Our Product Range:
The Irene Product Line has a wide range of products ranging from Spine, Trauma, CMF and 3D printing products.
Trauma Products:
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· 3.5mm Clavicle Hook Locking Plate
· 3.5mm Clavicle Reconstruction Locking Plate
· 2.7/3.5mm Clavicle Reconstruction Locking Plate (with extension)
· 3.5mm Superior Anterior Clavicle Locking Plate
· 2.7/3.5mm Superior Anterior Clavicle Locking Plate (with extension)
· 3.5mm LCP Clavicle Reconstruction Plate
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3.5mm Olecranon Locking Plate (Low Profile)
3.5mm Hook Locking Plate
2.7mm Radius Head Locking Plate
2.7mm Radius Neck locking Plate
Indication
· Fractures of the olecranon
· Fractures of proximal radius
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5.0mm Proximal Femoral Locking Plate
5.0mm Proximal Femoral Locking Plate (II)
7.0mm Femoral Neck Locking Plate
3.5mm Proximal Medial Femoral Buttress Locking Plate(New Launched)
5.0mm Proximal Femoral Hook Cable Locking Plate(New Launched)
Indication
· Fractures in proximal Femur
· Periprosthetic fractures of Proximal Femur (Only 5.0mm Proximal Femoral Hook Cable Locking Plate)
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Locking Plate System
3.5mm Metaphyseal Plate for Distal Medial Tibia
3.5/5.0mm LCP Limited Contact Tibial Metaphysis Plate
3.5mm LCP Medial Distal Tibial Condylar Plate (Low Profile)
3.5mm Distal Medial Tibia Locking Plate (without tip)
5.0mm LCP Lateral Distal Tibial Condylar Plate
3.5mm Pilon Locking Plate
3.5mm LCP Distal Tibia Plate
3.5mm Distal Anterior Lateral Tibia Locking L-Plate
3.5mm Anterior Ankle Fusion Locking Plate
VA Locking Plate System
2.7 / 3.5mm VA Distal Posterior Tibia Locking Plate
2.7mm VA Distal Posterolateral Tibia Locking T-plate
Indication
· Fractures in distal tibia
· Fusion of tibiotalar joint (3.5mm Anterior Ankle Fusion Locking Plate)
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1.5mm Mini Locking H-Plate
1.5mm Mini Locking Adaption Plate
1.5mm Mini Locking Condylar Plate
1.5mm Mini Locking Y-Plate
1.5mm Mini Locking T-Plate
1.5mm Mini Locking Straight Plate
2.0mm Mini Locking Straight Plate
2.0mm Mini Locking T-Plate
2.0mm Mini Locking T-Plate
2.0mm Mini Locking Condylar Plate
2.4mm Mini Locking X-Plate
2.4mm Mini Locking Y-Plate
2.4mm Mini Locking T-Plate
2.4mm Mini Locking Plate
2.4mm Mini Locking T-Plate
2.4mm Mini Locking Condylar Plate
2.7mm Mini Locking T Plate
2.7mm Mini Locking Oblique L-Plate
2.7mm Mini Locking Button Plate
2.7mm Mini Locking Straight Plate
2.7mm Mini Locking H-Plate
2.7mm Mini Locking T-Plate
2.7mm Mini Locking L-Plate
2.4/2.7mm VA Locking Cloverleaf Fusion Plate
2.4/2.7mm VA Locking T Fusion Plate
2.4/2.7mm VA Locking L Fusion Plate
2.4/2.7mm VA Locking Straight Fusion Plate
2.4/2.7mm VA Locking 1st TMT Fusion Plate
2.4/2.7mm VA Locking TMT Fusion Plate
2.4/2.7mm VA Locking 1st MTP Fusion Plate
2.4/2.7mm VA Locking Opening Wedge Plate
2.4/2.7 mm VA Navicular Locking Plate
2.4/2.7mm VA Cuboid Locking Plate
2.4/2.7mm VA Locking X Plate
Indication
Fractures, osteotomies and arthrodesis of hand and foot
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Product
3.5mm VA Clavicle Reconstruction Locking Plate
2.4/2.7mm VA Anterior Clavicle Locking Plate
Product Features
Variable angle screw holes allow up to 15°off-axis screw angulation in all directions
Anatomical design meets different clavicle morphology
Low profile design and tapered edges reduce soft tissue irritation
Placed on the anterior aspect reduces skin bulge
Indications
Simple and complex clavicle fractures
Matching instruments
3.5mm VA Clavicle Reconstruction Locking Plate :
C47000 Instrument Set for 3.5mm Small Fragment Locking Plate System;
