Your Trauma Specialist

Shoulder / Humerus

PHL - Proximal Humeral Locking Plate

Indications:

All stable and unstable proximal humeral fractures with or without shaft involvement

Properties of the material:

Plate material: Titanium
Material of screws: TiAl6V4 ELI
Easy removal of the implant after the fracture has healed
Improved fatigue strength of the implant
Reduced risk of cold welding
Reduced risk of inflammation and allergy

Properties of the implant:

Multi-directional locking
Anatomical plate design
6 proximal plate holes for optimal reconstruction of the humeral head
6 marginal proximal holes for fixation of soft tissue to the plate
Indentations in the shaft area to facilitate the use of cerclage wire
Oblong hole for optimal positioning and adjustment of the humeral length
Percutaneous guide for minimal invasive method
Staggered plate holes in the shaft to avoid stress peaks
K-Wire holes for preliminary plate fixation
Pointed distal plate end for percutaneous insertion
Lengths: 4, 7, 10-hole

Locking:

Screw material (TiAlV) is slightly harder than plate material (Titanium Grade 2)
Screw head forms thread into the plate (no cutting)

Benefits:

± 15° and Locking
No pre threading
No cold welding
No debris
Re-seting the screw possible up to 3 times

PHLs - Proximal Humeral Locking Plate Small

Indications:

Dislocated, unstable 2, 3 and 4-segment fractures of the humeral head Valgus-impacted 4-segment fractures of the humeral head Non-union of the humeral head

Properties of the material:

Plate material: Titanium Material of screws: TiAl6V4 ELI Easy removal of the implant after the fracture has healed Improved fatigue strength of the implant Reduced risk of cold welding Reduced risk of inflammation and allergy

Properties of the implant:

Multi-directional locking Anatomical plate design Optimal reconstruction of the joint Easy adjustment due to oblong hole Plate lengths: 3, 4-hole

Locking:

Screw material (TiAlV) is slightly harder than plate material (Titanium Grade 2) Screw head forms thread into the plate (no cutting)

Benefits:

± 15° and Locking No pre threading No cold welding No debris Re-seting the screw possible up to 3 times

LBN - Locking Blade Nail

Indications:

Displaced 2 part fractures
Discplaced 3 part fractures
Some slightly displaced 4 part fractures

Locking Clavicle Plate System

Indications:

All fractures of the clavicle in metaphyseal and diaphyseal areas
Fixation of non-unions with or without cancellous graft
Corrective osteotomy
Open and closed fractures

Properties of the material:

Plate material: Titanium
Material of screws: TiAl6V4 ELI
Easy removal of the implant after the fracture has healed
Improved fatigue strength of the implant
Reduced risk of cold welding
Reduced risk of inflammation and allergy

Properties of the implant:

Multi-directional locking
Anatomical plate design

Special advantages:

Both screw types (3.5 mm locking and non-locking) can be used in each plate hole
Four different plate variants allow surgical treatment for numerous types of clavicle fractures
Direct contact between plate and bone is not necessary

Locking:

Screw material (TiAlV) is slightly harder than plate material (Titanium Grade 2)
Screw head forms thread into the plate (no cutting)

Benefits:

± 15° and Locking
No pre threading
No cold welding
No debris
Re-seting the screw possible up to 3 times

Medial Clavicle Plate:

Turn 180° for right and left version
Plate lengths: 6, 8, 10-hole
Plate strenght: 2.5mm and 3.5mm

Lateral Clavicle Plate:

Version left/right
Plate length: 4-hole, Plate strength: 2.5mm
Plate length: 6-hole, Plate strength: 3.5mm

Elbow

Distal Humeral Locking Plates

Indications:

Supra- and diacondylar humeral fractures
Intra-articular distal humeral fractures

Properties of the material:

Plate material: Titanium
Material of screws: TiAl6V4 ELI
Easy removal of the implant after the fracture has healed
Improved fatigue strength of the implant
Reduced risk of cold welding
Reduced risk of inflammation and allergy

Properties of the implant:

Multi-directional locking
Anatomical plate design
Sliding hole with compression option up to 4mm
Pointed proximal plate end for percutaneous insertion
Left/right version
Lengths, dorsolateral: 4, 5, 6, 7-hole
Lengths, medial: 8, 9, 10-hole

Locking:

Screw material (TiAlV) is slightly harder than plate material (Titanium Grade 2)
Screw head forms thread into the plate (no cutting)

Benefits:

± 15° and Locking
No pre threading
No cold welding
No debris
Re-seting the screw possible up to 3 times

OLS - Olecranon Locking Plates System

Indications:

All fractures of the olecranon

Properties of the material:

Plate material: Titanium
Material of screws: TiAl6V4 ELI
Easy removal of the implant after the fracture has healed
Improved fatigue strength of the implant
Reduced risk of cold welding
Reduced risk of inflammation and allergy

Properties of the implant:

Multi-directional locking
Anatomically contoured
Optimal reconstruction of the joint surface
Simple positioning due to sliding hole

Locking:

Screw material (TiAlV) is slightly harder than plate material (Titanium Grade 2)
Screw head forms thread into the plate (no cutting)

Benefits:

± 15° and Locking
No pre threading
No cold welding
No debris
Re-seting the screw possible up to 3 times

Olecranon Hook Plate:

Sliding hole with compression option up to 4mm
Lengths:
5-hole left/right
7, 9-hole left
7, 9-hole right

Olecranon Plate:

Lengths: 6, 8, 10, 12-hole
Long hole for optimal positioning

Hand & Wrist

PRL - PROlock Radius Locking Plate 2.0

Indications:

Intra- & extra-articular fractures of the distal radius
Corrective osteotomy of the distal radius

Properties of the material:

Plate material: Titanium
Material of screws: TiAl6V4 ELI
Easy removal of the implant after the fracture has healed
Improved fatigue strength of the implant
Reduced risk of cold welding
Reduced risk of inflammation and allergy

