ChoiceSpine | Spinal Implant Manufacturer | Propelling Spinal Surgery

Blackhawk® TI

Standalone Cervical Spacer System

The ChoiceSpine Blackhawk® TI Standalone 3D Printed Titanium Cervical Spacer System is a cervical spacer that has integrated anchors for anterior cervical spinal fusion. The single-step anchor deployment is designed to reduce surgical steps in the operating room. The implant is 3D printed with our proprietary BioBond® technology and is available in two anatomical footprints. Blackhawk Ti features a cam-locking mechanism that provides visual and tactile confirmation of final locking.

Boomerang® +
Tigershark® C

Anterior Cervical Plate System & Spacer

ChoiceSpine’s Boomerang® is a versatile anterior cervical plate system designed to be simple and efficient for ACDF procedures. This 510 (k) cleared device has a low-profile designed to be minimally invasive and yields less overhang than traditional plates, and can be inserted simultaneously with cervical interbody implants such as TigerShark® C and Stealth™, thus eliminating surgical steps and potentially reducing operating room time.

Harrier® SA

Standalone ALIF System

Harrier® SA is a 3D printed titanium, standalone, screw-based system that incorporates ChoiceSpine’s proprietary BioBond® porous structure technology designed for Anterior Lumbar lnterbody Fusion (ALIF). The system features four titanium, dual-threaded corticocancellous screws designed for lag purchase. The interbody is available in three anatomical footprints with multiple lordotic options with large graft windows. Harrier SA has an integrated cam-locking mechanism that provides visual and tactile locking confirmation. The Harrier SA System is indicated for stand-alone use. If additional fixation is desired, the system is compatible with our Raven® Anterior Lumbar Plate System.

Tigershark® Threaded TL

3-D Printed Curved Titanium Interbody

ChoiceSpine’s TigerShark® Threaded TL is a 3D-printed curved interbody for TLIF procedures. It is offered in many different footprints and 6° lordosis to accommodate patient anatomies. TigerShark Threaded TL features our propriety BioBond®, porous structure technology designed to promote bone growth. TigerShark Threaded TL has a smooth bullet nose designed for fast insertion. TigerShark Threaded TL system must be used with a supplemental fixation for the lumbar spine.

Triton®

SI Joint Fixation System

The ChoiceSpine TRITON® Sacroiliac Joint Fixation System is intended for sacroiliac joint fusion for conditions including degenerative sacroiliitis and sacroiliac joint disruption. TRITON is Titanium 3D printed with BioBond® cannulated screw with open and porous graft windows. TRITON offers various lengths and diameters to accommodate different patient anatomies.

Thunderbolt

Minimally Invasive Pedicle Screw System

The ChoiceSpine THUNDERBOLT™ Minimally Invasive Pedicle Screw System is intended to provide immobilization and stabilization of spinal segments in skeletally mature patients as an adjunct to fusion for degenerative disc disease, spondylolisthesis, trauma, spinal stenosis, deformities, tumor, and/or pseudoarthrosis.

Blackhawk® TI

Standalone Cervical Spacer System

The ChoiceSpine Blackhawk® TI 3D Printed Titanium Cervical Spacer System is a cervical spacer that has integrated anchors for anterior cervical spinal fusion. The single-step anchor deployment is designed to reduce surgical steps in the operating room. The implant is 3D printed with our proprietary BioBond® technology and is available in two anatomical footprints. Blackhawk Ti features a cam-locking mechanism that provides visual and tactile confirmation of final locking.

Boomerang® + Tigershark® C

Anterior Cervical Plate System & Spacer

ChoiceSpine’s Boomerang® is a versatile anterior cervical plate system designed to be simple and efficient for ACDF procedures. This 510 (k) cleared device has a low-profile designed to be minimally invasive and yields less overhang than traditional plates, and can be inserted simultaneously with cervical interbody implants such as TigerShark® C and Stealth™, thus eliminating surgical steps and potentially reducing operating room time.