Matching Components: CB080307 VA Angle Drill Sleeve; CB080308 VA Protection Sleeve; CB080309 VA Drill Sleeve; CB080409 VA Trocar; CB080310 VA Neutral/Load Drill Guide
2.4/2.7mm VA Anterior Clavicle Locking Plate :
C59100 Instrument Set for 2.4/2.7mm Variable Angle Locking Plate System
C47000 Instrument Set for 3.5mm Small Fragment Locking Plate System
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2.4/2.7mm Distal Radius Dorsal Locking π-Plate
Product Features
Anatomic pre-shape contours to the distal radius
Hollow head design avoids lister tubercle
Head multiple screws fix complex comminuted fractures
Lateral incision for effective fixation of distal fragments
Beveled edge allows soft-tissue coverage
Indications
Triangular-Plate: Distal radius dorsal margin fracture combined with wrist subluxation
π-Plate: C3 comminuted fractures of distal radius
Matching instruments
C35000 Instrument Set for 2.4/2.7mm Locking Plate System
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Product Feature:
· Headless design reduces the possibility of soft tissue irritation
· Stepped thread provides compression between fragments while inserting the screw
· Self-tapping flutes reduce the surgical time.
· Available in φ2.5/3.5/4.0mm
Indication:
· Intra-articular and extra-articular fractures, non-unions or osteotomies of small bone
· Arthrodesis of small joints
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Features:
· Controllable intraoperative compression
· Anatomical bend design for easy insertion and extraction
· Groove on nail allows easy insertion and helps maintain reduction
· Multiplanar locking screws provide better anti-rotation stability of distal fragment
Indications:
Standard Locking
· Femoral shaft fracture (Except subtrochanteric fractures 32-A [1-3].1, 32-B [1-3].1, and 32-C [1-3].1)
Recon Locking
· Femoral shaft fracture combined with femoral neck fractures: 32-A/B/C combined with 31-B (double ipsilateral)
· Subtrochanteric fractures: 32-A [1-3].1, 32-B [1-3].1 and 32-C [1-3].1
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Features:
· Fully threaded interlocking screws can improve bone holding strength ability.
· Wider screw core diameter for better mechanical resistance.
· 5.0mm dual-core locking screw for optimized fixation of cancellous bone.
· Optimized anatomic bend design for easy nail insertion.
· Titanium alloy for better mechanical and fatigue properties.
· Distal ML&AP locking options can prevent soft tissue damage and increase stability of the distal fragment.
Indications:
· Proximal, distal tibia and tibial shaft stable fracture
· Open and closed tibial shaft fracture
· Tibial malunions and nonunions
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3.5mm Proximal Femoral Locking Plate(For Osteotomies)
5.0mm Proximal Femoral Locking Plate(For Osteotomies)
Product Feature:
· Available with proximal screw angle of 100°,110°,120°,150°
· Made of TC20 material
Indication:
· For pediatric patients and small-stature adult patients
· Varus osteotomies (100°,110°)
· Fracture treatment and rotation correction (120°)
· Valgus osteotomies(150°)
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Feature
Cable Wire
- Made of titanium alloy wires, using imported raw materials, providing the best flexibility and break resistance, the surface remains integrity when being cut;
- The tapered design of both ends of the cable makes it easy to perforate and provides a two-way straining technique; The snap design provides a one-way straining technique; These two schemes are convenient for clinical selection;
- Two regular sizes (1.2/1.7), lengths of 520mm; meet various clinical needs.
Cable Lock & Positioning Pin
- Adopt titanium alloy material that is compatible with the cable wire;
- Two types of cable lock satisfy various clinical needs;
- The positioning pin is used for the bone plate in the cable wire coiling surgery.