Properties of the implant:

Multi-directional locking
Left/right version
Minimization of flexor tendon irritation due to anatomical plate design
K-Wire holes for preliminary plate fixation
Oblong hole for optimal positioning and adjustment of radius length
Plate lenghts: 3, 5-hole
Wide version: 3, 5-hole
Narrow version: 3-hole
Long plates: 7, 9, 11-hole

Drill block:

Precise and rapid screw placement with predefined angles
Click mechanism for easy mounting and dismounting
Radiolucent
Allows for screw insertion through drill block
Color coding for left and right version

Locking:

Screw material (TiAlV) is slightly harder than plate material (Titanium Grade 2)
Screw head forms thread into the plate (no cutting)

Benefits:

± 15° and Locking
No pre threading
No cold welding
No debris
Re-seting the screw possible up to 3 times

DUL - Distal Ulna Locking Plate

Indications:

Fractures of the ulnar head
Subcapital fractures of the ulnar head
Metaphyseal comminuted fractures of the distal ulna
Combined ulnar head and ulnar shaft fractures

Properties of the material:

Plate material: Titanium
Material of screws: TiAl6V4 ELI
Easy removal of the implant after the fracture has healed
Improved fatigue strength of the implant
Reduced risk of cold welding
Reduced risk of inflammation and allergy

Properties of the implant:

Multi-directional locking
Anatomically plate design
Left/right version
Wide/small version
K-Wire holes for preliminary platefixation
5 distal plate holes for optimal reconstruction of the distal radio-ulnar joint (DRUJ)
Oblong hole for optimal positioning and adjustment of ulna length
Pointed proximal plate end for percutaneous insertion
Plate lengths: 3, 4, 6-hole

Locking:

Screw material (TiAlV) is slightly harder than plate material (Titanium Grade 2)
Screw head forms thread into the plate (no cutting)

Benefits:

± 15° and Locking
No pre threading
No cold welding
No debris
Re-seting the screw possible up to 3 times

UOL - Ulna Osteotomy Locking Plate

Indications:

Impaction syndrome of the ulnar wrist
Symptomatic, post-traumatic ulnar malpositon in the distal radio-ulnar joint (DRUJ)
Degenerative ulnar wrist
Correction of the ulnar position relative to the unaffected other side up to a maximum of 6mm in one step or 13mm in two steps
Primary ulnar shortening in forearm fractures with insufficient reconstruction of the length of the radius
Deformities
Degenerative ulnar variant in conically shaped DRUJ according to Förstner

Properties of the material:

Plate material: Titanium
Material of screws: TiAl6V4 ELI
Easy removal of the implant after the fracture has healed
Improved fatigue strength of the implant
Reduced risk of cold welding
Reduced risk of inflammation and allergy

Properties of the implant:

Multi-directional Locking
Anatomically shaped
Plate length: 5-hole
No dislocation of the parts of the bone due to fixation using longhole
Positioning of the plate prior to the osteotomy
Compression instrument for simple joining of the osteotomy surfaces (selective compression strength)
No loss of correction due to locking
A screw can be placed through both osteotomy surfaces as a tension or fixation screw, optional locking

Locking:

Screw material (TiAlV) is slightly harder than plate material (Titanium Grade 2)
Screw head forms thread into the plate (no cutting)

Benefits:

± 15° and Locking
No pre threading
No cold welding
No debris
Re-seting the screw possible up to 3 times

Wrist Fusion Locking Plate

Indications:

Degenerative joint disease
Posttraumatic arthritis

Properties of the material:

Plate material: Titanium
Easy removal of the implant after the fracture has healed
Improved fatigue strength of the implant
Reduced risk of cold welding
Reduced risk of inflammation and allergy

Properties of the implant:

Locking and non-locking 2.7 mm screws
Anatomical plate design
Sliding hole with compression option up to 4mm
Length: 8 hole (standard and short bend), 9 hole (straight)
Thickness: 3.2 mm
Width: 11.2 mm

Pelvis

PRS RX - Revolution X Pelvic Reconstruction System

Indications:
Properties of the material:

Plate material: Titanium
Material of screws: TiAl6V4 ELI
Easy removal of the implant after the fracture has healed
Improved fatigue strength of the implant
Reduced risk of cold welding
Reduced risk of inflammation and allergy

Properties of the implant:

Multi-directional Locking
Can be anatomically shaped with bending irons
Plate strength: 2.5mm (Symphysis Plate 4.0mm)
Special plate types for fracture treatment of the acetabulum and the quadrilateral surface

Locking:

Screw material (TiAlV) is slightly harder than plate material (Titanium Grade 2)
Screw head forms thread into the plate (no cutting)

Benefits:

± 15° and Locking
No pre threading
No cold welding
No debris
Re-seting the screw possible up to 3 times

Hip / Femur

PERICLES Proximal Femoral Nail

Spiral Blade

The spiral blade compacts the cancellous bone.
The resulting blade-bone interface provides more stable anchoring and rotational stability, especially important in osteoporotic bone.

Lemon shaft design

Lemon shaft design provides antirotation mechanism at the blade-nail junction.

Lateral flat cut design

Lateral flat cut design for easier insertion and lower pressure on the lateral cortex.

Distal Flute

Distal Flute for easier insertion and reduced stress on the bone at the tip of the nail.

Static and dynamic distal locking options

Provides static and dynamic distal locking options for clinical choice.

Lateral-medial 6° bend

Lateral-medial bend of 6° allows an insertion at the tip of the greater trochanter. Higher bending points allow the distal nail to be more centered in the femoral medullary canal.