Harrier® SA

Standalone ALIF System

Harrier® SA is a 3D printed titanium, standalone, screw-based system that incorporates ChoiceSpine’s proprietary BioBond® porous structure technology designed for Anterior Lumbar lnterbody Fusion (ALIF). The system features four titanium, dual-threaded corticocancellous screws designed for lag purchase. The interbody is available in three anatomical footprints with multiple lordotic options with large graft windows. Harrier SA has an integrated cam-locking mechanism that provides visual and tactile locking confirmation. The Harrier SA System is indicated for stand-alone use. If additional fixation is desired, the system is compatible with our Raven® Anterior Lumbar Plate System.

Tigershark® Threaded TL

3-D Printed Curved Titanium Interbody

ChoiceSpine’s TigerShark® Threaded TL is a 3D-printed curved interbody for TLIF procedures. It is offered in many different footprints and 6° lordosis to accommodate patient anatomies. TigerShark Threaded TL features our propriety BioBond®, porous structure technology designed to promote bone growth. TigerShark Threaded TL has a smooth bullet nose designed for fast insertion. TigerShark Threaded TL system must be used with supplemental fixation for the lumbar spine.

Triton®

SI Joint Fixation System

The ChoiceSpine TRITON® Sacroiliac Joint Fixation System is intended for sacroiliac joint fusion for conditions including degenerative sacroiliitis and sacroiliac joint disruption. TRITON is Titanium 3D printed with BioBond® cannulated screw with open and porous graft windows. TRITON offers various lengths and diameters to accommodate different patient anatomies.

Thunderbolt®

Minimally Invasive Pedicle Screw System

The ChoiceSpine THUNDERBOLT® Minimally Invasive Pedicle Screw System is intended to provide immobilization and stabilization of spinal segments in skeletally mature patients as an adjunct to fusion for degenerative disc disease, spondylolisthesis, trauma, spinal stenosis, deformities, tumor, and/or pseudoarthrosis.

 

ChoiceSpine LLC is a medical device company in Knoxville, Tennessee, privately held by Altus Capital Partners. Our team has the privilege to improve people’s lives every day by doing Spine the Right Way ℠. Focusing on a collaborative team approach in everything we do, we maintain exceptional product development and customer support while maintaining financial flexibility. ChoiceSpine has been providing positive customer experiences by delivering on our commitments since the company’s inception in 2006 and will continue to be a leader in bringing innovative and dynamic solutions to the spinal implant market.

Our newest differentiating technologies include a family of titanium spinal implants using 3D printing or additive manufacturing process featuring ChoiceSpine’s proprietary porous BioBond® structures, multiple cervical fusion options including a pre-assembled deployable anchor system, lumbar devices including a stand-alone, screw-based anterior lumbar interbody fusion (ALIF), sacroiliac (SI) joint fixation system, and a corpectomy device which is one of only a few available vertebral body replacement (VBR) devices that are FDA 510(k) cleared for on-label use in the cervical spine. Engineered titanium pedicle screw systems are distributed for minimally invasive surgeries (MIS) and pre-psoas, shallow docking access systems for direct lateral surgery. The collaborative, surgeon-advised company in the spine industry completes its robust product portfolio with the inclusion of osteobiologic solutions.

 

Cervical

Blackhawk®TI

Standalone Cervical Spacer System

• Standalone Cervical Spacer with integrated anchors
• Titanium BioBond® Porous Structure
• Footprints: 12mm x 14mm and 14mm x 16mm; 6-10mm heights
• Single Step Deployable Titanium Anchors
• Cam-Locking mechanism provides visual and tactile confirmation
• Lordosis: 6° and convex option
(Hover Here)

Tomcat

Standalone Cervical Spinal System

• Early bone apposition with PEEK-OPTIMA™ HA Enhanced
• Hybrid device offered to eliminate difficult screw trajectories
• Footprints: 12mm x 14mm and 14mm x 16mm; 6mm –10mm heights
• Self-locking retention clip
• Lordosis: 4° and 8°
(Hover Here)

