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Isometric Micro Molding
Isometric Micro Molding is a 100% vertically integrated micro molding company. In-house capabilities in ISO 13485 facility include micro molding, ultra-precision micro mold building, automated micro assembly, and micro CT scanning. Microns Matter proven process used in validation enables design intent control and quality of medical and drug delivery devices in production. Devices such as transdermal patches, ligating clips, intraocular implants, orthopedic anchors, microfluidic devices, robotic and endoscopic surgery, and neurovascular implants are some of the examples of polymer components and sub-assemblies Isometric Micro Molding, Inc. has brought to production. As of March 1, 2024, Isometric is partnering with Nissha Medical Technologies (NMT), a global Contract Design/Development Manufacturing Organization. NMT’s expertise in the design and development of endoscopic devices, combined with Isometric’s micro-molding capabilities, have the potential to redefine the realm of surgical instruments, surgical robotics, and other medical and drug delivery device platforms. Together, we aim to address the changing demands of medical devices by enhancing component miniaturization and improving the maneuverability of small and precision components, ultimately advancing medical efficiency.