Vitus - Proximal Femoral Nail

Vitus – Proximal Femoral Nail
Indications short Vitus-PF nail:

Fractures of the trochanteric region (AO type 31A1-3)
Transcervical femoral neck fractures (AO type B2)
High subtrochanteric fractures

Indications long Vitus-PF nail:

Low and extensive subtrochanteric fractures
Combined fractures of the trochanteric are and femoral shaft
Pathological fractures

Dynamic Hip Screw

Pediatric Hip Locking Plate

Indications:

Inter- and sub-trochanteric varus osteotomies
Inter- and sub-trochanteric valgus osteotomies
Inter- and sub-trochanteric derotation osteotomies
Fractures of the proximal femur

Knee / Tibia

DFL Distal Femoral Locking Plate

Indications:

Distal femoral shaft fractures
Supracondylar femoral fractures
Intra-articular distal femoral fractures

Properties of the material:
Plate material: Titanium
Material of screws: TiAl6V4 ELI
Easy removal of the implant after the fracture has healed
Improved fatigue strength of the implant
Reduced risk of cold welding
Reduced risk of inflammation and allergy

Properties of the implant:

Multi-directional locking
Anatomical plate design
Left/right version
Plate lenghts: 5, 9, 13-hole

Less invasive method:

Radiolucent handle and drill block close to joint
Reduction instrument for easier reduction

Locking:

Screw material (TiAlV) is slightly harder than plate material (Titanium Grade 2)
Screw head forms thread into the plate (no cutting)

Benefits:

± 15° and Locking
No pre threading
No cold welding
No debris
Re-seting the screw possible up to 3 times

PTL - Proximal Lateral Tibia Locking Plate

Properties of the material:

Plate material: Titanium
Material of screws: TiAl6V4 ELI
Easy removal of the implant after the fracture has healed
Improved fatigue strength of the implant
Reduced risk of cold welding
Reduced risk of inflammation and allergy

Properties of the implant:

Multi-directional locking
Anatomical plate design
Left/right version
Plate lengths: 4, 7, 12, 17-hole

Less invasive method:

Radiolucent handle and drill block close to joint
Reduction instrument for easier reduction

Locking:

Screw material (TiAlV) is slightly harder than plate material (Titanium Grade 2)
Screw head forms thread into the plate (no cutting)

Benefits:

± 15° and Locking
No pre threading
No cold welding
No debris
Re-seting the screw possible up to 3 times

SOCRATES II Tibial Nail

Proximal locking design

Advanced proximal locking design increases stability of the proximal fragment, especially important for proximal third fractures.

Versatile distal locking options

Distal oblique locking option to prevent soft tissue damage and increase stability of the distal fragment.

Two medio-lateral (ML) and one antero-posterior (AP) locking options for stability of the distal fragment.

Fixed-angle stabilization

The most proximal oblique locking screw can be securely locked with the end cap to create a fixed-angle construct.

Oblique cutting

Anterior oblique cutting in the proximal end prevents irritation of the patellar ligament.

Screws

All locking screws designed with double lead thread for easier insertion and enhanced stability.

All screws self-tapping and self-retaining to screwdriver (TORX recess).

Double cylindrical design of 5.0mm locking screw for optimized purchase in cancellous bone.

Double lead thread.

End cap

End cap prevents ingrowth of tissue and facilitatesnail extraction.

Available in four sizes: 0–15mm

Increased locking accuracy

Distal aiming platform increases locking accuracy

Foot & Ankle

DTL - Distal Anterolateral Tibia Locking Plate

Indications:

Extra- and intra-articular fractures of the distal tibia
Combined diaphyseal and distal tibia fractures

Properties of the material:

Plate material: Titanium
Material of screws: TiAl6V4 ELI
Easy removal of the implant after the fracture has healed
Improved fatigue strength of the implant
Reduced risk of cold welding
Reduced risk of inflammation and allergy

Properties of the implant:

Multi-directional locking
Anatomically shaped
Torsion and contour of the plate shaft has been adapted to that of the distal tibia
4 distal plate holes for fixation close to joint
Oblong hole for optimal positioning and alignment of the tibia length
Pointed proximal plate end for percutaneous insertion
Left/right version
Plate lenghts: 7, 11, 15, 19-hole

Locking:

Screw material (TiAlV) is slightly harder than plate material (Titanium Grade 2)
Screw head forms thread into the plate (no cutting)

Benefits:

± 15° and Locking
No pre threading
No cold welding
No debris
Re-seting the screw possible up to 3 times

PL - Pilon Locking Plate

Indications:

Fractures of the tibial pilon of AO classification A3, especially groups C2 and C3.

Properties of the material:

Plate material: Titanium
Material of screws: TiAl6V4 ELI
Easy removal of the implant after the fracture has healed
Improved fatigue strength of the implant
Reduced risk of cold welding
Reduced risk of inflammation and allergy

Properties of the implant:

Anatomically shaped
Multi-directional Locking
Optimal reconstruction of the joint
Free choice of screw angle
Ø 3.5 mm locking and non-locking cortical screws
Ø 4.2 mm locking cancellous Screws
Plate lengths: 4, 6, 8-hole

Locking:

Screw material (TiAlV) is slightly harder than plate material (Titanium Grade 2)
Screw head forms thread into the plate (no cutting)

Benefits:

± 15° and Locking
No pre threading
No cold welding
No debris
Re-seting the screw possible up to 3 times

PFL - PROlock Fibula Locking Plate

Indications:

Distal fibula fractures (Weber type B & C), with or without comminution

Properties of the material:

Plate material: Titanium
Material of screws: TiAl6V4 ELI
Easy removal of the implant after the fracture has healed
Improved fatigue strength of the implant
Reduced risk of cold welding
Reduced risk of inflammation and allergy

Properties of the implant:

Multi-directional Locking
Anatomical plate design
Ideal positioning due to oblong hole
Left/right version
Plate lengths: 6, 8, 10 holes

Locking:

Screw material (TiAlV) is slightly harder than plate material (Titanium Grade 2)
Screw head forms thread into the plate (no cutting)