Boomerang®

Anterior Cervical Plate System

• Low-profile and two screw plate
• Integrated Single-Step screw-blocking mechanism
• 510(K) Cleared for Cervical Use, tested against a traditional 2 –level cervical plate
• Simultaneous Insertion with Cervical Interbodies such as TigerShark® C or Stealth™
(Hover Here)

Ambassador®

Anterior Cervical Plate System

• Low profile (1.9mm) plate
• Large windows for optimal visualization
• Single step cam-locking for confirmation of locked screws
• Wide variety of plate sizes with up to 5 levels
(Hover Here)

Falcon

Anterior Cervical Plating System

• Large graft windows for visual confirmation
• Low profile (1.9mm) plate
• Simple no step locking slip to ensure screws are secure
• Wide variety of plate sizes with up to 4 levels
(Hover Here)

Tigershark®C

Anterior Cervical Spacer System

• Titanium BioBond® Porous Structure
• Multiple Footprints: 12mm x 14mm, 14mm x 16mm, and 15mm x18mm
• Heights: 5-10mm
• Simple one step threaded inserter
• Lordosis: 6°
(Hover Here)

Stealth

Cervical Body Spacer

• Radiolucent OPTIMA-PEEK™ creates excellent visibility under fluoroscopy.
(Hover Here)

Interbody

Harrier® SA

Stand Alone ALIF System

• Titanium BioBond® Porous Structure
• 45° screw angulation
• Four titanium, dual-threaded Corticocancellous screws
• Integrated Cam-locking Mechanism
• Multiple footprints: 26mm x 32mm, 28mm x 36mm and 30mm x 40mm
• Heights: 12mm, 13.5mm, 15mm, 17mm, and 19mm
• Lordosis: 10°, 15°, and 20°
(Hover Here)

TigerShark®

Spinal Stabilization System

• Titanium BioBond® Porous Structure
• Built in Lordosis: 6°
• Simplified threaded cage inserter
• Width (mm): 9, 11
• Heights (mm) ranging 9-16 depending on width and length
(Hover Here)
 

TigerShark®
Threaded TL

3D Printed Curved Interbody

• Titanium BioBond® Porous Structure
• Built in Lordosis: 6°
• Lengths (mm): 26,28,32 and 36
• Heights: : 7-14 (1mm increments)
• Width: 11mm
(Hover Here)

SHARK

PEEK Straight Interbody System

• PEEK-OPTIMA™ polymer design
• Tantalum markers for visibility under fluoroscopy
• Multiple footprints and lordosis for differing patient anatomy
(Hover Here)

HARPOON

PEEK Curved Interbody System

• PEEK-OPTIMA™ polymer design
• Tantalum markers for visibility under fluoroscopy
• Multiple footprints and lordosis for differing patient anatomy
(Hover Here)

Lateral Systems

TigerShark® L

3D Printed Titanium Lumbar Interbody Spacer

• Titanium BioBond® Porous Structure
• Secure Threaded Inserter
• Large Grafting Window
• Many footprints for differing patient anatomy
• Built in Lordosis: 0°, 6°, 12°
(Hover Here)

VEO®PEEK

Lateral Interbody System

• PEEK-OPTIMA™ polymer design
• Tantalum markers for visibility under fluoroscopy
• Multiple footprints and lordosis for differing patient anatomies
(Hover Here)

RAVEN®L

Lateral Lumbar Plate System

• Cervical Spacer with integrated anchors
• Two-Screw Design with variable screw angulation
• Integrated Single-Step Cam Locking Mechanism
• Compatible with the VEO® retractor
(Hover Here)

VEO®

Lateral Access System

• Direct visualization of psoas and nerves
(Hover Here)

Vertebral Body Replacement

HAWKEYETI

Vertebral Body Replacement

• 3-D Additively Manufactured Titanium & PEEK-OPTIMA™ polymer Option
• 510(K) cleared for cervical & thoracolumbar use
• Built in lordosis: 8°
• Multiple Footprints
• 12mm x 14mm
• 14mm x 16mm
(Hover Here)

Thoracolumbar

Thunderbolt

Minimally Invasive Pedicle Screw System

• Robust and secure connection between screws and screw extenders
• Strong and fast rod reductions
• Internal (20mm) and external (30mm) reduction options
• Screws are compatible with Lancer system
(Hover Here)