Patella Pin
- Adopt titanium alloy material which owns good biocompatibility;
- 2.0mm diameter design provides sufficient strength;
- Round hole design, which does not need to bend avoids tissue irritation;
- Breakable design is easy for operation;
- The needles with a perforated design that makes it easy for cables to pass through, providing a better fixation.Indications
General orthopedic surgery involving the fracture of the proximal humerus, ulna olecranon, proximal femur(including periprosthetic fractures), pelvic, patella and ankle, and temporary reduction during open reduction procedures, prophylactic banding during total joint procedures
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3.5mm LCP Proximal Humerus Plate
3.5mm Proximal Humerus Periarticular Locking Plate
2.7 / 3.5mm Proximal Humeral Tuberosity Locking Plate
Indication:
·Fractures in proximal humerus
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Locking Plate System and VA Locking Plate System
2.4/2.7mm VA Distal Radius Two-Column Volar Locking Plate, Narrow
2.4/2.7mm VA Distal Radius Two-Column Volar Locking Plate, Standard
2.4/2.7mm VA Distal Radius Two-Column Volar Locking Plate, Board
2.4/2.7mm VA Distal Radius Volar Rim Locking Plate(New Launched)
2.4mm VA Distal Radius Dorsal Locking L Plate
2.4mm VA Distal Radius Dorsal Locking T Plate
2.4mm VA Distal Radius Dorsal Locking Oblique L Plate
2.4mm VA Distal Radius Dorsal Radial Column Locking Straight Plate
2.4mm VA Distal Radius Dorsal Intermediate Column Locking L Plate
2.4mm Straight Dorsal Locking Plate
2.4mm Distal Radius Dorsal Locking L-Plate
2.4mm Distal Radius Dorsal Locking Oblique L-Plate
2.4/2.7mm Distal Radius Extra-articular Volar Locking T-Plate
2.4/2.7mm Distal Radius Juxta-articular Volar Locking T-Plate
2.4mm Distal Radius Dorsal Locking T-Plate
2.4/2.7mm Distal Radius Volar Column Locking Plate
2.0mm Distal Ulna Hook Locking Plate(New Launched)
Indication
· Fractures and corrective osteotomies of the distal radius;
· Fractures of the distal ulna (2.0mm Distal Ulna Hook Locking Plate)
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5.0mm LCP Distal Femoral Condylar Buttress Plate
5.0mm Distal Medial Femoral Condylar Locking Plate
5.0mm Distal Medial Femoral Locking Plate
5.0mm Distal Femur LISS Locking Plate
5.0mm Distal Lateral Femoral Locking Plate(For Osteotomies)
5.0mm Distal Medial Femoral Locking Plate(For Osteotomies)
Indication
Fractures and osteotomies in distal femur
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3.5mm Distal Fibula Locking Plate (I)
3.5mm Distal Fibula Locking Plate (II)
2.7 / 3.5mm Distal Posterolateral Fibula Locking Plate
2.7/3.5mm Distal Lateral Fibula Locking Plate
Indication
Fractures, osteotomies and non-unions of fibula
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3.5mm Calcaneal Locking Plate
3.5mm Calcaneal Locking Plate (II)
3.5mm Calcaneal Locking Plate (III)
3.5mm Calcaneal Locking Plate (IV)
3.5mm Calcaneal Locking Plate (V)
3.5mm Calcaneal Locking T-Plate
3.5mm Calcaneal Locking L-Plate
3.5mm Calcaneal Locking M-Plate
2.4/2.7mm Calcaneal Locking M-plate
Indication
Fractures and osteotomies of the calcaneus
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3.5mm Humerus Supracondylar Locking Plate
Product Features
Low profile design avoids compression of the joint capsule
Pre-bending structure enhances plate-to-bone fit
Anatomically-shaped eases tension of radial nerve
Multiple locking screws in distal part provide better fixation
Indications
Beneath 1/3 of distal humerus fractures
Matching instruments
C47000 Instrument Set for 3.5mm Small Fragment Locking Plate System
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2.4/2.7mm Distal Radius Volar Locking T Plate
Product Features
Countered with respect to the watershed line enhances buttressing and load transfer
The intersecting proximal and distal screws form three-dimensional scaffold that provides support of the articular surface
Elongated slot allows for easy drilling of fixed angle locking screws and visually distinguishes the difference between left and right plates
K-wire holes allow for temporary fixation without penetrating into the joint
Indications
The system is intended for fixation of fractures, malunions and osteotomies involving the distal radius.
