News

Morgan Technical Ceramics (MTC) announced that it produces sensors for medical ultrasound devices using its advanced piezo ceramic materials. Medical sensors for infusion pumps, enteral feeding pumps and dialysis equipment are manufactured to ISO 13485 standards at MTC’s new medical sensor manufacturing facility, located in Southampton, UK.

Morgan Technical Ceramics (MTC) announced that its Bedford, Ohio site manufactures the piezoelectric ceramic materials used in EBR Systems, Inc.’s innovative new WiCS® Wireless Cardiac Stimulation System. The PZT (lead zirconate titanate) material made by MTC is critical to the efficiency of the WiCS system, which is powered by a battery with a 3-year lifespan.

Morgan Technical Ceramics (MTC) ElectroCeramics, leading manufacturer of ceramic components, has launched a new sensor which is ideal for reliable and precise heat energy and water flow measurement. The high performance ultrasonic sensors enable designers and OEMs to build accurate measurement equipment including smart metering systems, which are critical to helping society understand and reduce energy usage.

Morgan Technical Ceramics (MTC) announced that its ElectroCeramics manufacturing site in Bedford, Ohio designs and manufactures a comprehensive range of precision piezoelectric ceramic components made of lead zirconate titanate (PZT) for use in aerospace, medical, industrial, commercial and consumer sensor and actuator applications. The company can produce intricate piezoelectric designs that meet demanding specifications for such products as transducers, sensors, actuators and bimorphs.

Leading manufacturer of ceramic components Morgan Technical Ceramics ElectroCeramics (MTC ElectroCeramics) has launched a new ultrasonic sensor which gives accurate gas flow measurement. SMART metering is fast becoming recognised as an important way to improve efficiency of utility supplies; and the company’s piezoceramic sensors are enabling process managers and original equipment manufacturers to increase reliability and accuracy of their systems.

Morgan Technical Ceramics has launched a new tube contact sensor for accurate detection of occlusions in medical infusion lines. The sensor gives non-invasive detection of pressure changes in a flexible tube without the requirement for disposable cassettes and as a result provides medical device OEMs with a simple and reliable method of recognising when the tube is blocked.

Morgan Technical Ceramics has launched a new range of piezoceramic composite materials which dramatically improve the performance of ultrasound and sonar transducers used in medical, biometric, military and industrial applications. As a result of using the transducers, image resolutions are higher and significant advances can be made to 4-D ultrasound.

Morgan Technical Ceramics’ ElectroCeramics business (MTC ElectroCeramics), located in Bedford OH, announces that it designs and manufactures co-fired piezo (PZT) bimorph elements for use in aerospace, medical, automotive and general industrial sensor and actuator applications.

Morgan Technical Ceramics’ ElectroCeramics (MTC ElectroCeramics) business in Bedford, OH announces its large volume assembly capability for piezoelectric assemblies and transducers for requirements in the medical, aerospace, industrial, oceanographic, commercial, automotive and state-of-the-art research applications.

Morgan Technical Ceramics is working with ErySave on a pioneering new medical application using particle separation by ultrasound (PARSUS). The company has developed a disposable piezoelectric ceramic plate for this novel medical technology, which is ideal for applications such as the separation of micro emboli from blood during open-heart surgery.

Leading manufacturer of ceramic components, Morgan Technical Ceramics ElectroCeramics (MTC ElectroCeramics), is undertaking a Shorter Knowledge Transfer Partnership (sKTP) project with Glyndŵr University. The project, which will last 26 weeks, is to design and build an energy harvesting demonstration system that will provide a renewable source of energy.

MTC ElectroCeramics introduces its piezoelectric ceramic components and ultrasonic sensors for flow measurement of utilities, including gas, heat and water. Ultrasonic flow measurement devices can be a key component of “smart meters” designed to display hour-by-hour real time information about energy usage and pricing, facilitating residential and commercial energy conservation efforts.

Morgan Technical Ceramics ElectroCeramics (MTC ElectroCeramics), a leading manufacturer of piezoelectric and dielectric ceramic products, is proud to announce their new ISO 14001: 2004 certification. The new certification keeps MTC ElectroCeramics at the cutting edge of Environment Management Systems.

Morgan Technical Ceramics (MTC) introduces its Piezoelectric composite components for use in a wide range of undersea applications, including conformal sensors and detectors for ships and deployable vehicles, as well as in large-area arrays for undersea exploration. Components manufactured with MTC’s Piezocomposite materials offer significant improvements over traditional transducer materials.

