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Ulthera is a Mesa, AZ-based company in the Healthcare, Pharmaceuticals, and Biotech sector.
Merit Medical Systems, Inc is a leading manufacturer of medical devices used in diagnostic and interventional cardiology and radiology procedures. Its primary products consist of inflation devices used in angioplasty, stent placement and discography; diagnostic and therapeutic catheters used for various procedures in cardiology and radiology; guide wires used to place balloon angioplasty catheters within a patient`s coronary arteries; products used to manage and monitor the administration of contrast and other fluid solutions during diagnostic and therapeutic procedures; thrombolytic catheters and fluid dispensing systems; angiography accessories; and standard and custom angiography kits. Headquartered in South Jordan, Utah, a suburb of Salt Lake City, Merit employs approximately 1,900 people worldwide. Merit markets its products in the United States and Europe (direct sales force) and the world (distributors). They call directly on physicians and clinicians in hospitals and clinics worldwide. The Company has expanded to three separate facilities in the Salt Lake City, Utah area (South Jordan, Murray and West Jordan). Merit also has facilities in Galway, Ireland (guidewires), Angleton, Texas (catheters), in Richmond, Virginia (procedural trays and packs) and a customer service and distribution center in Maastricht, The Netherlands. The Company has achieved a world leadership position in inflation devices and hemostasis valves and is renowned for its product innovation, customer service and product quality. Merit possesses a proprietary manufacturing process which allows it to offer contract manufacturing (OEM) to a wide range of medical device companies. Merit Endotek is a newly created division of Merit. These products are focused in the gastroenterology medical device market. The products include stent technology in the emerging field of non-vascular interventional stenting. This next-generation stent technology is used in the lungs, esophagus, and biliary tract.
Cochlear Limited is the leading global expert in implantable hearing solutions. For more than 30 years Cochlear has helped over 400,000 people connect to the world of sound. With a global team of over 2,800 passionate experts, Cochlear is an organisation you can be proud to work for. Our people say making a difference in the lives of others is the number one reason they enjoy working at Cochlear. With a range of solutions for different types of hearing loss, Cochlear maintains the industry’s largest investment in R&D. To improve our products and services we currently work in collaboration with over 100 research partners based in 20 countries. Cochlear’s mission of “Hear now. And always” embodies our commitment to providing life-time support. To build a sustainable global business, we are continually strengthening our internal capability and infrastructure, through the development of our people, processes and systems. As we continue to launch new products and services, our employees experience growth, change and opportunity right across the business. Joining the Cochlear team would see you collaborating with dedicated colleagues who share Cochlear’s core values of customer satisfaction, mutual respect, continuous improvement and innovation, performance and professionalism. Whatever career you chose at Cochlear, you will find the work interesting, challenging and rewarding.
Radiation Monitoring Devices, Inc. is a Watertown, MA-based company in the Healthcare, Pharmaceuticals, and Biotech sector.
Novarix is a collaborative medical device development company based near Oxford, UK and Raleigh, North Carolina, USA, delivering innovative new products in the field of venepuncture and cannulation to the worldwide healthcare sector. Novarix are proud to bring to market the IV-eye® – a portable, near infrared (NIR) vein imaging device which demonstrates the company ethos of practicality, simplicity and performance for both healthcare professionals and patients. The product idea came from a nursing perspective and has been developed in consultation with medical professionals in the UK and Denmark and with assistance from the biomedical engineering departments of Oxford University and University College London.