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The dynamic landscape of the medical manufacturing industry is undergoing swift changes. These changes are driven by the continuous development of cutting-edge technology along with progressive manufacturing processes. This evolution aims to streamline lead times, enhance quality control, and craft highly efficient components for medical devices.
Precision bearings find application in various medical devices such as surgical power tools, ventilators, and heart pumps — and their reliability is paramount for ensuring patient safety.
In this blog, we explore vital bearing manufacturing procedures and materials that substantially contribute to the advancement of the healthcare sector. Explore how these innovations are contributing to positive changes in the field.
Advanced supply chain management involves using innovative technologies and strategies to optimize the flow of resources and information across the supply chain. It includes real-time visibility, data analytics, automation, and collaboration to enhance efficiency, reduce lead times, and meet the specific demands of industries such as medical manufacturing, where timely and precise delivery of components is crucial for healthcare professionals.
Healthcare professionals rely on getting the components they need quickly. Advanced supply chain management helps achieve this by speeding up the delivery of all medical device parts. Meeting deadlines is essential for medical manufacturers. When working with Original Equipment Manufacturers (OEMs), precision and quality matter.
OEMs seek high-quality products that can be delivered promptly, reducing the time it takes to get what they need. It's not just about product quality; being reliable and timely is equally important for a medical manufacturer.
Ensuring top-notch quality control is vital in all industries and holds particular significance in medical manufacturing. Employing cutting-edge technology and a tailored manual quality control process for custom components is crucial to mitigate risks in this field.
By combining advanced technology and hands-on inspection, this dual approach ensures a thorough evaluation, addressing nuances overlooked by automated processes. Establishing a dedicated quality control department is pivotal in enhancing product reliability for healthcare OEMs.
This department acts as a vigilant guardian, meticulously assessing each component for precision and conformity, instilling confidence in OEMs, and serving as a robust safeguard against potential defects. This heightened confidence streamlines production, reducing operational risks and yielding a final product that exceeds stringent quality standards, ensuring safety and efficacy for healthcare professionals and patients.
In response to the ever-changing market dynamics, manufacturing companies are compelled to seek cost-effective solutions without compromising product quality. An illustrative example is the evolution in the production of metering devices for fluid flow (IV fluids). Traditionally, 316 stainless steel balls were used, but today, precision soda-lime glass balls have emerged as a superior alternative.
These glass balls deliver equivalent strength and corrosion resistance as stainless steel but at a fraction of the cost, aligning with the industry's demand for efficiency, cost-effectiveness, and high-quality performance in an evolving landscape.
Hartford Technologies remains committed to the medical manufacturing industry, providing manufacturers with superb quality control, reduced lead times, and quality bearings that are manufactured using the latest advances in material sciences.
Contact us today to learn more about how Hartford Technologies can provide you with the quality components and service expertise you need to manufacture your state-of-the-art medical devices.