Benefits:

± 15° and Locking
No pre threading
No cold welding
No debris
Re-seting the screw possible up to 3 times

Pedus

Indications:

MTP-1 joint artrodesis

Properties of the material:

Plate material: TiAl6V4
Material of screws: TiAl6V4

Properties of the implant:

Multi-directional locking
Anatomical plate design
Sliding hole with compression option
Lengths: short (3 distal and 3 proximal screws) and long (4 distal and 5 proximal screws)
Dorsiflexion: 0° or 8°
Valgus angle: 5°

Click-off Screws

Staples

Headless Compression Screws

The TWIN-Compression Screw has one thread at the screw head (1) and one thread at the screw tip (2). The thread at the screw head has a larger diameter and a smaller pitch than on the screw tip. When the head thread enters into the bone, this pulls the distant fragment in, and that produces compression.The result is therefore stable internal fixation of the fragment by means of compression.

Universal

SLS - Straight Locking Plates System

Indications:

Anatomical reconstruction of diaphyseal fractures
Corrective osteotomies

Properties of the material:

Plate material: Titanium
Material of screws: TiAl6V4 ELI
Easy removal of the implant after the fracture has healed
Improved fatigue strength of the implant
Reduced risk of cold welding
Reduced risk of inflammation and allergy

Properties of the implant:

Multi-directional locking
Anatomical plate design
Accurate fitting of the plate on the bone
Plate lenghts, 1.5mm: 4, 5, 6, 7, 8, 9-hole
Plate lenghts, 2.0mm: 4, 5, 6, 7, 8, 9, 11, 13-hole
Plate lenghts, 3.5/4.5mm: 5, 6, 7, 8, 9, 10, 11, 12, 13-hole
Straight Plate 3.5/4.5mm: Fracture gap compression up to 8mm

Locking:

Screw material (TiAlV) is slightly harder than plate material (Titanium Grade 2)
Screw head forms thread into the plate (no cutting)

Benefits:

± 15° and Locking
No pre threading
No cold welding
No debris
Re-seting the screw possible up to 3 times

SCL - Straight Compression Locking Plate

Indications:

Anatomical reconstruction of diaphyseal fractures
Corrective osteotomies

Properties of the material:

Plate material: Titanium
Material of screws: TiAl6V4 ELI
Easy removal of the implant after the fracture has healed
Improved fatigue strength of the implant
Reduced risk of cold welding
Reduced risk of inflammation and allergy

Properties of the implant:

Multi-directional locking
Indentations on the rear side of the plate for protection of the periosteum
Anatomical plate design
K-Wire holes for preliminary plate fixation
Fracture gap compression up to 7mm
Plate lengths: 4, 6, 8, 10-hole

Locking:

Screw material (TiAlV) is slightly harder than plate material (Titanium Grade 2)
Screw head forms thread into the plate (no cutting)

Benefits:

± 15° and Locking
No pre threading
No cold welding
No debris
Re-seting the screw possible up to 3 times

CAS – Cannulated Screws

Properties of the material:

Material of screws: TiAl6V4 ELI
Easy removal of the implant after the fracture has healed
Improved fatigue strength of the implant
Reduced risk of inflammation and allergy

Properties of the implant:

Self-drilling & self-tapping
Cannulated for minimally invasive treatment and guided insertion
Flat and curved washers (adapted to the screw head, for optimal contact to the bone surface)
Various thread types for a wide range of indications
Back-tapping flank for easier explantation

Guide Wire:

Trocar with thread
Length: 228mm
Guide Wire D=1.2mm for D=2.7/3.5mm
Guide Wire D=1.6mm for D=4.0/4.5mm
Guide Wire D=3.2mm for D=6.5/7.3mm

Washers:

Flat and curved version
Adapted to the screw head
For optimal contact to the bone surface/

Headless Compression Screws

The TWIN-Compression Screw has one thread at the screw head (1) and one thread at the screw tip (2). The thread at the screw head has a larger diameter and a smaller pitch than on the screw tip. When the head thread enters into the bone, this pulls the distant fragment in, and that produces compression.The result is therefore stable internal fixation of the fragment by means of compression.

FTN - Flexible Titanium Nail

Indications:

Lower leg shaft fractures in children - oblique or transverse fractures without fragmentation
Femoral shaft fractures in children - oblique or transverse fractures without fragmentation
Forearm shaft fractures / transverse or short oblique fractures
Subcapital humeral fractures possibly involving greater and lesser tuberosity
Supracondylar humeral fractures in children
Dislocated metacarpal and metatarsal V-fractures
Humeral shaft fractures in children (open epiphyseal plate)
Dislocated clavicle

Properties of the material:

Material of screws: TiAl6V4 ELI
Easy removal of the implant after the fracture has healed
Improved fatigue strength of the implant
Reduced risk of inflammation and allergy

Properties of the implant:

Intraoperative cutting of the nail is possible
Can be shortened individually in a flexible way
Length: 400mm
Diameter: 2.0 mm, 2.5 mm, 3.0 mm, 3.5 mm, 4.0 mm, 4.5 mmv Curved, levelled nail tip facilitates insertion and fracture reduction

Plates & Screws

PHL - Proximal Humeral Locking Plate

Indications:

All stable and unstable proximal humeral fractures with or without shaft involvement

Properties of the material:

Plate material: Titanium
Material of screws: TiAl6V4 ELI
Easy removal of the implant after the fracture has healed
Improved fatigue strength of the implant
Reduced risk of cold welding
Reduced risk of inflammation and allergy

Properties of the implant:

Multi-directional locking
Anatomical plate design
6 proximal plate holes for optimal reconstruction of the humeral head
6 marginal proximal holes for fixation of soft tissue to the plate
Indentations in the shaft area to facilitate the use of cerclage wire
Oblong hole for optimal positioning and adjustment of the humeral length
Percutaneous guide for minimal invasive method
Staggered plate holes in the shaft to avoid stress peaks
K-Wire holes for preliminary plate fixation
Pointed distal plate end for percutaneous insertion
Lengths: 4, 7, 10-hole

