ATOMIC MACHINE: YOUR TRUSTED MEDICAL DEVICES MANUFACTURER
Atomic Machine understands the importance of precision quality machining to create best-in-class medical products. With over 30 years of experience in the manufacturing of medical components we bring patient-first products to your doorstep. Atomic Machine is focused continuously on improvement through technological advancements. Our best-in-class quality and customer-first approach to detail results in on-time delivery of in-spec parts. Atomic Machine is a proven manufacturer of medical components with track record in precision manufacturing and a commitment to quality. We offer a comprehensive suite of services tailored to the unique demands of the medical device industry.
Our Core Advantages in Medical Components Manufacturing :
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Accelerated Time-to-Market for Medical Devices: Our efficient medical component manufacturing processes and experienced engineering team help you rapidly advance your product development. We get your critical medical devices to market faster. Atomic Machine can support both R&D prototype runs and large-scale medical component production.
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Precision Engineering for Complex Medical Components: With our state-of-the-art facilities and a highly skilled workforce, we deliver precision-engineered medical components with exceptional accuracy, tight tolerances (as fine as ±0.0005 inches) , and superior surface finishes crucial for medical applications.
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Uncompromising Quality Assurance in Medical Manufacturing: We adhere to the most stringent quality standards essential for medical component manufacturing, including ISO 13485:2016, ISO9001:2015 and FDA regulation (FDA 21 CFR Part 820). This ensures every medical component we produce meets the highest safety and efficacy requirements.
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Expertise in Medical-Grade Materials: Our team is proficient in manufacturing medical components using a wide spectrum of medical-grade materials, from advanced polymers and biocompatible plastics to specialized metals, ensuring optimal performance and compliance for your devices.
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Flexibility and Scalable Medical Component Manufacturing Solutions: Our adaptable medical manufacturing capabilities are designed to meet your fluctuating demands. We seamlessly scale from small-batch, high-mix medical component orders to high-volume production runs, ensuring consistency, quality and timely delivery.
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Cost-Effective Medical Component Manufacturing Solutions: Benefit from our optimized processes, economies of scale, and deep expertise in medical component manufacturing to achieve cost-effective solutions without compromising the quality or precision of your medical device.
We have a history of manufacturing a variety of Medical Device Components, including:
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Surgical Instruments
Driven by a commitment to advancing healthcare, we meticulously manufacture a comprehensive range of high-quality medical instruments. To ensure reliable wound closure, our precision suture tensioners are engineered with exacting standards and robust materials. For accurate surgical procedures, our powerful bone saws are designed for optimal cutting efficiency and control. Furthermore, we produce intuitive suture guides through careful design and user-centric principles, ultimately enhancing surgical efficiency for practitioners.
Medical Device Components
To meet the diverse needs of surgical practices, we manufacture an extensive selection of bone plates and bone screws, adhering to stringent quality control processes throughout production. Atomic Machine can produce items with varying specifications, ensuring surgeons have the precise tools required for different procedures. Moreover, our manufacturing expertise extends to other essential surgical components, all produced with a consistent focus on reliability. This dedication to precise manufacturing and dependable supply directly supports advancements in surgical excellence and positive patient outcomes.
Implant Components
Our manufacturing processes are systematically designed to produce a range of critical surgical implants and instruments vital for osteosynthesis. We employ advanced techniques and stringent quality controls in the creation of surgical plates and instruments, ensuring the precise dimensions and material integrity necessary for effective bone fracture stabilization and healing. Furthermore, our expertise extends to the production of other essential implants, including dental implants, where similar rigorous manufacturing standards are applied to promote secure osteointegration and functional restoration. This dedication to precision engineering and quality assurance across our entire implant portfolio is paramount in supporting optimal patient recovery and restored skeletal or dental function.
Needles & Cannulas
The production of high-quality stainless steel needle and cannula tubing represents one facet of our comprehensive medical device manufacturing capabilities. We apply rigorous quality standards from material selection to final inspection. We leverage the exceptional corrosion resistance of stainless steel to ensure the durability and safety of these critical components in a variety of medical procedures. Our expertise in precision engineering and manufacturing extends across a wide array of medical devices, surgical instruments and implantable components, all designed to deliver accurate treatments, enhance procedural efficiency, and minimize patient discomfort. Our commitment to innovation and quality allows us to serve the evolving needs of the healthcare industry.
Curved forceps & needle holder
Our manufacturing capabilities include the production of essential surgical instruments such as curved forceps and needle holders. We engineer these devices with a focus on delivering optimal precision and control for surgeons during critical procedures. Through careful material selection and adherence to strict dimensional tolerances, our curved forceps facilitate delicate tissue manipulation, while our needle holders are designed to ensure accurate and secure suture placement. Our design and manufacturing processes prioritize ergonomic principles to support surgical efficiency and contribute to positive patient outcomes