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Conard is AS9100D /ISO9001 registered
Photochemical etching is an economical and productive solution for the many varieties of thin gauge metal parts used for the ever-growing applications in wireless communications. From handsets and Bluetooth devices, to WiFi and Wimax, and cellular tower and satellite components, the ability of precision metal etching to create the complex metal geometries often required offers both speed and cost savings compared to alternative fabrication methods.
Microelectronics make the world go ‘round. There’s not much left that doesn’t have a semiconductor chip of some sort in it. The semiconductor chip itself is something of modern miracle. The current generation of CPU chips is packing in excess of two billion transistors onto a die about 1-inch square.
Chemical Etching For Medical Devices
Etched Components for Medical, Scientific and Industrial Devices
Photo etching is an effective solution for producing precision parts that are used in sensing, detecting and measuring applications. These types of components interact mechanically with “the outside world” and electrically with the system or device to which they “report”.
Renewable energy and distributed generation are changing the playing field for electrical power. Solar, wind and hydro power are becoming cost effective compared to commercial generators. Fuel cells and microturbines put power generation where and when it is needed. And, just ask Elon Musk, batteries are about to change the energy storage game again.
Chemical Etching Produces Burr-free Holes of Any Shape
With 50 years of experience, we are leaders in precision metal manufacturing through photochemical machining in a wide variety of metal alloys. With turnkey services to meet demanding customer requirements, we provide engineering and design support with rapid turn around of prototypes. We also engage in special development projects for customers with complex needs.
This link leads to the machine-readable files that are made available in response to the federal Transparency in Coverage Rule and includes negotiated service rates and out-of-network allowed amounts between health plans and healthcare providers. The machine readable files are formatted to allow researchers, regulators, and application developers to more easily access and analyze data.