Locking:

Screw material (TiAlV) is slightly harder than plate material (Titanium Grade 2)
Screw head forms thread into the plate (no cutting)

Benefits:

± 15° and Locking
No pre threading
No cold welding
No debris
Re-seting the screw possible up to 3 times

PHLs - Proximal Humeral Locking Plate Small

Indications:

Dislocated, unstable 2, 3 and 4-segment fractures of the humeral head
Valgus-impacted 4-segment fractures of the humeral head
Non-union of the humeral head

Properties of the material:

Plate material: Titanium
Material of screws: TiAl6V4 ELI
Easy removal of the implant after the fracture has healed
Improved fatigue strength of the implant
Reduced risk of cold welding
Reduced risk of inflammation and allergy

Properties of the implant:

Multi-directional locking
Anatomical plate design
Optimal reconstruction of the joint
Easy adjustment due to oblong hole
Plate lengths: 3, 4-hole

Locking:

Screw material (TiAlV) is slightly harder than plate material (Titanium Grade 2)
Screw head forms thread into the plate (no cutting)

Benefits:

± 15° and Locking
No pre threading
No cold welding
No debris
Re-seting the screw possible up to 3 times

Locking Clavicle Plate System

Indications:

All fractures of the clavicle in metaphyseal and diaphyseal areas
Fixation of non-unions with or without cancellous graft
Corrective osteotomy
Open and closed fractures

Properties of the material:

Plate material: Titanium
Material of screws: TiAl6V4 ELI
Easy removal of the implant after the fracture has healed
Improved fatigue strength of the implant
Reduced risk of cold welding
Reduced risk of inflammation and allergy

Properties of the implant:

Multi-directional locking
Anatomical plate design

Special advantages:

Both screw types (3.5 mm locking and non-locking) can be used in each plate hole
Four different plate variants allow surgical treatment for numerous types of clavicle fractures
Direct contact between plate and bone is not necessary

Locking:

Screw material (TiAlV) is slightly harder than plate material (Titanium Grade 2)
Screw head forms thread into the plate (no cutting)

Benefits:

± 15° and Locking
No pre threading
No cold welding
No debris
Re-seting the screw possible up to 3 times

Medial Clavicle Plate:

Turn 180° for right and left version
Plate lengths: 6, 8, 10-hole
Plate strenght: 2.5mm and 3.5mm

Lateral Clavicle Plate:

Version left/right
Plate length: 4-hole, Plate strength: 2.5mm
Plate length: 6-hole, Plate strength: 3.5mm

Distal Humeral Locking Plates

Indications:

Supra- and diacondylar humeral fractures
Intra-articular distal humeral fractures

Properties of the material:

Plate material: Titanium
Material of screws: TiAl6V4 ELI
Easy removal of the implant after the fracture has healed
Improved fatigue strength of the implant
Reduced risk of cold welding
Reduced risk of inflammation and allergy

Properties of the implant:

Multi-directional locking
Anatomical plate design
Sliding hole with compression option up to 4mm
Pointed proximal plate end for percutaneous insertion
Left/right version
Lengths, dorsolateral: 4, 5, 6, 7-hole
Lengths, medial: 8, 9, 10-hole

Locking:

Screw material (TiAlV) is slightly harder than plate material (Titanium Grade 2)
Screw head forms thread into the plate (no cutting)

Benefits:

± 15° and Locking
No pre threading
No cold welding
No debris
Re-seting the screw possible up to 3 times

OLS - Olecranon Locking Plates System

Indications:

All fractures of the olecranon

Properties of the material:

Plate material: Titanium
Material of screws: TiAl6V4 ELI
Easy removal of the implant after the fracture has healed
Improved fatigue strength of the implant
Reduced risk of cold welding
Reduced risk of inflammation and allergy

Properties of the implant:

Multi-directional locking
Anatomically contoured
Optimal reconstruction of the joint surface
Simple positioning due to sliding hole

Locking:

Screw material (TiAlV) is slightly harder than plate material (Titanium Grade 2)
Screw head forms thread into the plate (no cutting)

Benefits:

± 15° and Locking
No pre threading
No cold welding
No debris
Re-seting the screw possible up to 3 times

Olecranon Hook Plate:

Sliding hole with compression option up to 4mm
Lengths:
5-hole left/right
7, 9-hole left
7, 9-hole right

Olecranon Plate:

Lengths: 6, 8, 10, 12-hole
Long hole for optimal positioning

PRL - PROlock Radius Locking Plate 2.0

Indications:

Intra- & extra-articular fractures of the distal radius
Corrective osteotomy of the distal radius

Properties of the material:

Plate material: Titanium
Material of screws: TiAl6V4 ELI
Easy removal of the implant after the fracture has healed
Improved fatigue strength of the implant
Reduced risk of cold welding
Reduced risk of inflammation and allergy

Properties of the implant:

Multi-directional locking
Left/right version
Minimization of flexor tendon irritation due to anatomical plate design
K-Wire holes for preliminary plate fixation
Oblong hole for optimal positioning and adjustment of radius length
Plate lenghts: 3, 5-hole
Wide version: 3, 5-hole
Narrow version: 3-hole
Long plates: 7, 9, 11-hole

Drill block:

Precise and rapid screw placement with predefined angles
Click mechanism for easy mounting and dismounting
Radiolucent
Allows for screw insertion through drill block
Color coding for left and right version

Locking:

Screw material (TiAlV) is slightly harder than plate material (Titanium Grade 2)
Screw head forms thread into the plate (no cutting)

Benefits:

± 15° and Locking
No pre threading
No cold welding
No debris
Re-seting the screw possible up to 3 times