Lancer

Open Pedicle Screw System

• Small / Sleek tulip design
• Dual lead screw threads to facilitate quick insertion
• Titanium and CoCr rods available
• Simple and effective instrumentation
(Hover Here)

Typhoon

Facet Screw System

• Designed to perform
• Facet arthrodesis
• Posterior stabilization of the lumbar spine
• Provides fixation into cortical bone of superior facet
• Deformable washer
• Dual pitch screw thread
• Sharp threads
(Hover Here)

Raven® Anterior

Anterior Lumbar Plate System

• Variable screw angulation
• Anterior cortical rim fixation
• Cam Locking mechanism
• Combined insertion with Harrier® SA lumbar interbody
(Hover Here)

SI Fixation

Triton®

SI Joint Fixation System

• 3D Printed Titanium BioBond® Porous Structure
• Three bone gathering channels
• Offered in three diameters (mm): 8 (lengths: 30-60mm), 12 (lengths: 35-65mm), 14 (lengths 35-65mm)
• Secure driver interface and internal threads
(Hover Here)

Cervical

Blackhawk TI

Standalone Cervical Spacer System

The ChoiceSpine Blackhawk® Ti Standalone Cervical Spacer System is a cervical spacer that has integrated anchors for anterior cervical spinal fusion. The single-step anchor deployment is designed to reduce surgical steps in the operating room. The implant is 3D printed with our proprietary BioBond® technology and is available in two anatomical footprints. Blackhawk Ti features a cam-locking mechanism that provides visual and tactile confirmation of final locking.

Tomcat

Standalone Cervical Spinal System

The TOMCAT™ Standalone Cervical Spinal System is designed to stabilize the cervical vertebral column as an adjunct to fusion of vertebral bodies. The TOMCAT implant is made of PEEK-OPTIMA™ HA Enhanced from Invibio, and the system provides an alternative to the traditional plate and screw anterior cervical fusion that involves placement of separate fixation and interbody devices. The combination of a cervical interbody and plate offers one dynamic solution.

Boomerang

Anterior Cervical Plate System

ChoiceSpine’s Boomerang® is a versatile anterior cervical plate system designed to be simple and efficient for ACDF procedures. This 510 (k) cleared device has a low-profile designed to be minimally invasive and yields less overhang than traditional plates, and can be inserted simultaneously with cervical interbody implants such as TigerShark® C and Stealth™, thus eliminating surgical steps and potentially reducing operating room time.

Ambassador

Anterior Cervical Plate System

The Ambassador® Anterior Cervical Plate system is a versatile system of implants and instruments with a variety of sizes to provide optimal anatomic compatibility. The integrated cam restricts the motion of the screws and is designed to allow settling in the sagittal plane. Ambassador features a thin (1.9mm) and narrow (16mm at the widest point) plate profile. The system includes 4.0mm and 4.5mm color-coded screws, variable angle screws and fixed angle screws.

Falcon

Anterior Cervical Plating System

The FALCON™ Cervical Plating System simplifies anterior cervical spinal fusion with an improved semi-constrained system that offers fast, reproducible results. The Falcon cervical plate features a sleek, contemporary design for easy insertion and large graft windows for enhanced visual confirmation of the allograft. The instrumentation facilitates complete control by the surgeon during the procedure.

Tigershark C

Anterior Cervical Spacer System

ChoiceSpine’s TigerShark® C is revolutionizing spinal surgery for patients with degenerative disc disease (DDD). The Anterior Cervical Spacer System utilizes additively manufactured titanium to overcome limitations associated with PEEK and Lateral windows for visualization. The intervertebral body fusion devices are stronger than other titanium implants, creating improved results for cervical spinal surgeons and potentially improving recovery times for DDD patients.

