Plating On Medical Devices in Chandni-Chowk | Plating For Medical Devices & Implants | Medical Device Plating Services in Chandni-Chowk | Gold Plating For Medical Devices in Chandni-Chowk

Medical metal finishing procedures use a wide range of metals, but here are some of the most common examples:

Gold: Best known for its beauty and economic value, gold is a highly functional metal for medical applications. It features high biocompatibility and electrical conductivity as well as corrosion resistance. This makes gold a highly favoured plating material for electrical connectors, heart stents, pacemakers and dental crowns, among other applications.

Silver: Silver is another commonly recognised precious metal known for its beauty and value. Like gold, it is also highly useful for its electrical and thermal conductivity, as well as its antibacterial properties. These features make silver an ideal choice for many medical plating applications.

“By using and improving upon coatings, medical implant manufacturers hope to extend the lifespan of artificial joints from 15 years to half a century or more”

Copper: Abundant and highly conductive, copper is suitable for electrical and thermal applications. It also happens to be highly resistant to bacteria, making it a frequent plating choice for medical devices.

Tin: Affordable, non-toxic and corrosion-resistant, tin is another common plating material for the medical industry. It’s often used as a top coat for lead and tungsten shielding in radiological equipment.

Electroless Nickel: Whether you need gold plating for an electrical contact or electroless nickel plating for an enclosure that holds medical devices, you can be assured that your parts are finished to your specific requirements and will meet or exceed your quality standards.

Nickel: This silvery white material is highly resistant to corrosion and is an excellent plating choice in many medical applications. Sulfamate nickel, with a high purity level, often serves as a ductile undercoat for gold and silver plating in electrical contacts. Nickel can also be plated using an electroless process, which retains the material's hardness while improving plating uniformity and corrosion resistance for medical devices.

“While manufacturers benefit from the low material costs of electroplating devices, patients benefit from more sterile, more biocompatible equipment”

GOLD PLATING IN THE MEDICAL FIELD

The Beneficial Medical Characteristics of Gold Gold features numerous characteristics that make it a viable alternative for medical use. Gold is biologically benign, meaning it won’t cause a negative reaction when coming in contact with internal organs and other areas of the human body. It is also unaffected by oxygen, moisture or ordinary acids, so it offers superior resistance against corrosion of metal appliances placed inside the body. And despite its inherent hardness, gold is an extremely malleable metal that can be easily shaped to develop high-precision medical instruments and devices.

Typical gold plating applications in the medical field include:

Production of electronic pacemakers to regulate a patient’s heartbeat, as well gold-plated stents used to inflate and support arteries
Implants where minimizing the risk of infection is vital, such as those used to aerate the inner ear’s tympanic cavity — thanks to gold’s biocompatibility.
Procedures by surgeons that clear clogged coronary arteries and remove tumors
Sealing of life-threatening injuries and wounds through emergency physicians’ and battlefield medics’ use of lightweight lasers that implement gold-plated contacts
Manufacturing of false teeth, caps and crowns in dentistry

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