Kyocera Medical Technologies, Inc.  



Welcome and thank you for visiting KMTl at NASS 2020.

Kyocera Medical Technologies is a market leader in 3D-printed, porous titanium spinal implants and synthetic biomaterials. We launched our first 3D-printed interbody fusion cage in 2014 and have since developed a complete line of advanced, porous metal cervical & lumbar cages featuring our proprietary Tesera® porous titanium structure, which was specifically engineered for bone on-growth & ingrowth. With load sharing bone interfaces and bone-like modulus of elasticity, Tesera® cages create an optimal environment for rapid, solid fusion. Tesera® cages are offered in every approach and configuration, including lateral, all with multiple footprints and hyperlordotic angles. New for 2020, Kyocera is proud to offer ReBOSSIS®, an exciting addition to the world of biosynthetic bone grafting materials. This bioactiveproduct features a fibrous construction similar to cotton, giving it excellent handling and retention - it stays where it’s placed, even during irrigation. And with 54% compression recovery, it enhances bone-to-graft interface with maximum surface contact. We’re excited about our products and groundbreaking technology and look forward to showing you more. Please visit our virtual booth at the North American Spine Society to get more information on Tesera® and ReBOSSIS® products and learn more about Tesera Trabecular Technology®. More information can also be found at our website, www.Kyocera-medical.com.

Brands: Tesera®, ALIF, Cervical, PLIF, Straight TLIF, PEEK, Lateral, Screws, Porous, 3D, Additive, Manufacturing, hyperlordotic, biologics, ReBOSSIS®, bone graft, scaffold, synthetic, bioactive glass


 Videos

Tesera® SC Standalone Cervical Interbody System Surgical Technique
Kyocera Medical Technologies - Spine

 Chat or Meet with a Representative


 Featured Products

  • ReBOSSIS®
    The only biosynthetic scaffold with electrospun microfiber construction....

  • ReBOSSIS® is the only biosynthetic bone scaffold with electron microfiber construction. Composed of β-TCP, CaCO3, silicon, and PLGA, the special formula contains 0.5% to 1% silicon by weight, which is comparable to the level found in natural bone.

    The interconnected network of microporous fibers in ReBOSSIS® is created by a unique and proprietary electrospinning process that produces an absorbent, biodegradable scaffold. ReBOSSIS® is known for its moldable properties, as well as for its ability to retain bioactive fluids, which enhances its osteoinductive potential.

    • Proven to support cell activation, retention, and proliferation
    • Superior handling characteristics
    • Optimal fit and fill:
      • ReBOSSIS® offers up to 54% compression recovery
      • Maintains integrity during and after placement

    Products

    Product Number  Pre-Hydration Volume  Fluid Absorption

    ORB-0304C         10mL                             3.5mL

    ORB-0307C         18mL                              6mL

    ORB-0310C          25mL                             8mL

    ORB-0320C          50mL                            16mL 
  • Standalone Anterior Lumbar Interbody Fusion
    A significant leap forward in anterior standalone spinal implant design. It combines our high-performance Tesera Trabecular Technology® with a revolutionary manufacturing process to create a truly porous, optimized structure for biologic fixation....

  • 3D-printed, Porous, Monolithic Structure

    • True porous surfaces (average pore size = > 500 microns)
    • Solid titanium superstructure below the porous layer
    • Made from titanium (Ti6AI4V) powder
    • Melted into a solid form by additive manufacturing
    • HA blasted throughout, enhancing surface roughness for bony attachment

    Size Array

    • 4 Lordotic Angles (7°, 12°, 17° and 22 °)
    • Heights from 11mm – 19mm (2mm increments)
    • 4.5mm and 5.0mm diameter screws
    • Screw length from 20mm – 35mm (5mm increments)
    • 4 Footprints (30mm x 26mm, 34mm x 28mm, 38mm x 30mm, 42mm x 32mm)

    Simple, Secure Locking Mechanism

    • Single-step locking plate securely locks all four screws
    • Tactile locking confirmation
    • Visual locking confirmation
  • Standalone and Non-standalone Cervical
    Combining our most advanced material science and revolutionary manufacturing process into a cutting-edge standalone cervical interbody fusion system....