Stealth

Cervical Interbody System

The STEALTH™ Cervical Spacer System consists of intervertebral body fusion devices comprised of PEEK-OPTIMA™. The spacers are available in multiple lordotic angles to accommodate different anatomic requirements. The STEALTH™ Cervical Spacer System is intended for anterior cervical spine intervertebral body fusion at one level from the C2-C3 disc space to the C7-T1 disc for the treatment of degenerative disc disease patients with six weeks of non-operative treatment.

Blackbird HLS

Titanium Hinged Laminoplasty System

The ChoiceSpine Blackbird™ Hinged Laminoplasty System (HLS) design eliminates fitting plates through trial and error bending, and allows the contralateral plate to be placed prior to elevating the lamina. The spacer is pre-tapped to provide a more secure plate connection over similar allograft, and the lamina contact ends are grit blasted for high performance grip. The Blackbird HLS system provides a comprehensive, innovative solution to laminoplasty.

Blackbird

Posterior Cervical-Thoracic Fixation System

The ChoiceSpine BLACKBIRD™ Spinal System is a posterior spinal fixation system composed of 3.5mm & 4.0mm polyaxial screw in 10-32mm lengths in 2mm increments as well as 4.5mm polyaxial screws ranging from 18-32mm lengths in 2mm increments. Also available are 3.5mm smooth shank polyaxial screws. Standard rod options are 3.5mm straight, pre-bent, and transition. Connectors include Rod to Rod, Lateral Offset, and Rod Transition Connectors. Multiple Hook sizes are included.

Interbody

Harrier SA

Stand Alone ALIF System

Harrier® SA is a 3D printed titanium, stand-alone, screw-based system that incorporates ChoiceSpine’s proprietary BioBond® porous structure technology designed for Anterior Lumbar lnterbody Fusion (ALIF). The system features four titanium, dual-threaded corticocancellous screws designed for lag purchase. The interbody is available in three anatomical footprints with multiple lordotic options with large graft windows. Harrier SA has an integrated cam-locking mechanism which provides visual and tactile locking confirmation. The Harrier SA System is indicated for stand-alone use. If additional fixation is desired, the system is compatible with our Raven® Anterior Lumbar Plate System.

Tigershark

Spinal Stabilization System

TigerShark® is a 3D manufactured titanium alloy interbody created with a proprietary organic porous structure called BioBond®. Along with the BioBond porous structure, TigerShark® contains a generous graft window and a smooth bullet shape distal surface designed for fast insertion. TigerShark® is available in an assortment of anatomic footprints and can accommodate posterior and transforaminal placement.

Tigershark Threaded TL

3D Printed Titanium Curved Interbody

ChoiceSpine’s TigerShark® Threaded TL is a 3D-Printed curved interbody for TLIF procedures. It is offered in many different footprints and 6° lordosis to accommodate patient anatomies. TigerShark Threaded TL features our propriety BioBond®, porous structure technology designed to promote bone growth. TigerShark Threaded TL has a smooth bullet nose designed for fast insertion. TigerShark Threaded TL system must be used with supplemental fixation for the lumbar spine.

Shark

Spinal Stabilization System

The ideal option for surgeons performing spinal stabilization through lumbar interbody spinal fusion. This unique design is made from a PEEK-OPTIMA™ polymer from Invibio® and is available in various heights and lengths to accommodate a variety of patient anatomies. The unique shape and size offerings allows the lumbar fusion devices to be used in PLIF and TLIF procedures to accommodate a variety of patient disc space geometries.

Harpoon

Spinal Stabilization System

The ideal option for surgeons performing spinal stabilization through lumbar interbody spinal fusion. This unique design is made from a PEEK-OPTIMA™ polymer from Invibio® and is available in various heights and lengths to accommodate a variety of patient anatomies. The unique shape and size offerings allows the lumbar fusion devices to be used in PLIF and TLIF procedures to accommodate a variety of patient disc space geometries.

VEO Peek

Lateral Interbody Spacer System

The VEO® PEEK Lateral Interbody System features a wide offering of sizes to accommodate patient anatomy. Streamlined and easy to use instrumentation is designed to save time and improve surgical flow.