DUL - Distal Ulna Locking Plate

Indications:

Fractures of the ulnar head
Subcapital fractures of the ulnar head
Metaphyseal comminuted fractures of the distal ulna
Combined ulnar head and ulnar shaft fractures

Properties of the material:

Plate material: Titanium
Material of screws: TiAl6V4 ELI
Easy removal of the implant after the fracture has healed
Improved fatigue strength of the implant
Reduced risk of cold welding
Reduced risk of inflammation and allergy

Properties of the implant:

Multi-directional locking
Anatomically plate design
Left/right version
Wide/small version
K-Wire holes for preliminary platefixation
5 distal plate holes for optimal reconstruction of the distal radio-ulnar joint (DRUJ)
Oblong hole for optimal positioning and adjustment of ulna length
Pointed proximal plate end for percutaneous insertion
Plate lengths: 3, 4, 6-hole

Locking:

Screw material (TiAlV) is slightly harder than plate material (Titanium Grade 2)
Screw head forms thread into the plate (no cutting)

Benefits:

± 15° and Locking
No pre threading
No cold welding
No debris
Re-seting the screw possible up to 3 times

UOL - Ulna Osteotomy Locking Plate

Indications:

Impaction syndrome of the ulnar wrist
Symptomatic, post-traumatic ulnar malpositon in the distal radio-ulnar joint (DRUJ)
Degenerative ulnar wrist
Correction of the ulnar position relative to the unaffected other side up to a maximum of 6mm in one step or 13mm in two steps
Primary ulnar shortening in forearm fractures with insufficient reconstruction of the length of the radius
Deformities
Degenerative ulnar variant in conically shaped DRUJ according to Förstner

Properties of the material:

Plate material: Titanium
Material of screws: TiAl6V4 ELI
Easy removal of the implant after the fracture has healed
Improved fatigue strength of the implant
Reduced risk of cold welding
Reduced risk of inflammation and allergy

Properties of the implant:

Multi-directional Locking
Anatomically shaped
Plate length: 5-hole
No dislocation of the parts of the bone due to fixation using longhole
Positioning of the plate prior to the osteotomy
Compression instrument for simple joining of the osteotomy surfaces (selective compression strength)
No loss of correction due to locking
A screw can be placed through both osteotomy surfaces as a tension or fixation screw, optional locking

Locking:

Screw material (TiAlV) is slightly harder than plate material (Titanium Grade 2)
Screw head forms thread into the plate (no cutting)

Benefits:

± 15° and Locking
No pre threading
No cold welding
No debris
Re-seting the screw possible up to 3 times

Wrist Fusion Locking Plate

Indications:

Degenerative joint disease
Posttraumatic arthritis

Properties of the material:

Plate material: Titanium
Easy removal of the implant after the fracture has healed
Improved fatigue strength of the implant
Reduced risk of cold welding
Reduced risk of inflammation and allergy

Properties of the implant:

Locking and non-locking 3.5 mm screws
Anatomical plate design
Sliding hole with compression option up to 4mm
Lenghts: 8 hole (standard and short), 9 hole
Thickness: 3.2 mm
Width: 11.2 mm

PRS RX - Revolution X Pelvic Reconstruction System

Indications:
Properties of the material:

Plate material: Titanium
Material of screws: TiAl6V4 ELI
Easy removal of the implant after the fracture has healed
Improved fatigue strength of the implant
Reduced risk of cold welding
Reduced risk of inflammation and allergy

Properties of the implant:

Multi-directional Locking
Can be anatomically shaped with bending irons
Plate strength: 2.5mm (Symphysis Plate 4.0mm)
Special plate types for fracture treatment of the acetabulum and the quadrilateral surface

Locking:

Screw material (TiAlV) is slightly harder than plate material (Titanium Grade 2)
Screw head forms thread into the plate (no cutting)

Benefits:

± 15° and Locking
No pre threading
No cold welding
No debris
Re-seting the screw possible up to 3 times

Dynamic Hip Screw

Pediatric Hip Locking Plate

Indications:

Inter- and sub-trochanteric varus osteotomies
Inter- and sub-trochanteric valgus osteotomies
Inter- and sub-trochanteric derotation osteotomies
Fractures of the proximal femur

DFL Distal Femoral Locking Plate

Indications:

Distal femoral shaft fractures
Supracondylar femoral fractures
Intra-articular distal femoral fractures

Properties of the material:
Plate material: Titanium
Material of screws: TiAl6V4 ELI
Easy removal of the implant after the fracture has healed
Improved fatigue strength of the implant
Reduced risk of cold welding
Reduced risk of inflammation and allergy

Properties of the implant:

Multi-directional locking
Anatomical plate design
Left/right version
Plate lenghts: 5, 9, 13-hole

Less invasive method:

Radiolucent handle and drill block close to joint
Reduction instrument for easier reduction

Locking:

Screw material (TiAlV) is slightly harder than plate material (Titanium Grade 2)
Screw head forms thread into the plate (no cutting)

Benefits:

± 15° and Locking
No pre threading
No cold welding
No debris
Re-seting the screw possible up to 3 times

PTL - Proximal Lateral Tibia Locking Plate

Properties of the material:

Plate material: Titanium
Material of screws: TiAl6V4 ELI
Easy removal of the implant after the fracture has healed
Improved fatigue strength of the implant
Reduced risk of cold welding
Reduced risk of inflammation and allergy

Properties of the implant:

Multi-directional locking
Anatomical plate design
Left/right version
Plate lengths: 4, 7, 12, 17-hole

Less invasive method:

Radiolucent handle and drill block close to joint
Reduction instrument for easier reduction

Locking:

Screw material (TiAlV) is slightly harder than plate material (Titanium Grade 2)
Screw head forms thread into the plate (no cutting)

Benefits:

