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NASS Recap 2016

nassIn 2015, it was interbody cages, sacroiliac joints, artificial discs and robotics. This year, enabling technologies of all kinds generated the most pre- and post-event buzz. Implants made with 3D printing technologies were highlighted, too, as were companies’ responses to changes in healthcare delivery.

Below, we share extended detail on these three topics and follow with a summary of other news captured during NASS week. (All images courtesy of manufacturers.)

 


 


Kick System Camera and Monitor Stands 3

DePuy Synthes Spine's
Kick portable 2D spine
imaging system

  _________________ 


AQrate System full copyright 4

KB Medical's AQrate
Robotic Assistance
System 


  _________________ 


MazorX System 2 resie

Mazor X
surgical assistance
platform
  

 _________________

 

 

 

Surgical Assistance
These span systems that support pre-surgical planning, navigation, alignment, etc.

DePuy Synthes Spine
launched the KICK portable 2D spine imaging system with FluoroExpress Software Module, created through a partnership with Brainlab. Working with a hospital’s existing X-ray equipment, KICK is designed to provide access to affordable advanced imaging technology with real-time navigation for pedicle screw placement. (KICK was one of seven spine products noted in JNJ’s pipeline out through 2018, shared during the company’s 2016 Business Review Day.)

KB Medical announced a raise of CHF 2.5MM (~US $2.51MM) in Series B Financing. Funds will support FDA clearance for the AQrate Robotic Assistance System V 1.2 for spinal surgery. The product presently has CE Mark approval, and limited launch will begin in 2017. 

AQrate comprises hardware and software to support intra-op haptic steering. While its first iteration is focused on the spine, the company has noted potential application in orthopaedics from head to toe.

Mazor Robotics commenced commercial launch of the Mazor X surgical assistance platform, which hit the market with 6 pre-orders and a purchase order from Medtronic for 15 systems, four of which were delivered in 3Q16. 

Mazor X differs from the company’s Renaissance product in a number of ways, not the least of which is intra-op guidance via a robotic arm that is bed-attached and bone-mounted to guide surgical tools and implants per pre-op analytic information. Real-time 3D verification confirms execution and reconciliation of the surgical plan. 

The promotion and development of Mazor X is supported by a partnership with Medtronic, including an equity investment from the leader in spine.

Medacta completed initial U.S. surgeries using its proprietary MySpine patient-matched, low profile, 3D-printed surgical planning guide, following FDA clearance at the end of 2Q16. The guide is intended to help identify pedicle entry points, screw trajectories and implant specifications to potentially increase accuracy and outcomes.

NuVasive introduced an Integrated Global Alignment (iGA) platform that is expanded to support cervical alignment. The new launch also includes Bendini OCT, a computer-assisted rod bending system with new application in occipito-cervico-thoracic cases, for use with NuvaPlanning software and NuvaMap O.R. real-time intra-op assessment of correction.

Spinal Elements and Mighty Oak Medical partnered to co-market the FIREFLY surgical guidance system, comprising patient-matched bone models and intra-op pedicle screw guides created via 3D printing. FIREFLY Pedicle Screw Navigation received FDA clearance in late 2015, requires no capital equipment and may reduce intra-op imaging and radiation exposure. (A second FDA clearance came through right at press time, extending compatibility to essentially all currently cleared pedicle screw systems and extending indications to include the T1-S2/ilium region.)

Synaptive Medical attended NASS for the first time and showcased BrightMatter robotic arm/visualization technology. A camera, mounted on the arm, automatically follows the instruments in a surgeon’s hands and projects the field of view onto a monitor viewable in the O.R.

 

Next: 3D Printed Devices and Value-Based Healthcare Tools

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