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Access Renovis Surgical Technologies historical Linkedin company profile data on number of followers, employee headcount and more

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Ticker Symbol Entity Name As Of Date Company Name Followers Employees on Linkedin Link Industry Date Added Date Updated Description Website Specialities Logo HQ.Street HQ.City HQ.State HQ.Country HQ.Postal Headcount change in past 24 months Company Name Sector Industry
private:renovissurgicaltechnologies 2111463 May 31st, 2019 12:00AM Kyocera Medical Technologies, Inc. 765 26.00 Open Medical Devices May 31st, 2019 10:50AM May 31st, 2019 10:50AM Kyocera Medical Technologies offers a broad array of products in total joints, trauma and spine. We are pioneering the use of Additive Manufacturing (3D printing) in spine and orthopedics, with applications across our product range. Additive Manufacturing is opening up new possibilities across hip, knee, spine and trauma products by enabling unique product geometries with excellent material properties. The Additive Manufacturing process builds up parts from metal powders, as opposed to traditional manufacturing where parts are created by machining away material. Implants are built from three-dimensional computer models, layer by layer, allowing for very complex part geometries, such as unique porous surface structures optimized for bone in-growth. Furthermore, unlike coatings, these porous structures are integral to the implant body. We now offer a complete lineup of additvely manufactured interbody fusion cages for lumbar and cervical spinal surgery, as well as an acetabular shell for total hip replacement. All of our 3D printed products feature porous titanium contact surfaces, with a low-modulus, load sharing interface, providing an optimum scaffold for bone ingrowth without stress shielding. To learn more about Kyocera Medical Technologies and our products, please visit www.teseratrabeculartechnology.com or www.kyocera-medical.com, and thank you for stopping by our LinkedIn page! We’re always adding distributors, so please contact us to learn more! Open Spine, Trauma, Adult Reconstruction, Advanced Trabecular Titanium Interbody Devices Open 10415 Morado Circle Austin Texas US 78759 Renovis Surgical Technologies Health Care Health Care Equipment & Services
private:renovissurgicaltechnologies 2111463 Feb 17th, 2018 12:00AM Renovis Surgical Technologies 605 29.00 Open Medical Devices Feb 17th, 2018 02:25PM Feb 17th, 2018 02:25PM Renovis Surgical Technologies offers a broad array of products in total joints, trauma and spine. We are pioneering the use of Arcam EBM® Additive Manufacturing in orthopedics, with applications across our product range. Additive Manufacturing is opening up new possibilities across hip, knee, spine and trauma applications by enabling unique product geometries with excellent material properties. The Additive Manufacturing process builds up parts from metal powders, as opposed to traditional manufacturing where parts are created by machining away material. Implants are built from three-dimensional computer models, layer by layer, allowing for very complex part geometries, such as unique porous surface structures optimized for bone in-growth. Furthermore, unlike coatings, these porous structures are integral to the implant body. Our first product to feature this technology is the Tesera™ ALIF Cage, for anterior lumbar spinal fusion. It features a porous titanium contact surface, providing an optimum scaffold for bone ingrowth from the vertebral endplates. A solid titanium core provides strength and allows for a large graft chamber, and a locking plate and screws for stand-alone fixation. The Tesera ALIF will be featured at the North American Spine Society annual meeting in New Orleans, from October 9-12, 2013. Please visit us at booth 2740 to learn more about Renovis and our products, and thank you for stopping by our LinkedIn page! Renovis Surgical Technologies Health Care Health Care Equipment & Services
private:renovissurgicaltechnologies 2111463 Feb 16th, 2018 12:00AM Renovis Surgical Technologies 605 29.00 Open Medical Devices Feb 16th, 2017 08:15AM Feb 16th, 2017 08:15AM Renovis Surgical Technologies offers a broad array of products in total joints, trauma and spine. We are pioneering the use of Arcam EBM® Additive Manufacturing in orthopedics, with applications across our product range. Additive Manufacturing is opening up new possibilities across hip, knee, spine and trauma applications by enabling unique product geometries with excellent material properties. The Additive Manufacturing process builds up parts from metal powders, as opposed to traditional manufacturing where parts are created by machining away material. Implants are built from three-dimensional computer models, layer by layer, allowing for very complex part geometries, such as unique porous surface structures optimized for bone in-growth. Furthermore, unlike coatings, these porous structures are integral to the implant body. Our first product to feature this technology is the Tesera™ ALIF Cage, for anterior lumbar spinal fusion. It features a porous titanium contact surface, providing an optimum scaffold for bone ingrowth from the vertebral endplates. A solid titanium core provides strength and allows for a large graft chamber, and a locking plate and screws for stand-alone fixation. The Tesera ALIF will be featured at the North American Spine Society annual meeting in New Orleans, from October 9-12, 2013. Please visit us at booth 2740 to learn more about Renovis and our products, and thank you for stopping by our LinkedIn page! Renovis Surgical Technologies Health Care Health Care Equipment & Services