± 15° and Locking
No pre threading
No cold welding
No debris
Re-seting the screw possible up to 3 times

DTL - Distal Anterolateral Tibia Locking Plate

Indications:

Extra- and intra-articular fractures of the distal tibia
Combined diaphyseal and distal tibia fractures

Properties of the material:

Plate material: Titanium
Material of screws: TiAl6V4 ELI
Easy removal of the implant after the fracture has healed
Improved fatigue strength of the implant
Reduced risk of cold welding
Reduced risk of inflammation and allergy

Properties of the implant:

Multi-directional locking
Anatomically shaped
Torsion and contour of the plate shaft has been adapted to that of the distal tibia
4 distal plate holes for fixation close to joint
Oblong hole for optimal positioning and alignment of the tibia length
Pointed proximal plate end for percutaneous insertion
Left/right version
Plate lenghts: 7, 11, 15, 19-hole

Locking:

Screw material (TiAlV) is slightly harder than plate material (Titanium Grade 2)
Screw head forms thread into the plate (no cutting)

Benefits:

± 15° and Locking
No pre threading
No cold welding
No debris
Re-seting the screw possible up to 3 times

PL - Pilon Locking Plate

Indications:

Fractures of the tibial pilon of AO classification A3, especially groups C2 and C3.

Properties of the material:

Plate material: Titanium
Material of screws: TiAl6V4 ELI
Easy removal of the implant after the fracture has healed
Improved fatigue strength of the implant
Reduced risk of cold welding
Reduced risk of inflammation and allergy

Properties of the implant:

Anatomically shaped
Multi-directional Locking
Optimal reconstruction of the joint
Free choice of screw angle
Ø 3.5 mm locking and non-locking cortical screws
Ø 4.2 mm locking cancellous Screws
Plate lengths: 4, 6, 8-hole

Locking:

Screw material (TiAlV) is slightly harder than plate material (Titanium Grade 2)
Screw head forms thread into the plate (no cutting)

Benefits:

± 15° and Locking
No pre threading
No cold welding
No debris
Re-seting the screw possible up to 3 times

PFL - PROlock Fibula Locking Plate

Indications:

Distal fibula fractures (Weber type B & C), with or without comminution

Properties of the material:

Plate material: Titanium
Material of screws: TiAl6V4 ELI
Easy removal of the implant after the fracture has healed
Improved fatigue strength of the implant
Reduced risk of cold welding
Reduced risk of inflammation and allergy

Properties of the implant:

Multi-directional Locking
Anatomical plate design
Ideal positioning due to oblong hole
Left/right version
Plate lengths: 6, 8, 10 holes

Locking:

Screw material (TiAlV) is slightly harder than plate material (Titanium Grade 2)
Screw head forms thread into the plate (no cutting)

Benefits:

± 15° and Locking
No pre threading
No cold welding
No debris
Re-seting the screw possible up to 3 times

Pedus

Indications:

MTP-1 joint artrodesis

Properties of the material:

Plate material: TiAl6V4
Material of screws: TiAl6V4

Properties of the implant:

Multi-directional locking
Anatomical plate design
Sliding hole with compression option
Lengths: short (3 distal and 3 proximal screws) and long (4 distal and 5 proximal screws)
Dorsiflexion: 0° or 8°
Valgus angle: 5°

Click-off Screws

Staples

Headless Compression Screws

The TWIN-Compression Screw has one thread at the screw head (1) and one thread at the screw tip (2). The thread at the screw head has a larger diameter and a smaller pitch than on the screw tip. When the head thread enters into the bone, this pulls the distant fragment in, and that produces compression.The result is therefore stable internal fixation of the fragment by means of compression.

SLS - Straight Locking Plates System

Indications:

Anatomical reconstruction of diaphyseal fractures
Corrective osteotomies

Properties of the material:

Plate material: Titanium
Material of screws: TiAl6V4 ELI
Easy removal of the implant after the fracture has healed
Improved fatigue strength of the implant
Reduced risk of cold welding
Reduced risk of inflammation and allergy

Properties of the implant:

Multi-directional locking
Anatomical plate design
Accurate fitting of the plate on the bone
Plate lenghts, 1.5mm: 4, 5, 6, 7, 8, 9-hole
Plate lenghts, 2.0mm: 4, 5, 6, 7, 8, 9, 11, 13-hole
Plate lenghts, 3.5/4.5mm: 5, 6, 7, 8, 9, 10, 11, 12, 13-hole
Straight Plate 3.5/4.5mm: Fracture gap compression up to 8mm

Locking:

Screw material (TiAlV) is slightly harder than plate material (Titanium Grade 2)
Screw head forms thread into the plate (no cutting)

Benefits:

± 15° and Locking
No pre threading
No cold welding
No debris
Re-seting the screw possible up to 3 times

SCL - Straight Compression Locking Plate

Indications:

Anatomical reconstruction of diaphyseal fractures
Corrective osteotomies

Properties of the material:

Plate material: Titanium
Material of screws: TiAl6V4 ELI
Easy removal of the implant after the fracture has healed
Improved fatigue strength of the implant
Reduced risk of cold welding
Reduced risk of inflammation and allergy

Properties of the implant:

Multi-directional locking
Indentations on the rear side of the plate for protection of the periosteum
Anatomical plate design
K-Wire holes for preliminary plate fixation
Fracture gap compression up to 7mm
Plate lengths: 4, 6, 8, 10-hole

Locking:

Screw material (TiAlV) is slightly harder than plate material (Titanium Grade 2)
Screw head forms thread into the plate (no cutting)

Benefits:

± 15° and Locking
No pre threading
No cold welding
No debris
Re-seting the screw possible up to 3 times

CAS – Cannulated Screws

Properties of the material:

Material of screws: TiAl6V4 ELI
Easy removal of the implant after the fracture has healed
Improved fatigue strength of the implant
Reduced risk of inflammation and allergy