Matching instruments
C35000 Instrument Set for 2.4/2.7mm Locking Plate System
3.5mm Distal Radius Volar Locking T-Plate I /II (Curved)
Product Features
Curved design in the head helps the plate fitting better on radius
Elongated combi-holes allow easy compression and preliminary fixation
Made of TC20 material
Available in different specifications
Indications
Distal radius volar fractures
Matching instruments
C47000 Instrument Set for 3.5mm Small Fragment Locking Plate System
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Product Feature:
· Available in diameter of 3.5/4.0/4.5/7.3mm
· Self-tapping screw tip
· Reverse-cutting flutes assist in screw removal
· Low-profile head reduces possibility of soft tissue irritation
Indication:
For 3.5mm Cannulated Screw:
· Fractures or osteotomies of metacarpal and metatarsal
· Wrist fractures
For 4.0mm Cannulated Screw:
· Hallux valgus corrections
· Tarsal and metatarsal fractures
· Metatarsal and phalangeal osteotomies
For 4.5mm Cannulated Screw:
· Malleolar and pilon fractures
· calcaneus and talus fractures
For 7.3mm Cannulated Screw:
· Femoral neck fractures
· Intercondylar femoral fractures
· Ankle arthrodesis
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Features:
· PFA blade can be easily inserted and locked through a small lateral incision.
· Anatomical intramedullary ail refers to femur anatomy structure.
· Single locking implant inside femoral neck achieves both optimal anti-rotation and stabilization
Indications:
· Pathologic fracture
· High subtrochanteric fracture
· Low and extended subtrochanteric fracture
· Combined fracture (proximal femur/femur shaft)
· Intertrochanteric fracture (31-A1 & 31-A2)
· Reverse intertrochanteric fracture (31-A3)
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Features
- Straight nail design with a central entry point
- Secondary cross locking screw (screw in screw)
- The distal end of the standard nail enables complete aiming
- Multi-planar distal end cross locking screw improves the stability of the implant and reduces the possibility of rotation
Indications
NAVIGATOR Humeral Interlocking Nail, Standard
- Two-part surgical neck fracture
- Three-part fracture
- Four-part fracture
NAVIGATOR Humeral Interlocking Nail, Long
- Proximal humerus with humeral diaphysis fracture
- Humerus diaphysis fracture
- Potential pathological fracture
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Information:
· Available in both flat and arc shape in two different lengths
· Compact with 3.5mm and 4.5mm cannulated srews
· Made of TC20 material
Indication:
· Pediatric valgus and varus deformity correction
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2.7/3.5mm Distal Medial Humerus Locking Plate
2.7/3.5mm Distal Lateral Humerus Locking Plate Type I
2.7/3.5mm Distal Lateral Humerus Locking Plate Type II
3.5mm Distal Humerus Locking Plate
3.5mm LCP Distal Humerus Plate
3.5mm Distal Humerus Extra-articular Locking Plate
Indication
Intra-articular, Juxta-articular and Extra-articular fractures of the distal humerus
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2.4/2.7mm Medial Border Scapula Locking Plate
2.4/2.7mm Acromion Locking Plate
2.4/2.7mm Lateral Border Scapula Locking Plate
2.4/2.7mm Glenoid Locking Plate
Indication
Fixation of scapula
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3.5mm Proximal Tibia Medial Posterior Locking T-Plate
3.5mm Proximal Medial Tibia Locking T-Plate
3.5mm Low Bend Proximal Lateral Tibia Locking L-Plate
3.5mm Proximal Lateral Tibia Locking L-Plate
3.5mm Proximal Lateral Tibia Locking Plate
5.0mm Proximal Medial Tibia Locking T-Plate
5.0mm Proximal Lateral Tibia Locking L-Plate
5.0mm LCP Lateral Tibial Head Buttress Plate
5.0mm Proximal Tibia LISS Locking Plate
5.0mm Proximal Medial Tibia Locking T-Plate (For Osteotomies)
5.0mm Proximal Lateral Tibia Locking Plate (For Osteotomies)
Indication
Fractures and osteotomies in proximal tibia
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3.5mm Low Profile Pelvis Symphysis Reconstruction Locking Plate
3.5mm Low Profile Pelvis Reconstruction Locking Plate (J Shape)
3.5mm Low Profile Pelvis Reconstruction Locking Plate (Straight)
3.5mm LCP Reconstruction Plate
5.0mm LCP Reconstruction Plate
3.5mm Acetabular Locking W-Plate
5.0mm Adjustable Posterior Pelvis MIS Locking Plate
Indication
Pelvis or acetabulum fixation
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Features
- Anatomical design is more in line with femur shape;
- With a 1.8mm cable wire, the postoperative fixation becomes more stable;
- Using self-tapping short screws to avoid interference with implants and facilitate placement of screws during operation.Indications
- Periprosthetic fracture fixation of the proximal femur
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2.7mm Ulna Coronal Process Locking Plate
Product Features :