private:renovissurgicaltechnologies 2111463 Feb 15th, 2018 12:00AM Renovis Surgical Technologies 605 29.00 Open Medical Devices Feb 15th, 2017 10:07AM Feb 15th, 2017 10:07AM Renovis Surgical Technologies offers a broad array of products in total joints, trauma and spine. We are pioneering the use of Arcam EBM® Additive Manufacturing in orthopedics, with applications across our product range. Additive Manufacturing is opening up new possibilities across hip, knee, spine and trauma applications by enabling unique product geometries with excellent material properties. The Additive Manufacturing process builds up parts from metal powders, as opposed to traditional manufacturing where parts are created by machining away material. Implants are built from three-dimensional computer models, layer by layer, allowing for very complex part geometries, such as unique porous surface structures optimized for bone in-growth. Furthermore, unlike coatings, these porous structures are integral to the implant body. Our first product to feature this technology is the Tesera™ ALIF Cage, for anterior lumbar spinal fusion. It features a porous titanium contact surface, providing an optimum scaffold for bone ingrowth from the vertebral endplates. A solid titanium core provides strength and allows for a large graft chamber, and a locking plate and screws for stand-alone fixation. The Tesera ALIF will be featured at the North American Spine Society annual meeting in New Orleans, from October 9-12, 2013. Please visit us at booth 2740 to learn more about Renovis and our products, and thank you for stopping by our LinkedIn page! Renovis Surgical Technologies Health Care Health Care Equipment & Services
private:renovissurgicaltechnologies 2111463 Feb 14th, 2018 12:00AM Renovis Surgical Technologies 605 29.00 Open Medical Devices Feb 14th, 2017 01:50PM Feb 14th, 2017 01:50PM Renovis Surgical Technologies offers a broad array of products in total joints, trauma and spine. We are pioneering the use of Arcam EBM® Additive Manufacturing in orthopedics, with applications across our product range. Additive Manufacturing is opening up new possibilities across hip, knee, spine and trauma applications by enabling unique product geometries with excellent material properties. The Additive Manufacturing process builds up parts from metal powders, as opposed to traditional manufacturing where parts are created by machining away material. Implants are built from three-dimensional computer models, layer by layer, allowing for very complex part geometries, such as unique porous surface structures optimized for bone in-growth. Furthermore, unlike coatings, these porous structures are integral to the implant body. Our first product to feature this technology is the Tesera™ ALIF Cage, for anterior lumbar spinal fusion. It features a porous titanium contact surface, providing an optimum scaffold for bone ingrowth from the vertebral endplates. A solid titanium core provides strength and allows for a large graft chamber, and a locking plate and screws for stand-alone fixation. The Tesera ALIF will be featured at the North American Spine Society annual meeting in New Orleans, from October 9-12, 2013. Please visit us at booth 2740 to learn more about Renovis and our products, and thank you for stopping by our LinkedIn page! Renovis Surgical Technologies Health Care Health Care Equipment & Services
private:renovissurgicaltechnologies 2111463 Feb 13th, 2018 12:00AM Renovis Surgical Technologies 605 29.00 Open Medical Devices Feb 13th, 2017 04:11PM Feb 13th, 2017 04:11PM Renovis Surgical Technologies offers a broad array of products in total joints, trauma and spine. We are pioneering the use of Arcam EBM® Additive Manufacturing in orthopedics, with applications across our product range. Additive Manufacturing is opening up new possibilities across hip, knee, spine and trauma applications by enabling unique product geometries with excellent material properties. The Additive Manufacturing process builds up parts from metal powders, as opposed to traditional manufacturing where parts are created by machining away material. Implants are built from three-dimensional computer models, layer by layer, allowing for very complex part geometries, such as unique porous surface structures optimized for bone in-growth. Furthermore, unlike coatings, these porous structures are integral to the implant body. Our first product to feature this technology is the Tesera™ ALIF Cage, for anterior lumbar spinal fusion. It features a porous titanium contact surface, providing an optimum scaffold for bone ingrowth from the vertebral endplates. A solid titanium core provides strength and allows for a large graft chamber, and a locking plate and screws for stand-alone fixation. The Tesera ALIF will be featured at the North American Spine Society annual meeting in New Orleans, from October 9-12, 2013. Please visit us at booth 2740 to learn more about Renovis and our products, and thank you for stopping by our LinkedIn page! Renovis Surgical Technologies Health Care Health Care Equipment & Services
private:renovissurgicaltechnologies 2111463 Feb 12th, 2018 12:00AM Renovis Surgical Technologies 605 29.00 Open Medical Devices Feb 12th, 2017 04:15AM Feb 12th, 2017 04:15AM Renovis Surgical Technologies offers a broad array of products in total joints, trauma and spine. We are pioneering the use of Arcam EBM® Additive Manufacturing in orthopedics, with applications across our product range. Additive Manufacturing is opening up new possibilities across hip, knee, spine and trauma applications by enabling unique product geometries with excellent material properties. The Additive Manufacturing process builds up parts from metal powders, as opposed to traditional manufacturing where parts are created by machining away material. Implants are built from three-dimensional computer models, layer by layer, allowing for very complex part geometries, such as unique porous surface structures optimized for bone in-growth. Furthermore, unlike coatings, these porous structures are integral to the implant body. Our first product to feature this technology is the Tesera™ ALIF Cage, for anterior lumbar spinal fusion. It features a porous titanium contact surface, providing an optimum scaffold for bone ingrowth from the vertebral endplates. A solid titanium core provides strength and allows for a large graft chamber, and a locking plate and screws for stand-alone fixation. The Tesera ALIF will be featured at the North American Spine Society annual meeting in New Orleans, from October 9-12, 2013. Please visit us at booth 2740 to learn more about Renovis and our products, and thank you for stopping by our LinkedIn page! Renovis Surgical Technologies Health Care Health Care Equipment & Services