Morgan Technical Ceramics has unveiled a new underwater acoustic testing laboratory at its manufacturing site in Southampton, UK. The laboratory allows the materials specialist to perform in-house testing and calibration of underwater transducers used in commercial and defence sonar applications, as well as the evaluation of the performance of medical ultrasound transducers.

Morgan Technical Ceramics’, Electro Ceramics (MTC) business announces the release of its new piezoelectric ceramic materials, PZT-5K-HD and PZT-508-HD. These materials are predominantly used for medical imaging, vascular flow and ultrasound applications, including fetal heart monitoring. Additionally, the piezoelectric ceramic materials are used in medical and industrial high frequency and high sensitivity level and flow measurement applications.

The Electro Ceramics business of Morgan Technical Ceramics in Ruabon is continuing its close collaboration with academia by sponsoring The Royal Society of Chemistry’s Young Scientists' Symposium 2009

Leading manufacturer of ceramic components, Morgan Technical Ceramics, has developed a new processing technique for manufacturing the ceramic plates used in piezoelectric composite transducers for SONAR equipment.

Morgan Technical Ceramics (MTC) introduces its piezoelectric composite components for use in increasing the acoustic performance of military and commercial sonar receiver applications

Morgan Technical Ceramics (MTC) introduces its piezoelectric composite components, which dramatically improve the performance of ultrasound transducers used in medical applications, including sensors for catheters, blood pressure, auditory sounds, vascular flow, and medical imaging

Morgan Technical Ceramics (MTC), a leading manufacturer of innovative ceramic, glass, precious metal, piezoelectric and dielectric materials, will exhibit at booth # 2824 at MD&M East held at the Jacob K. Javits Convention Center, New York, NY from June 8-11, 2009. MTC will showcase a new air-in-line sensor for use in medical devices that deliver fluids to patients’ circulatory systems

Morgan Technical Ceramics has launched a new air-in-line sensor for use in medical devices that deliver fluids to patients’ circulatory systems.

Morgan Electro Ceramics, leading manufacturer of electro ceramic components, has announced its new piezoelectric actuator plates for manufacturers of hard disc drives.

Morgan Electro Ceramics (MEC), a leading manufacturer of electro ceramic products, including high voltage and RF capacitors and microwave and piezoelectric ceramics, offers co-fired Piezo Ceramic Multi-Layer Actuator Benders (PCMA Benders).

Morgan Electro Ceramics, a leading manufacturer of electro ceramic material solutions, has developed a piezoelectric bimorph suitable for use in automotive tyre pressure monitoring systems (TPMS).

Morgan Electro Ceramics (MEC), a leading manufacturer of electro ceramic products, including high voltage and RF capacitors and microwave and piezoelectric ceramics, offers the PMNT-28 family of single crystal piezoelectric material.

Morgan Electro Ceramics (MEC), a leading manufacturer of electro ceramic products, including piezoelectric ceramics, sensors, transducers, high voltage and RF capacitors and microwave dielectrics, introduces its line of co-fired, piezoelectric ceramic, multi-layer actuators (PCMAs).

Morgan Electro Ceramics (MEC), a leading manufacturer of electro ceramic products, including piezoelectric ceramics, sensors, transducers, high voltage and RF capacitors and microwave dielectrics, introduces its line of co-fired, piezoelectric ceramic, multi-layer actuators (PCMAs).

Morgan Electro Ceramics, the leading manufacturer of electro ceramic material solutions, has launched a new RF multi-layer ceramic capacitor. The 10mm square, type 106, offers high capacitance and performance in a small unit volume and provides reliable operation for a variety of high RF voltage and high RF current applications.

New from Morgan Electro Ceramics, a leading manufacturer of electro ceramic material solutions, is a high voltage discharge ceramic capacitor with a high break-down strength up to 10 kVmm-1 and an inherently low dielectric loss.

Morgan Electro Ceramics (MEC), a leading manufacturer of electro ceramic products, including piezoelectric ceramics, high voltage and RF capacitors and microwave ceramics, introduces its new piezoelectric composite components.

Morgan Electro Ceramics (MEC), a leading manufacturer of electro ceramic products, including piezoelectric ceramics, high voltage and RF capacitors and microwave ceramics, introduces its new piezoelectric composite components.

Morgan Electro Ceramics is expanding its capability to offer a complete design, manufacture and test service for specialist dental transducers, to meet the growing market for dental equipment in Europe.

Morgan Technical Ceramics (MTC), comprising Morgan Advanced Ceramics (MAC) and Morgan Electro Ceramics (MEC), is a leading manufacturer of innovative ceramic, glass, precious metal, piezoelectric and dielectric materials.