Anatomical design fits the shape of the ulna coronal process
Tooth hook design holds more small fragments
Rounded and polished surface minimize the risk of soft tissue irritation
2.7mm locking screw enhances buttressing effect
Indications :
Ulna coronal process fractures
Matching instruments :
C35000 Instrument Set for 2.4/2.7mm Locking Plate System
2.7mm Olecranon Two-Column Locking Plate (Low Profile)
Product Features :
Easy to be contoured to the bone surface for accurate fixation
Head and diaphyseal crossed locking screws provide better fixation
Placed on either side of the ulnar ridge reduces foreign body sensation
Rounded and polished surface minimize the risk of soft tissue irritation
Indications :
Ulna olecranon fractures
Matching instruments :
C35000 Instrument Set for 2.4/2.7mm Locking Plate System
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Product Features :
Plate (with Locking Screw)
Provides angular stability
Accommodates standard 5.0 mm locking screws
Reduces the implant footprint on the boneSupporting rod
Provides angular stability
Dynamic design with up to 20 mm of controlled collapse, without lateral protrusion for the first 15 mmAnti-Rotation Screw
Provides rotational stability
Allows implant placement even in a small femoral neckIndications :
The Femoral Neck System is indicated for femoral neck fractures, including basilar, transcervical, and subcapital fractures, in adults and adolescents (12-21) in which the growth plates have fused or will not be crossed.
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Features:
· Anatomical and cannulated design for perfect match with humeral canal and precise nail insertion
· Proximal multi-directional locking screw fixation for reliable support of greater tuberosity
· Available in medical grade titanium alloy (Ti6Al4V) and stainless steel (316L)
Indications:
· Proximal humeral fracture
· Humeral shaft fracture
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Features:
Proximal two locking options for femoral neck and femoral shaft fractures fixation
Nail anteversion curve design for anatomical fit
Greater Trochanter entry point nail design for easier insertion
Distal dynamic hole design for post-operation non-union
3-D aiming instruments for accurate distal screw insertion
Indications:
Ipsilateral neck/shaft fractures
Femoral shaft fractures
Subtrochanteric fractures
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Product Features:
The "reconstruction fulcrum" conforms to the normal anatomic fulcrum;
The design of a 5° external deflection angle of the nail allows insertion fromtheapexofthe greater trochanter;
The end of the lag screw flat design reduces soft tissue irritation;
The integral design of the end cap and pressed screw secures tension screwandenhances integrated dispersed stress;
Flat design on the outer side reduces extrusion.
Indications :
Various types of intertrochanteric fractures of the femur
High subtrochanteric fractures
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Feature:
· 6 nail diameters(1.5, 2.0, 2.5, 3.0, 3.5,4.0mm) for various indications
· Curved nail tip allows easy reduction and insertion
· Laser marking line allows visual control of the alignment of the nail in the canal
Indication:
· For pediatric patients: Diaphyseal and certain metaphyseal or epiphyseal fractures of long bones
· For adult patients: Clavicle fractures; Forearm fractures; Fibula fractures.
Spine Products:
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Features
· Unique cam design effectively increases contact area with screws.
· Bone screw with varied angle allows a variable angle range of 20° for easy operation.
· Large window design for bone grafting provides clear view for operation. The design realizes easy grafting as well as perfect placement for titanium plate.
Indication
· Degenerative cervical spine lesions.
· Cervical spine fracture with cervical instability.
· Cervical spondylopathy and tumor.
· Reconstruction of cervical spine based on previous surgery.
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Product Features
Combination design of cervical cage and plate;
Reduce the risk of post-op dysphagia;
Decrease the incidence of adjacent segments degeneration;
Curved and wedge shape cage;
Three length size locking screw;
Variable implant angle.
Indications
Reduction and fusion after C2-C7 anterior cervical discectomy;
Degenerative disc disease
Cervical spinal stenosis
Failed interbody fusion
Formation of false joints.
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Features:
· Break-off innie screw ensures easier insertion and precise torque control.
· Reverse-angle thread locking mechanism of innie screw prevents screw tail expansion, and ensures security of final tightening.
· Dual-thread design of screw shaft provides stronger fixation. Thread extends to screw tip, making bicortical fixation possible.