private:renovissurgicaltechnologies 2111463 Feb 11th, 2018 12:00AM Renovis Surgical Technologies 605 29.00 Open Medical Devices Feb 11th, 2017 05:35AM Feb 11th, 2017 05:35AM Renovis Surgical Technologies offers a broad array of products in total joints, trauma and spine. We are pioneering the use of Arcam EBM® Additive Manufacturing in orthopedics, with applications across our product range. Additive Manufacturing is opening up new possibilities across hip, knee, spine and trauma applications by enabling unique product geometries with excellent material properties. The Additive Manufacturing process builds up parts from metal powders, as opposed to traditional manufacturing where parts are created by machining away material. Implants are built from three-dimensional computer models, layer by layer, allowing for very complex part geometries, such as unique porous surface structures optimized for bone in-growth. Furthermore, unlike coatings, these porous structures are integral to the implant body. Our first product to feature this technology is the Tesera™ ALIF Cage, for anterior lumbar spinal fusion. It features a porous titanium contact surface, providing an optimum scaffold for bone ingrowth from the vertebral endplates. A solid titanium core provides strength and allows for a large graft chamber, and a locking plate and screws for stand-alone fixation. The Tesera ALIF will be featured at the North American Spine Society annual meeting in New Orleans, from October 9-12, 2013. Please visit us at booth 2740 to learn more about Renovis and our products, and thank you for stopping by our LinkedIn page! Renovis Surgical Technologies Health Care Health Care Equipment & Services
private:renovissurgicaltechnologies 2111463 Feb 10th, 2018 12:00AM Renovis Surgical Technologies 605 29.00 Open Medical Devices Feb 10th, 2017 06:43AM Feb 10th, 2017 06:43AM Renovis Surgical Technologies offers a broad array of products in total joints, trauma and spine. We are pioneering the use of Arcam EBM® Additive Manufacturing in orthopedics, with applications across our product range. Additive Manufacturing is opening up new possibilities across hip, knee, spine and trauma applications by enabling unique product geometries with excellent material properties. The Additive Manufacturing process builds up parts from metal powders, as opposed to traditional manufacturing where parts are created by machining away material. Implants are built from three-dimensional computer models, layer by layer, allowing for very complex part geometries, such as unique porous surface structures optimized for bone in-growth. Furthermore, unlike coatings, these porous structures are integral to the implant body. Our first product to feature this technology is the Tesera™ ALIF Cage, for anterior lumbar spinal fusion. It features a porous titanium contact surface, providing an optimum scaffold for bone ingrowth from the vertebral endplates. A solid titanium core provides strength and allows for a large graft chamber, and a locking plate and screws for stand-alone fixation. The Tesera ALIF will be featured at the North American Spine Society annual meeting in New Orleans, from October 9-12, 2013. Please visit us at booth 2740 to learn more about Renovis and our products, and thank you for stopping by our LinkedIn page! Renovis Surgical Technologies Health Care Health Care Equipment & Services
private:renovissurgicaltechnologies 2111463 Feb 9th, 2018 12:00AM Renovis Surgical Technologies 605 29.00 Open Medical Devices Feb 9th, 2017 08:57AM Feb 9th, 2017 08:57AM Renovis Surgical Technologies offers a broad array of products in total joints, trauma and spine. We are pioneering the use of Arcam EBM® Additive Manufacturing in orthopedics, with applications across our product range. Additive Manufacturing is opening up new possibilities across hip, knee, spine and trauma applications by enabling unique product geometries with excellent material properties. The Additive Manufacturing process builds up parts from metal powders, as opposed to traditional manufacturing where parts are created by machining away material. Implants are built from three-dimensional computer models, layer by layer, allowing for very complex part geometries, such as unique porous surface structures optimized for bone in-growth. Furthermore, unlike coatings, these porous structures are integral to the implant body. Our first product to feature this technology is the Tesera™ ALIF Cage, for anterior lumbar spinal fusion. It features a porous titanium contact surface, providing an optimum scaffold for bone ingrowth from the vertebral endplates. A solid titanium core provides strength and allows for a large graft chamber, and a locking plate and screws for stand-alone fixation. The Tesera ALIF will be featured at the North American Spine Society annual meeting in New Orleans, from October 9-12, 2013. Please visit us at booth 2740 to learn more about Renovis and our products, and thank you for stopping by our LinkedIn page! Renovis Surgical Technologies Health Care Health Care Equipment & Services

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