These 7 antique medical devices will make you shudder

It’s a good thing we live in the times of modern medicine. Historically, medical devices have been scary and unorthodox – and sometimes amounted to downright quackery. Surprisingly, a lot of these devices were thought to be useful in their era, long before the U.S. FDA started preapproving devices (which wasn’t until the 1970s). You

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Medtech stories we missed this week: Oct. 20, 2017

From InspireMD’s distribution deal to RenalGuard touting a new study, here are seven medtech stories we missed this week but thought were still worth a mention. 1. InspireMD inks Chile distribution deal InspireMD announced in an Oct. 12 press release that it has signed a distribution deal with CorpMedical Chile to distribute the MGuard Prime

DSM Biomedical and Cerapedics partner for peptide enhanced bone graft

DSM Biomedical has partnered with Cerapedics to create and manufacture the next generation of peptide-enhanced bone graft. The partnerships allows for DSM’s regenerative materials capabilities to be used with Cerapedics’s proprietary synthetic small peptide (P-15) technology. Designed for fast and predictable remodeling in bone graft substitute applications, DSM’s newest bioceramic platform is make of a

Medtech stories we missed this week: Oct. 13, 2017

From Orthocell’s distribution deal to CorNeat unveiling its artificial cornea, here are seven medtech stories we missed this week but thought were still worth mentioning. 1. OrthoCell inks Australian distro deal Orthocell announced in an Oct. 10 press release that it has signed a distribution deal with Surgical Specialities. The deal will make Surgical Specialities the

Dynatronics closes Bird & Cronin buy

Dynatronics said early this month it closed its acquisition of orthopedic manufacturer Bird & Cronin after signing an agreement to purchase the company on Sept. 27. Cottonwood Heights, Utah-based Dynatronics also raised a total of $11 million in 2 different funding round, according to an SEC filing, with funds slated to support the acquisition. A

What are orthopedic coatings?

Here are some important facts medical device designers need to know about orthopedic coatings, courtesy of Orchid. An orthopedic coating is used on implants to help improve the functionality of an implant. Usually, the coatings can help define the geometry and the mechanical strength of an implant, according to Orchid (Holt, Mich.). Coatings can be applied to

How Integer is creating cutting-edge disposable ortho surgical tools

With health providers increasingly demanding single-use devices, Integer successfully created disposable bone-cutting tools for its orthopedic device customers. Gary Victor, Integer Within healthcare today, there is a heightened focus on “value” – on the episode of care and the need to deliver improved patient care outcomes and lower overall costs. A related trend in the

How Consensus Orthopedics added smarts to orthopedic devices

Consensus Orthopedics made headlines with its TracPatch this year. So how did an ortho company get a digital product to market? Let’s face it, orthopedic devices are dumb. That is to say, they are mute. Silent. And in today’s healthcare environment, the silent kind of dumb is dangerous. Consensus Orthopedics (El Dorado Hills, Calif.) wanted to

This 3D printed implant replaces skull bone

A New Jersey doctor turned to Johnson & Johnson’s DePuy Synthes and a 3D printed implant to replace missing skull bone in a patient. The procedure was performed after the patient suffered brain swelling and the skull became infected. Dr. Gaurav Gupta, assistant professor of neurosurgery at Rutgers Robert Wood Johnson Medical School, had to

CTL Medical wins FDA clearance for titanium cage device

CTL Medical Corp. (Dallas) recently announced that it has secured FDA clearance for its new Matisse titanium ACIF cage implant for spine fusion surgery. The device, which includes CTL Medical’s proprietary TiCro surface technology, has 200% greater endplate contact surface area, according to CTL. The Matisse also has bone-conforming geometry for better mechanical locking at the

Orchid Design hires new engineering director

Surgical device designer Orchid Design has a new engineering director for its Shelton, Conn., design center. Brandon Beckendorf will oversee the development of orthopedic and spine products for Orchid’s customers, Orchid announced July 25. Beckendorf was most recently director of engineering at OsteoMed, where he introduced lean product development, DFx, concurrent engineering and other processes

CTL Medical inks marketing deal with G-21 in Italy

CTL Medical Corp. recently announced a partnership with G-21 in Italy to market its bone cement, kyphoplasty and vertebroplasty technologies in the United States. The deal represents a new addition to CTL’s existing spine and orthopedics portfolio. “With the G-21 partnership, CTL Medical continues to fulfill its mission of becoming a fully integrated medical device design, development

Who could replace Zimmer Biomet’s CEO?

Zimmer Biomet surprised this week with the announcement that CEO David Dvorak is immediately stepping down. So who will replace him? For now, the orthopedic device giant’s SVP and CFO Dan Florin will serve as interim CEO while the company’s board searches for a new permanent CEO. It is unclear whether Florin – who was VP and

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North American artificial disc replacement market to reach $614.5 million

The North American artificial disc replacement (ADR) market – which covers Canada, Mexico and the U.S. – is set to more than double from $274.6 million in 2016 to around $614.5 million by 2023, representing a compound annual growth rate of 12.2%, according to research and consulting firm GlobalData. The company’s latest report states that key

Engineered tissue could eliminate radiation for bone marrow transplants

University of California San Diego engineers have created artificial bone tissue that could eliminate the need for radiation before bone marrow transplants. Shyni Varghese, a bioengineering professor at UC San Diego Jacobs School of Engineering, led a team to develop a bone-like implant to eliminate the pre-treatment radiation that kills stem cells in a patient’s bone