· Laser-marked indication line on the rod gives clear reference during in-situ rod bending or rotating.
Indications:
· Degenerative disc disease
· Spinal fracture
· Revision surgery
· Deformity
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Features:
· Anodic oxidation surface
· Double-thread design for fast insertion
· Inverted trapezoidal thread closure for preventing innie fixation failure
· Optional anti-rotation instrument set for severe deformity correction demand
Indications:
· Thoracolumbar deformity
· Thoracolumbar fractures
· Thoracolumbar degenerative diseases
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Features:
· Double-sided curved convex surface design more consistent with the vertebral endplate anatomy, which can maintain the integrity of the endplate posterior margin.
· The dentations on the upper and lower side provide initial stability after implantation.
· Diamond-shaped design is adapted to more surgical approaches, and can effectively prevent the cage from exiting.
Indications:
· Isthmic spondylolisthesis
· Failure of prosthetic joint formation or fusion
· Revision of syndrome after discectomy
· Degenerative spondylolisthesis
· Degenerative disc disease and spinal instability
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Features
· locking loop mechanism achieves vari-angle screw insertion and stable fixation
· large graft windows allow surgeons to visualize the endplates to assist in graft or cage positioning
· 4.0 mm graft screw prevents bone graft displacement
· 2.5 mm plate thickness to help reduce soft tissue irritation
Indications
· Cervical degenerative diseases
· Unstable cervical fracture
· Cervical tumor
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Features:
· Anatomical shape for easy placement
· Prolonged bolt holes for vertebra height adjustment
· Threaded screw holes for stable angulation fixation
· Simplified instrument set for streamlined surgery steps
Indications:
· Posttraumatic thoracolumbar instabilities
· Thoracolumbar degenerative diseases
· Thoracolumbar fractures
· Thoracolumbar tumors
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Features:
Cannulated self-tapping screw for wire guided percutaneous insertion
Double-lead thread for faster screw insertion
Low-profile screw head for minimal irritation to soft tissue
Pre-bent rod matches lordosis curve of lumbar for easy insertion and saving OP time
Indications:
Thoracolumbar fractures
Thoracolumbar degenerative disc diseases
Thoracolumbar curvatures
Spinal stenosis
Thoracolumbar tumor
Pseudarthrosis
Revision for thoracolumbar fusion surgery
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Features:
· The upper & lower surfaces are tooth-like structure, providing initial stability.
· The intervertebral space can be automatically opened with the flat head design for easy implantation.
· Upper and lower surface guide rails guide the cage into sutiable location.
· The nine-sided controller connecting shaft helps the doctor steer the implant.
· Three tantalum marking pins clearly show the position of the cage in the human body.
· 5° lordisis angle, in line with human physiology forward convex angle.
Indications:
· Isthmic spondylolisthesis
· Failure of prosthetic joint formation or fusion
· Revision of syndrome after discectomy
· Degenerative spondylolisthesis
· Degenerative disc disease and spinal instability
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Features:
· Triple screw fixation to the thickest point of occipital ridge through the inverted Y-plate provides rigid fixation, while the small straight plate provides additional strength.
· 135° pre-bent rod reconstructs the cervical curve, supported by a thickened bending area (φ3.5/φ4.5/φ3.5)。
· Favored angle polyaxial screw (medial/lateral 45°) makes intra-operative rod loading easily. The universal self-loading design prevents slope of screw head.
Indications:
· Degenerative Cervical Disc
· Cervical Stenosis
· Axial Fracture with Instability
· Cervical Tumors
· Cervical Spondylolisthesis
· Cervical Fracture
· Occipitocervical Dislocation
· Rivision of Previous Cervical Spine Surgery
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Features:
Anodic oxidation surface
Double-thread design for fast insertion
Square thread closure for innie easy insertion
Tapered screw tip design for bi-cortical fixation
Indications:
Protrusion of thoracolumbar intervertebral disc
Thoracolumbar vertebral instability
Thoracolumbar tumor
Thoracolumbar canal stenosis
Thoracolumbar vertebral fractures
Thoracolumbar tuberculosis
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Features:
· Round groove on both sides are used to connect the reduction forceps.
· Extension break-off tap length is 80 cm, which protrudes from skin and simplifies matching instruments.
· Optional bone cement holes design may provide stronger fixation for the patients with osteoporosis.