Tigershark C

Anterior Cervical Spacer System

ChoiceSpine’s TigerShark® C is revolutionizing spinal surgery for patients with degenerative disc disease (DDD). The Anterior Cervical Spacer System utilizes additively manufactured titanium to overcome limitations associated with PEEK and Lateral windows for visualization. The intervertebral body fusion devices are stronger than other titanium implants, creating improved results for cervical spinal surgeons and potentially improving recovery times for DDD patients.

Blackhawk TI

Standalone Cervical Spacer System

The ChoiceSpine Blackhawk® Ti Standalone Cervical Spacer System is a cervical spacer that has integrated anchors for anterior cervical spinal fusion. The single-step anchor deployment is designed to reduce surgical steps in the operating room. The implant is 3D printed with our proprietary BioBond® technology and is available in two anatomical footprints. Blackhawk Ti features a cam-locking mechanism that provides visual and tactile confirmation of final locking. The Blackhawk Ti Cervical Spacer is intended to be used with supplemental fixation.

Harrier

Anterior Lumbar Interbody Fusion System

The HARRIER® Anterior Lumbar Interbody Fusion System consists of PEEK implants meant to be used with supplemental fixation. The devices are offered in a variety of sizes and shapes to accommodate various anatomies. The implants feature windows in the interior geometry in order to accommodate bone graft and maximize bone in-growth. Tantalum markers are incorporated into the material to allow for visualization of the Interbody configuration during and after surgery. The surfaces of the Interbody have machined edges meant to engage the vertebral endplates and prevent expulsion.

Sabre

Spinal Stabilization System

The ideal option for surgeons performing spinal stabilization through lumbar interbody spinal fusion. This unique design is made from a PEEK-OPTIMA™ polymer from Invibio® and is available in various heights and lengths to accommodate a variety of patient anatomies. The unique shape and size offering allows the lumbar fusion devices to be used in PLIF and TLIF procedures to accommodate a variety of patient disc space geometries.

Octane

Straight/PC Spacer System

OCTANE® Straight PC is a PEEK Spacer System featuring a plasma-sprayed titanium coating designed to create a bone-friendly environment. This titanium coating offers significant imaging benefits through its radiolucency, allowing the surgeon to both confirm spacer positioning and assess fusion. Octane Straight PC is available in similar footprints, heights, and styles to the Octane Straight devices.

Stealth

Cervical Interbody System

The STEALTH™ Cervical Spacer System consists of intervertebral body fusion devices comprised of PEEK-OPTIMA™. The spacers are available in multiple lordotic angles to accommodate different anatomic requirements. The STEALTH™ Cervical Spacer System is intended for anterior cervical spine intervertebral body fusion at one level from the C2-C3 disc space to the C7-T1 disc for the treatment of degenerative disc disease patients with six weeks of non-operative treatment.

Tigershark L

3D Printed Titanium Lumbar Lateral Spacer

ChoiceSpine’s TigerShark® L is a 3D-printed titanium interbody designed to simplify spinal surgery with many different size offerings to accommodate patient anatomies. Created with BioBond®, a proprietary organic porous structure, this lateral lumbar spacer system has a generous graft window and smooth bullet-shaped distal surface that helps improve implant insertion speed and control.

Ascendant

Anterior Cervical Spacer

Ascendant® Anterior Cervical Spacer System is a PEEK spacer system featuring an optimized graft chamber window with multiple footprints and heights. Ascendant PC features a plasma-sprayed Titanium coating designed to create a bone-friendly environment

Octane M

Modular Spacer System

Octane® M is a modular, self-distracting PEEK Spacer system designed to provide controlled delivery while minimizing impaction force.

Lateral

Tigershark L

3D Printed Titanium Lumbar Lateral Spacer

ChoiceSpine’s TigerShark® L is a 3D-printed titanium interbody designed to simplify spinal surgery with many different size offerings to accommodate patient anatomies. Created with BioBond®, a proprietary organic porous structure, this lateral lumbar spacer system has a generous graft window and smooth bullet-shaped distal surface that helps improve implant insertion speed and control.

