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Product showcase Custom-


manufactured radiopaque clad wires


Anomet’s clad composite wires offer an alternative to typical medical wires.


Anomet Products has introduced custom-manufactured clad composite wires − an effective alternative to solid precious- metal wires with marker bands − to improve the visibility of implantable devices. This clad wire is a proven alternative to wires typically used in medical disciplines, such as: ■ cardiac rhythm management (pacing and defibrillation)


■ neurostimulation ■ vascular therapy (stents, catheters and guidewires)


■ biosensors ■ monitors.


Anomet radiopaque clad wires allow original equipment manufacturers (OEMs) to specify the degree of visibility they desire under fluoroscopy, by selecting the radiopaque alloys and cladding thickness best suited to their products. Easier to see than solid wires with marker bands, they are offered in sizes between 0.05mm and 1.52mm (outside diameter) for use with stents, guide wires and related devices.


Featuring platinum-iridium, tantalum and tantalum-tungsten alloys, as well as similar alloys metallurgically bonded to high- strength wires, such as 316LVM stainless steel, nitinol and MP35N with cladding thickness of 2% or higher, Anomet radiopaque clad wires have a smooth, consistent finish. They are supplied on


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spools and manufactured to precise OEM specifications. Anomet is well known as a leader in innovative composite metal products. Founded in 1976, it specialises in the manufacture of custom-clad metal composites featuring a true metallurgical bond. The company is dedicated to developing new products using advanced metallurgical technology, resulting in long- lasting, reliable and cost-effective materials. With material costs today representing 90% of the overall cost of products, Anomet specialises in helping reduce costs, while improving material properties and quality. Producing clad wire, rod, bars, ribbons and plates, Anomet offers a wide range of metal alloy compositions that are available with virtually any ratio or thickness. The major industries the company serves include aerospace, automotive, appliance, corrosion protection, defence, electrochemical, electronic, industrial, medical, and oil and gas.


Anomet Products www.anometproducts.com


Precision


metal injection moulding and 3D metal printing Medical device manufacturers require reliable suppliers for their small, complex components and APP knows they are pushing the boundaries of innovation. It understands how hard it is to engineer qualified components that meet print. Everything needs to get to market faster


and on budget, which can lead to an overwhelming pressure to deliver knowing one’s reputation is on the line. Thankfully, there is a solution, thanks to APP’s proven MIM Technology Platform. APP’s metal injection moulding (MIM) technology and custom metallurgy produces high-density, net-shaped components. All parts are designed to meet the medical markets exacting requirements, saving time and money. MIM is a manufacturing process that combines the characteristics of powdered metallurgy and plastic injection moulding to facilitate the repeatable production of small, complex metal components, with outstanding mechanical properties at a cost- effective price point.


Engineering parts is often difficult with changes constantly being made to ensure the component will perform at its best. Therefore, APP’s rapid ProtoMIM option is ideal for low volume and initial product validation. ProtoMIM acts as a bridge tool to test and qualify parts in real MIM alloys, while the production tool is in design and build. At APP, it knows how long lead times can be when trying to get a component to market faster. Components that meet the MPIF standard 35 properties are needed in just days. Recognising limitations in traditional 3D printing alloy selection, APP developed a 3D powder additive manufacturing technique that meets metallurgical standards. PrintAlloy allows clients to have real metal components in their hands within two to ten days – no tooling required. The lead-time to real MIM components is reduced, allowing them to hit the market faster than the competition.


APP’s MIM technology produces high-density, net-shaped components.


APP www.advancedpowder products.com


Expert custom medical seals


Apple Rubber provides expert engineering to deliver medical seals for critical applications.


With 50 years of expertise, Apple Rubber has the experience, creativity and capabilities to design and manufacture medical seals for life-saving applications. From the most exotic sealing devices to microminiature shapes, Apple Rubber can custom design medical seals to match any shape or size. It provides sealing solutions for a wide variety of applications, including: ■ ventilators ■ medical pumps ■ IV components ■ medical testing consumables ■ implant materials.


Effective medical seals require the right material to handle the task. Apple Rubber’s medical-grade elastomers are tested to FDA USP Class VI or ISO 10993 protocols to meet regulated standards. As an extra precaution, its polymer chemists will review the material selected to assure it meets full biocompatibility for the application. Apple Rubber’s most common medical grade elastomers include: ■ liquid silicone rubber (LSR) ■ Viton Fluoroelastomer (FKM) ■ ethylene propylene (EPDM).


Every medical seal is designed to meet strict quality standards. Apple Rubber’s Class 10000, ISO 7-certified cleanroom is equipped to manufacture and package medical seals


Medical Device Developments / www.nsmedicaldevices.com


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