CSRS

Witness the evolution of spine care and explore the cutting-edge technology behind Aesculap's activL Artificial Disc with Intelligent Motion Technology. Gain a comprehensive understanding of how this revolutionary device revolutionizes the treatment of degenerative disc disease, offering patients a chance to regain their quality of life and restore natural spinal function.

In this video, Ghost showcases how one can quickly learn the process of spinal fusion using virtual reality (VR) surgical simulations. The VR surgery simulator, called "Ghost VRSE II," was created by Ghost Medical. The host, Nicolas Wiederhold, and plastic surgeon, Dr. Richard J Brown ( Also known as @therealtiktokdoc ) , use this simulator to demonstrate the steps involved in implementing Spineology's Optimesh for Spinal Fusion.

NanoHive Medical has shaken the medical industry with its groundbreaking HIVE Standalone Cervical System. This innovative implant system has taken the field by storm, offering an array of features and benefits that cater to both patients and healthcare professionals alike.

NanoHive's Hive Standalone ALIF cage implant is the focus of a visually stunning medical device marketing animation produced by Ghost Productions. The implant is part of the Hive biomimetic portfolio of interbody spinal devices, utilizing a proprietary rhombic dodecahedron lattice design to provide biomechanical elastic modulus properties comparable to PEEK. The Hive ALIF cage implant also boasts improved diagnostic imaging capability and osteoblastic cell attraction and integration, resulting in strong fusion constructs and efficacious clinical experiences. Ghost Productions Medical Animation Studio & Surgical VR Developer can help explain the intricacies of medical devices and pharmaceutical products. Contact them at (651) 633-1163 to learn more about their services.

This visually stunning medical animation produced by Ghost Productions showcases a spine surgery procedure utilizing the Duo™ Ti Expandable Interbody Fusion System from Spineology. The Duo Ti Implant is a groundbreaking device that combines Spineology's proprietary mesh technology with porous Ti Blocks to restore disc height, spinal alignment, and provide indirect decompression. The mesh component is filled with bone to create a large, endplate conforming, load sharing graft pack to reduce the risk of subsidence and help maintain correction. Ghost Productions also created a Surgical VR training platform to train sales reps and surgeons on the OptiMesh® Expandable Interbody Fusion System. Contact Ghost Productions Medical Animation Studio & Surgical VR Developer to learn how they can help explain your medical devices and pharmaceutical products.

Ghost Productions, a leading medical animation studio, has created a visually stunning animation for Zavation's Labyrinth spinal interbody medical device. The Labyrinth is a groundbreaking porous PEEK interbody cage device that features the first-ever porous endplates integrated through the full cage, setting a new gold standard for interbody cages. Zavation's innovative device enhances the benefits of PEEK, such as reduced stress shielding and artifact-free imaging, with substantially improved wettability and surface tension. This animation showcases the Labyrinth's unique features and highlights its potential to revolutionize spinal surgery. Contact Ghost Productions to learn how their medical animation and surgical VR development services can help explain your medical devices and pharmaceutical products.

Ghost Productions, a medical animation studio, showcases their creative capabilities in this video featuring a variety of medical device marketing clips and surgical animations. The video highlights products such as DePuy Synthes ViviGen, Invibio Peek Optima HA, Patterson Dental ClearAligners, and more. Ghost Productions offers medical animation and virtual reality services to help explain how medical devices and pharmaceutical products work. Contact them at (651) 633-1163 to learn more about their services in the medical field.

Looking for an innovative treatment for young patients with scoliosis? Look no further than Zimmer Biomet's Tether procedure. Ghost Productions has produced a captivating character animation that tells the story of a young girl named Tara and her experience with scoliosis. The Tether represents the first approval order for a humanitarian use device in spinal pediatrics within the last 15 years, making it an emerging treatment for a select patient population. This non-fusion spinal device is designed to treat skeletally immature patients who require surgical treatment to obtain and maintain correction of progressive idiopathic scoliosis, with a major Cobb angle of 30 to 65 degrees. Patients who have failed bracing and/or are intolerant to brace wear may be selected for this treatment. Zimmer Biomet and the FDA are continuing to collaborate on a new clinical study for The Tether to optimally monitor patient outcomes. To learn more about this innovative treatment option, visit Ghost Productions' website today.

This Medical illustration, created by Ghost Medical for Spinal Kinetics, unveils the intricate consequences of severe angular injury to the spine and the subsequent damage to spinal support ligaments.

In this post, we will delve into the fascinating world of the sacroiliac joint, accompanied by a detailed medical illustration created by Ghost Medical that will help us understand its anatomy and function.

Tenon Medical's Catamaran™ SI Joint Fusion System represents a significant advancement in the field of sacroiliac joint fusion. With its less invasive approach and single, robust titanium implant, it offers new hope to patients seeking relief from SI joint dysfunction. Ghost Medical's expertly crafted illustration provides a captivating visual representation of the system, elucidating its intricate design and functionality.

Medical illustration of Tenon Medical's Catamaran SI Joint Fusion System implementation highlights the accurate placement of the pontoon fixations into the ilium and the sacrum, ensuring the transfixion of the SI joint along its longitudinal axis.