· Increases the inner width of U-shaped extension tap, easy for rod insertion.
· Reverse angle thread design avoids tap break-off and thread damaging.
Indications:
· Thoracolumbar Spine Tumors
· Thoracolumbar Degenerative Disc Disease
· Thoracolumbar Fractures
· Thoracolumbar Revision Surgery
· Thoracolumbar Deformity
CMF Products:
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KYLIN Introduction
KYLIN is a plating system for internal fixation of cranio-maxillofacial fractures – addressing midface, mandibular and orthognathic surgery.
KYLIN is a comprehensive system that offers solutions with flexibility, ease of use and implants and instruments of high quality.
- Free combination of plates and screws within each KYLIN system
- Lower Plate/screw profle
- Standardized instrumentation
- Blunt edges on plates for less irritation to soft tissue
- Simplifed instrument combination and applicable to more indicationsKYLIN Midface System
Features:
· One screw diameter fts all plates.
· One system applicable to all midface trauma indications.Indications:
·Trauma repair and reconstruction of the craniofacial skeleton
KYLIN Midface Orbital plates
Plates are made of imported pure titanium.
Plates include anatomic orbital floor plates and orbital floor mesh platesKYLIN Midface Fixation plates
Plates are made of imported commercial pure titanium.
Plates with full specifcations, are applicable to NOE, ZMC, LeFort I and other cranial-maxillofacial indications.KYLIN Midface Screws
Three types of screws are available, including "self-tapping screw", "self-drilling screw" and "selftapping and self-drilling screw".
Screws are made of titanium alloy (Ti-6Al-4V).
Screws are available with full size.
A fine pitch* of 0.6mm enables faster implantation.
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Cranial Plates
Cranial Plate 500
Cranial Plate 600
Cranial Plate 800
Cranial Plate 1000
Indications
Craniotomies in adult patients with cranial tumors, haematoma, aneurysm or other cranial indication.
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KYLIN Mandible System
Features:
· Plates are designed with screw thread for fixation of both non-locking and locking screws.
· Flexible combination of screws and plates ensure optimal solutions for various indications.
· Blunt-edge plates offer solutions with all specifications.
· Improved “angle plate” design reduces stress in critical areas.
· Reconstruction plates offer higher fatigue strength.
Indications:
· Trauma
· Reconstructive surgery
· Orthognathic surgery (surgical correction of dentofacial deformities)
KYLIN Mandible Screw
· Improved design of Philips drive screw head provides greater retention and torque transmission, and ensures reduced cam-out.
· Screws are made of titanium alloy (Ti-6Al-4V).
· Combination of screws and plates can be flexible.
· Off-axis screw insertion can be up to 15° (screw-to-blade axes).
· Screw angulation can reach at least 10° depending on plate size.
· A standard pitch of 1mm enables faster implantation.
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KYLIN Orthognathic System
Features:
· The system is specially designed for orthognathic surgeries.
· The plate can also be used for Midface fracture.
Indications:
· Oral, craniofacial and maxillofacial surgery such as trauma
· Reconstructive surgery
· Orthognathic surgery (surgical correction of dentofacial deformities) of the craniofacial skeleton, mandible and chin.
KYLIN Orthognathic Fixation plates
1mm interval scales on the plates enhance surgical accuracy.
The plate can also be used for Kylin Midface fracture.
KYLIN Orthognathic Screw
Screws are made of titanium alloy (Ti-6Al-4V).
Pitch of 4mm~8mm screws is 0.6mm. Pitch of 10mm~18mm screws is 1.0mm.
3D Printing Products:
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Products Range:
Customized implants for hip/knee joint defect
· Patients’ own anatomy design
· Bone mass preservation without osteotomy
· Bone trabecular structure guides bone ingrowth
· Interactive system between surgeons and 3D printing engineer
Customized implants for bone tumor
· Tumor resection guided by positioning guide
· Function interface design-soft tissue suture hole/articular surface treatment
· Interactive system between surgeons and 3D printing engineer
Customized porous metal implant
· Ti alloy
· Porous design for bone ingrowth
· Unique surface for osseointegration
· Same shape as patient’s bone defects
Metal material 3D printer
· Ti alloy, Stainless steel
· High precision
· Reproductive size
· Premium mechanical property
Nylon material 3D printer
· Medical grade nylon
· High precision
· Biological certification
· High temperature sterilization
· Biocompatible with body tissue