A deep-UV optical coating offers long-lifetime optics that address the growing need for highly accurate and reliable beam delivery in leading-edge medical and semiconductor photolithography systems.
Manufacturers of precision medical components such as coated stents, balloons, and catheters require diligent quality control to ensure uniform thickness of these products. The DI-6 OptiGauge, a non-contact optical measurement system, can gauge coatings and walls down to six microns thick.
EP42HT-2 is a room temperature curable two component epoxy, adhesive, coating, casting, and sealant material featuring high temperature resistance along with outstanding chemical resistance.
Hydrophilic Hydak coatings technology represents a major advance in biomedical device coatings. They offer consistent performance and are simpler to apply and less expensive than UV-cured coatings. They are superior to PVP coatings in terms of their lubricity/durability profile and flexibility.
This electropolishing system allows manufacturers of high-value metallic parts such as surgical drills, stents, and screens to sharpen, deburr, passivate, and electropolish them in-house.
Combining high-speed coding and 50 W of laser power in one mobile unit, the Videojet 3430 laser marking system provides best-in-class speeds for high-throughput lines and an IP65-rated housing for increased reliability, even in dirty and wet environments.
The Prisma 1064-20-V is a q-switched, Nd:YVO 4 laser that delivers 20 W at 1064 nm. With 25% higher output power than previously available, this laser enables faster throughput or reduced processing times, while still lowering the cost per watt.
The LC-16 industrial ink-jet printing system is designed to mark a variety of challenging substrates including pipes, bags, insulation sleeves, fabrics, and extruded packing.
Establishing clear and efficient communication as part of the design transfer process can be a key component to decreasing the time it takes to bring a product to market.
Worldwide demand for quality medical equipment ensures that many device manufacturers will have to engage in a reverse logistics scenario in order to extract the greatest potential from their products.
A breakthrough technology uses CAD functionality to convert CT and MRI scans into individualized, minimally invasive articular replacement systems. The end result, customizable orthopedic implants, could become much more commonplace for patients who require this type of treatment.
Over the years of working with many different companies, wire processing machine vendors have seen many ways to increase machine utilization and productivity for automatic termination machines. This article will discuss a few of the basic concepts.
L Iris spring shielding technology is offered in many of the company’s industrial network and sensor connectors. This new addition is an effective and simple way to protect equipment from EMI (electromagnetic interference).
See-Cure technology addresses the two most-often asked questions about light-curing products: How do I know I've dispensed enough adhesive? and How do I know when it is cured? Adhesives that are formulated with the See-Cure technology are bright blue in color in the uncured condition.