  • Standalone Cervical

    Cages

    • Tesera Trabecular Technology® – allows bone on-growth and biologic fixation
    • Triple screw fixation for immediate stability
    • Single-step locking plate secures all three screws with tactile and visual locking confirmation
    • Three lordotic angles (2°, 7° and 12 °)
    • Heights from 6mm – 12mm
    • Two footprints (16mm x 13.5mm and 17.5mm x 8mm)

    Screws

    • Self-drilling and self-tapping options
    • 3.5mm and 4.0mm diameters
    • Lengths from 12mm – 18mm (2mm increments)

    Instruments

    • Two insertion options
    • Straight and u-jointed instruments for hassle-free screw placement
    • Trials and broaches for every cage size

    Non-standalone Cervical

    Cages

    • Tesera Trabecular Technology® – allows bone on-growth and biologic fixation
    • Three footprints (14.5mm x 12.5mm, 16mm x 13.5mm and 17.5mm x 15mm)
    • 2°, 7° and 12 ° lordotic angles
    • Heights from 5mm – 12mm for the small footprint and 6mm – 12mm for the medium and large footprint
  • PLIF/TLIF/Straight TLIF
    Featuring our revolutionary Tesera Trabecular Technology® in posterior lumbar cage form....

  • Tesera Trabecular Technology®

    • Optimal environment for bone on-growth and biologic fixation
    • 3D-printed Titanium-alloy (Ti6AI4V)
    • Truly-porous trabecular structure
    • Random, interconnected pores (>500 micron average pore size)
    • 68% average porosity
    • Hydroxyapetite-blasted, for micro-surface roughness

    PLIF Sizes

    • Available in lengths of 22mm, 25mm and 27mm x 9mm width
    • Available in heights from 7mm – 16mm
    • Convex 7 ° lordotic profile
    • Bulleted, self-distracting nose geometry

    Instruments

    • Shavers available from 6mm – 14mm (1mm increments)
    • Straight trials available from 7mm – 14mm (1mm increments)
    • Tamps, disc prep and nerve retractors included
    • Threaded inserter

    Tesera® T (curved TLIF) Sizes

    • Available in lengths of 28mm and 32mm x 10mm width
    • Available in heights from 7mm – 16mm
    • 5 ° lordotic profile

    Tesera® ST (straight TLIF) Sizes

    • Available in lengths of 30mm and 34mm x 11mm width
    • Available in heights from 7mm – 16mm
    • Convex profile

    TLIF/Straight TLIF Instruments

    • Straight shavers available from 6mm – 14mm (1mm increments)
    • Curved and straight trials available from 7mm – 14mm (1mm increments)
    • Tamps, disc prep and nerve retractors included
    • Threaded inserters
  • Lateral Lumbar Interbody Fusion
    Combining the benefits of our proven Tesera® 3D-printed porous structure with the benefits of minimally invasive lateral fusion surgery....

  • Tesera Trabecular Technology®
    • Optimal environment for bone on-growth and biologic fixation
    • 3D-printed Titanium-alloy (Ti6AI4V)
    • Truly-porous trabecular structure
    • Random, interconnected pores (>500 micron average pore size)
    • 68% average porosity
    • Hydroxyapetite-blasted, for micro-surface roughness

    Sizes

    • Widths: 18mm and 22mm
    • Lengths: 40mm – 60mm (5mm increments)
    • Heights: 8mm – 16mm (2mm increments)
    • Lordotic angles: 0°, 7° and 12 °

    Instruments

    • 3-bladed retractor
      • Blade lengths from 60mm – 110mm (10mm increments)
      • Optional 4th blade
    • Straight and angled instrument options
    • Disc prep, shavers and trials

Send Email

Type your information and click "Send Email" to send an email to this exhibitor. To return to the previous screen without saving, click "Reset".