Reindustrializing American Manufacturing with Made-in-America Nitrile Gloves

How U.S. Medical Glove Company Is Reindustrializing American Manufacturing with Made-in-America Nitrile Gloves This is the USMGC story. It’s a Made-in-America success story about independence, innovation, self-reliance, and the restoration of the industrial capacity that built America. We’re honored to have our story narrated by the legendary TV journalist and news anchor, Bill Kurtis. Read the transcript below.     [Transcript]  Each day, at this newly refurbished factory on the Wisconsin/Illinois border, American workers make nearly 7 million nitrile gloves – on American-made machines – with chemicals and components produced on American soil.  These gloves protect the people who protect Americans.  In 2024, US Medical Glove Company’s annual capability is 2 point 5 billion gloves. In 2025 our capacity is expected to more than double.  But we are more than a glove company.  We are an engineering company, a chemistry company, and a technology company. We have completely re-imagined glove production and are on a mission to re-industrialize American manufacturing. During the pandemic, foreign powers controlled the PPE supply – blocking American access and endangering lives.  The Department of Defense and the Administration for Strategic Preparedness and Response moved quickly to onshore PPE production and secure the nitrile glove supply chain.  USMGC is meeting that mission and taking it a step further – positioning America to become the world leader in PPE production.  Our first priority was to make the world’s most advanced glove-making machine – engineered and fabricated in-house.  Our machines are 80% smaller and 90% lighter than conventional machines. They require a 10th of the energy and 100% of the water is recycled using our proprietary system.  We took control of the entire supply chain.  Chemicals and components exported almost exclusively from Asia are now 100% American-made.  Our stripping machines, layering machines, and sub-assemblies are all made in-house.  And we make our own parts with 3-D printers and robotic CNC machines.  We even build and wire our own panels.  Each step in the process is led by American workers powered with the latest laser and robotic technology. Our machines are in high demand here in the U-S and in allied countries. Our team can ship and assemble anywhere in the world in a matter of days.  This Made-in-America success story isn’t just about innovation.     It’s about self-reliance.   Outmaneuvering American adversaries.     Restoring and supercharging the industrial capacity that built America.     With American-made jobs that we can be proud of.  

$80 million contract for machinery

The only American manufacturer of the machines, components, and chemicals necessary to make nitrile and polyisoprene exam gloves in the United States 

2.5 Billion Annual Glove Production

Welcome to a behind-the-scenes look at our cutting-edge 1.8 million square foot facility where every day, we produce 7 million nitrile medical exam gloves.

Water Recycling Technology

Sustainability is a core value at U.S. Medical Glove Company, and we’re constantly seeking ways to minimize our environmental footprint.

2024 year in Review

It’s been a busy year for us! Every year we reflect on what we’ve done to fulfill our mission to reindustrialize American manufacturing, produce high-quality medical equipment, and uplift the members of the community that surrounds us. This year, some of the highlights include celebrating the 1-year anniversary at our high-tech, 350-acre manufacturing facility, launching the U.S. Medical Chemical Company to supply raw materials for our surgical and medical-exam gloves, inking an $80 million joint venture contract to deliver machines, and partnering with a number of organizations to ensure that our safety and compliance standards remain at the forefront of everything we do. We also celebrated our local Harvard, Illinois community by hosting Turkey Runs, making collections for food drives, and donating gloves to first responders, sports teams, tattoo artists, and more! As the only end-to-end, Made-in-America manufacturer of both nitrile and polyisoprene gloves in the United States, we’re excited to continue leading the charge to onshore parts and manufacture products vital to America’s health and security. In the future, we’ll continue to show that American innovation can lead the way in PPE manufacturing—both domestically and internationally. Happy New Year to everyone. We’re looking forward to 2025! 💫 See what we’ve been up to this year, in detail:https://usmg.us/news-resources/https://vimeo.com/user216354058

custom-built electrical panels

Powering the Future of Manufacturing with Cutting-Edge Innovation Innovation drives every step of our manufacturing process, and our custom-designed electrical panels are no exception. These panels power the production lines responsible for powering our advanced, Made-in-America nitrile and polyisoprene exam glove machinery. Originally, we relied on large, overly complicated control panels from another manufacturer. These panels took up significant space and made operations more difficult than necessary. Through meticulous redesign, our electrical engineers simplified the system, significantly reducing the size of the panels, and breaking them down into seven smaller, more manageable panels. Each of our production lines consists of 14 frames (seven upper and lower), with each frame powering a different step in the process. Our commitment to quality is non-negotiable. Every panel undergoes rigorous inspections before leaving the production floor. Builders sign off on a quality checklist, followed by a final inspection by our team to ensure that all components are functioning perfectly before the installation process begins. This attention to detail ensures that every electrical panel meets the high standards necessary for safe, efficient operation in our facilities. U.S. Medical Glove Company is proud to lead the way in innovative electrical panel design. Our commitment to simplifying complex systems while increasing efficiency and reliability sets us apart in the industry, and we look forward to continuing to push the boundaries of what’s possible in manufacturing technology.