VEO PEEK

Lateral Interbody Spacer System

The VEO® PEEK Lateral Interbody System features a wide offering of sizes to accommodate patient anatomy. Streamlined and easy to use instrumentation is designed to save time and improve surgical flow.

Raven L

Lateral Lumbar Plate System

The ChoiceSpine Raven® Lateral Lumbar Plate System has a wide variety of implants and instruments designed to simplify and improve the efficiency of lateral lumbar spine fusion. The Raven® Lateral Plate features an integrated single-step Cam Locking Mechanism for confirmation of final locking. Streamlined instrumentation designed to simplify surgical approach to help ensure control during the procedure. The Raven Lateral Plate is compatible with our VEO® Lateral Access Retractor System.

VEO

Lateral Access System

The VEO® Lateral Access System brings clear and direct visualization to lateral fusion surgery. Through a combination of direct psoas visualization and clear lateral fluoroscopic views, it allows the surgeon to focus on the patient not the product. The VEO direct visualization approach was designed to help minimize iatrogenic trauma to the psoas muscle and the lumbar nerve plexus to help reduce the risk of post-operative complications.

Vertebral Interbody Replacement

Hawkeye Ti

Vertebral Body Replacement

Hawkeye™ TI is changing the game for cervical corpectomy cases. With its 510(k) cervical clearing, 8° lordosis, and multiple footprints corpectomy cases are now more efficient than ever. Hawkeye TI is getting surgeons and patients out of the operating room and on the road to recovery faster and more efficiently.

Thoracolumbar

Thunderbolt

Minimally Invasive Pedicle Screw System

The ChoiceSpine THUNDERBOLT™ Minimally Invasive Pedicle Screw System is intended to provide immobilization and stabilization of spinal segments in skeletally mature patients as an adjunct to fusion for degenerative disc disease, spondylolisthesis, trauma, spinal stenosis, deformities, tumor, and/or pseudoarthrosis.

Lancer

Pedicle Screw System

The ChoiceSpine LANCER™ open pedicle screw system is a posterior spinal fixation system consisting of various polyaxial screws, rods, connectors, and hooks to accommodate various spinal anatomies. LANCER is intended to provide immobilization and stabilization of spinal segments in skeletally mature patients as an adjunct to fusion for degenerative disc disease, spondylolisthesis, trauma, spinal stenosis, deformities, tumor, and/or pseudoarthrosis.

Typhoon

Facet Screw System

The minimally invasive TYPHOON™ Transfacet Pedicular Screw Fixation System is designed to perform facet arthrodesis & posterior stabilization of the lumbar spine.

Raven Anterior

Anterior Lumbar Plate System

The ChoiceSpine RAVEN® Anterior Lumbar Plate System is a versatile system of implants and instruments designed to simplify and improve the efficiency of anterior lumbar spine fusion. Streamlined instrumentation facilitates a simplified surgical approach for control during insertion. The RAVEN plate features an integrated single-step Cam Locking Mechanism for final locking. The instrumentation also allows the user to simultaneously insert the RAVEN plate with the ChoiceSpine Harrier-SA interbody, eliminating surgical steps and can reduce operating time.

Raven Lateral

Lateral Lumbar Plate System

The ChoiceSpine Raven® Lateral Lumbar Plate System has a wide variety of implants and instruments designed to simplify and improve the efficiency of lateral lumbar spine fusion. The Raven® Lateral Plate features an integrated single-step Cam Locking Mechanism for confirmation of final locking. Streamlined instrumentation designed to simplify surgical approach to help ensure control during the procedure. The Raven Lateral Plate is compatible with our VEO® Lateral Access Retractor System.

Harrier SA

Stand Alone ALIF System

Harrier® SA is a 3D printed titanium, stand-alone, screw-based system that incorporates ChoiceSpine’s proprietary BioBond® porous structure technology designed for Anterior Lumbar lnterbody Fusion (ALIF). The system features four titanium, dual-threaded corticocancellous screws designed for lag purchase. The interbody is available in three anatomical footprints with multiple lordotic options with large graft windows. Harrier SA has an integrated cam-locking mechanism that provides visual and tactile locking confirmation. The Harrier SA System is indicated for stand-alone use. If additional fixation is desired, the system is compatible with our Raven® Anterior Lumbar Plate System.

