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Precision Coating merged with N2 Biomedical to become your full-service medical coating applicator. We specialize in a variety of surface treatment and coating applications, in addition to unique printing and laser marking services. With four ISO 13485:2016-certified locations, we offer a seamless supply chain experience for the growing demands of the medical industry.
At Precision Coating we apply state of the art and proprietary coatings, specializing in medical applications. Working together with you, we help make the wires, devices, implants and instruments that improve health outcomes through the application of specialized coatings. We employ reliable, validated, and increasingly automated processes to ensure precise and repeatable results. With over 65 years of proprietary expertise, a deep R&D bench and revolutionary advancements, PCCI offers the most comprehensive suite of coating, anodizing and printing solutions.
Our merger with N2 Biomedical has enhanced our portfolio of capabilities to provide solutions that increase corrosion and wear resistance, durability and hardness. N2 provides nanoengineered surface treatments and coatings through ion implantation and ion beam assisted deposition (IBAD). With this merger, we now operate out of four facilities, all ISO 13485:2016 certified.
We are coating experts. Talk to us about your application for the best advice and service.
The MICRALOX® family of products offers superior patented aluminum oxide coatings with a microcrystalline barrier that revolutionizes aluminum anodizing with exceptional barrier properties and corrosion resistance over industry leading product life cycles. MICRALOX produces a long lasting, virtually indestructible surface that delivers dramatically superior chemical corrosion resistance and eliminates color fading due to super-heated steam, and is an excellent alternative to stainless steel, plastic and other materials.
Permanently printing ink on aluminum is a difficult task, as the difference in coefficients of expansion between the ink and the metal often causes the ink to delaminate. Many applications require permanent printing in order to maintain traceability over the life of the product. This problem is solved when using Sanford Process’ SANFORD PRINT™ technology.
The GlideLine™ family of medical device coating finishes is the broadest offering of applied fluoropolymer (PTFE) coatings in the industry, customized to optimize the design, quality, and performance characteristics of your high-quality medical products.
InfiNiTiCoat™ was developed by Precision Coating to optimize design, manufacture, assembly, and clinical performance of a rapidly growing class of medical devices used in interventional medicine. Nitinol is a desirable material for many interventional product platforms and is the preferred material for wires used in neurovascular, peripheral vascular, structural heart, urologic, endoscopic, and orthodontic devices, and procedures based on its super-elastic and shape memory properties.
N2 Biomedical’s proprietary Ti360 coating improves the osseo-integrative and anti-microbial properties of polyetheretherketone (PEEK) implants.
N2 Biomedical’s proprietary IonGuard® ion implantation process utilizes direct ion beam bombardment to create a hard, low friction, and hydrophilic surface without adding a coating layer to the surface or changing the bulk properties of the device. This low temperature process has been used to treat millions of medical device implants including metal knees and hips and orthodontic arch wires.
The two most common choices for printing and marking medical devices on an anodized aluminum surface are laser and epoxy ink print. A third choice, Sanford Print™, where the ink is deposited into open pores of the anodic coating before being sealed, is a relatively recent addition. Determing which printing method is best depends largely on printing requirements, intended use for the device, cleaning methods and the design of the device. This paper discusses seven considerations to keep in mind when deciding what printing method to use.Download White Paper
Look no further than this easy-to-read white paper to learn about the changes you should make in your organization to reduce costs and turnaround time. These tips are sustainable and proven.Download White Paper
We all strive for quality, on-time delivery, and low manufacturing costs. Achieving these goals consistently can be challenging. At PCCI, we’ve found the best way to deliver on these promises is to follow lean manufacturing practices in anodizing. This white paper discusses what lean manufacturing is, how to build a lean manufacturing house in anodizing, the nine pillars of a learn operation and real examples of lean solutions.Download White Paper
Demand for high performing aluminum anodized products in the medical industry has never been higher. Driven by poor performing anodic coatings, the medical industry has attempted to replace aluminum anodized products with several substitutes. New technology, MICRALOX®, has been born of this demand, which is increasing the chances that anodized aluminum will remain the top choice of manufacturers. This discussion explores this new technology, as well as the possible choices in the medical world for reusable medical equipment that undergoes sterilization, cleaning, and/or disinfecting.Download White Paper
BEDFORD, Mass. – June 29, 2020 – N2 Biomedical, a leading provider of coatings and surface treatment solutions to the medical device industry, was recently awarded two patents by the United States Patents Office: one for their proprietary Dual Action NanoCoating, and one for their Mesoporous Surface for Enhanced Bone Integration process.
Preferred global supplier of coating application services in the medical device industry offers expertise to Medical Product Outsourcing article on surface treatment options
Medical Technology Ireland Hosts Webinar on Coatings
BEDFORD, Mass., Jan. 14, 2021 /PRNewswire/ — N2 Biomedical, a leading provider of coating and surface treatment solutions to the medical device industry, today announced that the first PEEK interbody fusion device coated with the company’s thin titanium coating technology was successfully implanted in a patient. The coated device had previously received 510(k) clearance from the U.S. FDA. N2 Biomedical’s thin titanium coating, which is a member of the company’s NanoTitanium™ family of coatings, is less than a micrometer thick and is deposited using an advanced vacuum coating technology known as Ion Beam Assisted Deposition (IBAD), a process which combines evaporation with concurrent ion bombardment to provide unparalleled coating adhesion and control over properties such as surface morphology and coating density. The coating process has been fully validated, and N2 Biomedical has a Master File available for reference at the FDA.
MA-Based Medical Device Coating Industry Leaders Join Forces to Expand Innovation and Performance