Medical Design Technology

Proprietary Dip and Spray Coating Processes

March 30, 2012 7:51 am | Polyzen, Inc. | Product Releases | Comments

With their proprietary dip and spray coating process, Polyzen enhances product performance and allows for maintaining tight tolerances on wall thickness and other stringent specifications.

LISTED UNDER: Micro Molding | Surface Modification Coatings | Surface Modification
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Antimicrobial Options for Medical Devices

February 22, 2012 5:12 am | Product Releases | Comments

Clariant’s MEVOPUR® masterbatches now incorporate the newly introduced MedX silver product series from SANITIZED AG, extending the antimicrobial options for the medical device market.

LISTED UNDER: Antimicrobial

Gently Removing and Long-Term Wear Adhesives

February 8, 2012 9:39 am | Product Releases | Comments

Adhesives Research, a leading developer and manufacturer of adhesive products, invites OEMs and product designers to learn about its newest adhesive technology for wound care and medical device products...

LISTED UNDER: Hydrophilic Coating | Product Design

Diamond-Like Carbon Biocompatible Coatings Ideal for Medical Applications

January 6, 2012 5:48 am | Product Releases | Comments

Morgan Technical Ceramics (MTC) announced that it produces a range of superior Diamonex® diamond-like carbon (DLC) biocompatible coatings...

LISTED UNDER: Biocompatible | Micro-machining | Piezoelectrics

Perspectives on Miniaturization

January 5, 2012 9:47 am | Articles | Comments

In the effort to make medical devices smaller, what has been the most challenging obstacle you have faced and how were you able to resolve this problem?

LISTED UNDER: Biocompatibility Testing | Microbiology/Chemical Testing | Surface Modification Coatings

Extrusion Mandrel Features Biocompatible PTFE Coating

September 14, 2011 5:52 am | Applied Plastics Co. Inc. | Product Releases | Comments

An extrusion mandrel for manufacturing and forming catheter tubing that provides a smooth, slippery surface to permit faster production is available from Applied Plastics Co., Inc.

LISTED UNDER: Extrusion | Extrusion Equipment | Biocompatible

11 Critical Question Areas of Tubing

June 22, 2011 8:16 am | by Robert LaDuca | Articles | Comments

Tubing is available with a variety of options and in a range of styles. Selecting the right tubing for a specific application can be both challenging and daunting. This article attempts to clarify the process for device makers by highlighting some of the most commonly indicated choices.

LISTED UNDER: Surface Modification Coatings | Hydrophilic Coating | Product Design

Ten Surface Treatments that Improve the Performance of Biomedical Components

September 2, 2010 11:49 am | by Surface Solutions Group | Articles | Comments

Surface treatments are available to improve function, ease of use, service life, and patient comfort of medical devices and products. Surface Solutions Group of Chicago specializes in solving a wide range of functional problems at the surface of devices, from guide wires to needles to tubing to cannulas. Here is an overview of successes using coatings to improve the surface function of devices.

LISTED UNDER: Nitinol | Nitinol | Hydrophilic Coating

Lubricious Coatings Suited for Cardiovascular Catheters

August 5, 2010 5:32 am | Bayer Materialscience, Llc | Product Releases | Comments

Bayer MaterialScience LLC recently introduced Baymedix CL 100, a lubricious surface treatment for medical devices that gives a durable coating with an especially low coefficient of wet friction.

LISTED UNDER: Lubricious | Surface Modification Coatings | Surface Modification

Breaking Through the Stent-Coating Process

April 30, 2010 12:06 pm | by Robert R. Andrews and Jim McCLain | Articles | Comments

According to the American Heart Association, heart disease is the leading cause of death in the United States, killing almost double the number of people killed by cancer, car accidents and AIDS combined. For this reason, innovative therapies and devices to treat heart disease are in high demand. This article describes a new coating technology which optimizes drug-eluting stents and other medical devices.

LISTED UNDER: Surface Modification Coatings | Surface Modification | Device Coating

Gas Plasma System for Lubricious Coating

April 6, 2010 5:08 am | Plasmatech, Inc. | Product Releases | Comments

This low pressure gas plasma system is designed for deposition of a lubricious, low coefficient of friction coating on bulk medical components.

LISTED UNDER: Gas Plasma | Lubricious | Gas Plasma

Using Dry Lubricants to Address Stacked Tolerances

April 6, 2010 5:07 am | Articles | Comments

Addressing tolerances is something with which most design engineers developing medical devices are familiar. The challenge can be even greater when dealing with stacked tolerances.

LISTED UNDER: Lubricious | Stamping | Silicone

Coating Designed to Enhance Maneuverability of Guidewires

March 17, 2009 11:15 am | Dsm Biomedical | Product Releases | Comments

ComfortCoat is an advanced lubricious hydrophilic coating designed to enhance maneuverability of metal guidewires in minimally invasive procedures. For example, minimally invasive procedures are carried out to treat strokes, brain aneurysms, and other neurovascular diseases.

LISTED UNDER: Hydrophilic Coating | Hydrophilic Coating | Device Coating

Parylene Conformal Coating Services Provided

March 17, 2009 11:15 am | Para Tech Coating Inc | Product Releases | Comments

PTC provides Parylene conformal coating services, automated vacuum deposition systems, and raw materials (dimer). Parylene dimer (di-para-xylylene) is deposited for ultra-thin conformal, pin-hole free, and hydrophobic surface protection of static and fixtured substrates.

LISTED UNDER: Parylene | Device Coating

Antimicrobial Passes USP and ISO Tests for Biocompatability

December 5, 2008 7:04 am | Biosafe | Product Releases | Comments

Manufacturers of medical and pharmaceutical products now have the assurance that that they can benefit from the substantial advantages of an antimicrobial over conventional additives while meeting critical standards of biocompatability.

LISTED UNDER: Antimicrobial

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