Proliant

Pedicle Screw System

The Proliant® System is designed to provide secure fixation of the thoracolumbar spine while improving surgeon speed and ease-of-use. The low-profile design features a secure interlocking mechanism that stabilizes the construct, while Tightlok™ thread technology is designed to reduce screw pullout. Simple instrumentation and dual-lead thread design increase speed-of screw insertion, and the easy set Polyaxial Tulip Head allows surgeons to easily position the tulip head for rod insertion.

SI Fixation

Triton

SI Joint FIxation System

The ChoiceSpine TRITON™ Sacroiliac Joint Fixation System is intended for sacroiliac joint fusion for conditions including degenerative sacroiliitis and sacroiliac joint disruption. TRITON is Titanium 3D printed with our proprietary BioBond™ technolgy cannulated screw with open and porous graft windows. TRITON offers various lengths and diameters to accommodate different patient anatomies.

Biologics

HA/TCP Putty

Synthetic Bone Graft Putty

These bioactive composite bone graft matrices are a combination of three components: Carbonate Apatite anorganic bovine bone mineral, 45S5 Bioactive Glass, and Type I Collagen. This trio provides a uniform distribution of bioactive glass and mineral particles throughout the matrix so that the bone graft is steadily resorbed and replaced by new bone formation.

Fiber Putty

100% Demineralized Bone Matrix

STRATOFUSE® Fiber Putty is a unique and versatile bone void filler comprised of 100% demineralized allograft bone with cortical fibers woven in, offering surgeons superior handling characteristics.

Membrane

Amniotic Tissue Matrix

STRATOGEN® Membrane is a regenerative tissue matrix processed from healthy placental tissue of live cesarean births and may be used as a therapeutic graft in numerous clinical applications. Placental tissue is known to contain collagen substrates, growth factors and extracellular matrix proteins recognized as part of the complex wound healing process. The STRATOGEN Plus Membrane is identical to STRATOGEN Membrane, but is cross linked to provide an extended period of protection.

Sponge

100% Demineralized Cancellous Bone

STRATOFUSE® Sponge is a compressible matrix derived from 100% allograft bone. It is processed using a proprietary method that maintains the interconnected structure of trabecular bone in a manner that preserves native bone morphogenic proteins. The clinician may hydrate it with the patient’s own stem cells, BMA, growth factors, PRP, or other cellular components in accordance with the physician’s medical judgment.

DBM 100

100% Demineralized Bone Matrix

STRATOFUSE® DBM 100 is a formable and flowable 100% demineralized bone matrix putty. STRATOFUSE DBM 100 does not contain any extrinsic carriers and is entirely derived from allograft bone. It resists irrigation and can be used to augment autologous cancellous or corticocancellous grafts and is provided in a ready to use syringe.

Strip

HA/TCP Collagen Strip

STRATOFUSE® HA/TCP Putty & Strips are a synthetic bone graft composed of purified fibrillar collagen and resorbable ceramic granules. These synthetics are made of 60% hydroxyapatite (HA) and 40% β-tricalcium phosphate (β-TCP) for optimal bone healing characteristics. Grafts with a higher HA to β-TCP ratio form a stable environment that supports the formation of new bone, resulting in significantly higher fusion mass.

Distributors

We are always looking to partner with distributors in the US and abroad. If you are interested in forming a relationship with a company that values a strong commitment to providing dynamic solutions for surgeons and their patients, then look no further, ChoiceSpine is the right fit.

Become a Distributor

DISTRIBUTORS

We are always looking to partner with distributors in the US and abroad. If you are interested in forming a relationship with a company that values a strong commitment to providing dynamic solutions for surgeons and their patients, then look no further, ChoiceSpine is the right fit.

Become a Distributor

Have a question?

A ChoiceSpine team member will respond within 24 hours to your request!
  • This field is for validation purposes and should be left unchanged.

Cookie Notice

This site uses technical and analytical cookies to ensure we give you the best experience on our website.