Properties of the implant:

Self-drilling & self-tapping
Cannulated for minimally invasive treatment and guided insertion
Flat and curved washers (adapted to the screw head, for optimal contact to the bone surface)
Various thread types for a wide range of indications
Back-tapping flank for easier explantation

Guide Wire:

Trocar with thread
Length: 228mm
Guide Wire D=1.2mm for D=2.7/3.5mm
Guide Wire D=1.6mm for D=4.0/4.5mm
Guide Wire D=3.2mm for D=6.5/7.3mm

Washers:

Flat and curved version
Adapted to the screw head
For optimal contact to the bone surface/

Headless Compression Screws

The TWIN-Compression Screw has one thread at the screw head (1) and one thread at the screw tip (2). The thread at the screw head has a larger diameter and a smaller pitch than on the screw tip. When the head thread enters into the bone, this pulls the distant fragment in, and that produces compression.The result is therefore stable internal fixation of the fragment by means of compression.

Intramedullary Devices

LBN - Locking Blade Nail

Indications:

Displaced 2 part fractures
Discplaced 3 part fractures
Some slightly displaced 4 part fractures

PERICLES Proximal Femoral Nail

Spiral Blade

The spiral blade compacts the cancellous bone.
The resulting blade-bone interface provides more stable anchoring and rotational stability, especially important in osteoporotic bone.

Lemon shaft design

Lemon shaft design provides antirotation mechanism at the blade-nail junction.

Lateral flat cut design

Lateral flat cut design for easier insertion and lower pressure on the lateral cortex.

Distal Flute

Distal Flute for easier insertion and reduced stress on the bone at the tip of the nail.

Static and dynamic distal locking options

Provides static and dynamic distal locking options for clinical choice.

Lateral-medial 6° bend

Lateral-medial bend of 6° allows an insertion at the tip of the greater trochanter. Higher bending points allow the distal nail to be more centered in the femoral medullary canal.

Vitus - Proximal Femoral Nail

Vitus – Proximal Femoral Nail
Indications short Vitus-PF nail:

Fractures of the trochanteric region (AO type 31A1-3)
Transcervical femoral neck fractures (AO type B2)
High subtrochanteric fractures

Indications long Vitus-PF nail:

Low and extensive subtrochanteric fractures
Combined fractures of the trochanteric are and femoral shaft
Pathological fractures

SOCRATES II Tibial Nail

Proximal locking design

Advanced proximal locking design increases stability of the proximal fragment, especially important for proximal third fractures.

Versatile distal locking options

Distal oblique locking option to prevent soft tissue damage and increase stability of the distal fragment.

Two medio-lateral (ML) and one antero-posterior (AP) locking options for stability of the distal fragment.

Fixed-angle stabilization

The most proximal oblique locking screw can be securely locked with the end cap to create a fixed-angle construct.

Oblique cutting

Anterior oblique cutting in the proximal end prevents irritation of the patellar ligament.

Screws

All locking screws designed with double lead thread for easier insertion and enhanced stability.

All screws self-tapping and self-retaining to screwdriver (TORX recess).

Double cylindrical design of 5.0mm locking screw for optimized purchase in cancellous bone.

Double lead thread.

End cap

End cap prevents ingrowth of tissue and facilitatesnail extraction.

Available in four sizes: 0–15mm

Increased locking accuracy

Distal aiming platform increases locking accuracy

FTN - Flexible Titanium Nail

Indications:

Lower leg shaft fractures in children - oblique or transverse fractures without fragmentation
Femoral shaft fractures in children - oblique or transverse fractures without fragmentation
Forearm shaft fractures / transverse or short oblique fractures
Subcapital humeral fractures possibly involving greater and lesser tuberosity
Supracondylar humeral fractures in children
Dislocated metacarpal and metatarsal V-fractures
Humeral shaft fractures in children (open epiphyseal plate)
Dislocated clavicle

Properties of the material:

Material of screws: TiAl6V4 ELI
Easy removal of the implant after the fracture has healed
Improved fatigue strength of the implant
Reduced risk of inflammation and allergy

Properties of the implant:

Intraoperative cutting of the nail is possible
Can be shortened individually in a flexible way
Length: 400mm
Diameter: 2.0 mm, 2.5 mm, 3.0 mm, 3.5 mm, 4.0 mm, 4.5 mmv Curved, levelled nail tip facilitates insertion and fracture reduction


Life Medical Your Trauma Specialist

 

Located in Antwerp, Belgium, Life Medical provides high end products, services and solutions for treatment of musculoskeletal trauma. Our complete and innovative portfolio allows surgeons to treat all fractures of upper and lower extremities, whether with plates & screws or with intramedullary devices.

Our implants and instruments are manufactured locally in Europe and meet the highest international quality standards. Innovation leads to continuous improvement and enhancement of our implants portfolio, as well as our instruments and recommended surgical techniques.

We know all patients are unique… and so are surgeons. Therefore we highly appreciate surgeons’ feedback and will strive to guarantee optimal results through customizing our implants and instruments to the individual surgeon’s desire. Needless to say our instrument trays are flexible and can be adapted to suit any specific demand.

We take pride in providing excellent technical advice to surgeons, both before, during and after a case. When a surgical case proves to be challenging, the experience and technical advice of our team can be a significant added value. OR (operating room) and CSI (central sterilization unit) staff training will be offered to further optimize efficacy.


 

 


 

Contact Us

Get in Touch

Please fill out the webform or contact us by phone for additional information.
For orders we advise to contact your local technical advisor.
Every order will be confirmed by e-mail.


The Office

  • Address: Molenberglei 36, 2627 Schelle, Belgium
  • Telephone : 03 451 26 83
  • Email: info@life-medical.be

Business Hours

  • Telephone : +32 477 23 23 31
  • No compromise in Trauma care – We are always available for you!