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Acetabulum locking plate, bent Indications  Pelvic fractures, which relate to the front pelvic ring, but which needs a fixation in one or both directions to cranial over the acetabular structure Characteristics  Anatomically pre-formed plate design, adapted to the natural bending High primary stability thanks to Ø 4.5 mm locking cortical screws Improved mouldability thanks to the reconstruction character Combination holes for locking or standard screw connection Locking plate systems Pelvis Pelvic fractures Pelvic fractures and pathological pelvic fractures

Bone staples Indications Osteosynthesis of related bone fragments Akin osteotomies Arthrodeses of fore foot joints Characteristics Two profi le sizes: Bone staple 90°, straight Bone staple 26°, oblique Different angles, widths and diameters Available in stainless steel and titanium Easy insertion of the staple thanks to a trocar point on both ends Foot surgery Foot Fore foot Akin osteotomies Arthrodeses of small joints Osteosynthesis of related bone fragments

Broad locking plate Indications  Femoral shaft fractures Humeral shaft fractures Characteristics  Anatomically pre-formed plate design High primary stability thanks to Ø 4.5 mm locking cortical screws Compression and polyaxial locking holes in alternating order Screw position converging by 5 degrees in order to avoid a longitudinal rupture of the shaft when treating long fractures High stability in the osteoporotic bone Straight plate systems Locking plate systems Humerus Femur Shaft fractures of the distal humerus Femoral fractures

Cannulated screw D 3.0 mm Indications  Fractures of the upper and lower arm Fractures of the carpus and metacarpus Fractured patella Fractures of the posterolateral tibial lip (Volkmann’s triangle) Fractures of the tarsal and metatarsus Calcaneal fractures Refixations of ligaments Characteristics  Diameter of 3.0 mm, cannulation of Ø 1.5 mm Precise insertion using Ø 1.4 mm guide wire Reduction of the operation time and easy screwing thanks to self-drilling, self-tapping thread Good anchorage Special instruments Cannulated screws Foot surgery Hand surgery Humerus Radius Hand Carpus Metacarpus Patella Ankle joint Foot Middle foot Hind foot Small bones Calcaneal fractures Fractures of the posterolateral tibial lip (Volkmann’s triangle) Fractures of the tarsal and metatarsus Fractures of the carpus and metacarpus Fractures of the upper and lower arm Fractured patella Refixations of ligaments

Cannulated screw D 4.0 mm Indications  Fractures of the upper and lower arm Fractures of the carpus and metacarpus Fractured patella Fractures of the posterolateral tibial lip (Volkmann’s triangle) Fractures of the tarsal and metatarsus Calcaneal fractures Refixations of ligaments Characteristics  Diameter of 4.0 mm, cannulation of Ø 1.8 mm Precise insertion using Ø 1.6 mm guide wire Reduction of the operation time and easy screwing thanks to self-drilling, self-tapping thread Special instruments   Cannulated screws Foot surgery Hand surgery Humerus Radius Hand Carpus Metacarpus Patella Ankle joint Foot Middle foot Hind foot Small bones Calcaneal fractures Fractures of the posterolateral tibial lip (Volkmann’s triangle) Fractures of the tarsal and metatarsus Fractures of the carpus and metacarpus Fractures of the upper and lower arm Fractured patella Refixations of ligaments

Cannulated screw D 7.0 mm Indications  Corrective osteotomies on the pelvis Pelvic fractures Femoral neck fractures Femoral condylar fractures Fractures of the tibial plateau Calcaneus fractures Characteristics  Diameter of 7.0 mm, cannulation of Ø 2.2 mm, with a short thread of 16 mm and 32 mm thread plus fully threaded Precise insertion using Ø 2.0 mm guide wire Reduction of the operation time and easy screwing thanks to self-drilling, self-tapping thread Good anchorage Special instruments Cannulated screws Foot surgery Pelvis Femur Tibia Foot Hind foot Pelvic fractures Calcaneal fractures Femoral fractures Femoral condylar fractures Femoral neck fractures Fractures of the tibial plateau Corrective osteotomies on the pelvis

CIRRUS screw Indications  Osteotomies of the first metatarsal bone according to Scarf or Chevron Weil and Chevron-Austin osteotomies Osteotomies of small bones or fragments Akin osteotomies Closing wedge osteotomies Metatarsophalangeal joint arthrodeses Characteristics  Screw diameter of 3.0 mm, head diameter of 4.0 mm, cannulation of Ø 1.1 mm Precise insertion using Ø 1.0 mm guide wire Easy screwing thanks to self-drilling, self-tapping thread Split compression due to different thread pitch of the head and shank thread Anatomical adaptation thanks to countersunk screw head Excellent anchorage Cannulated screws Compression screws Foot surgery Foot Fore foot Middle foot Small bones Akin osteotomies Metatarsophalangeal joint arthrodeses Arthrodeses of small joints Corrective osteotomies of the metatarsal bone Osteotomies of small bones Osteotomies of small bones or fragments Weil and Chevron-Austin osteotomies

CIRRUS screw mini Indications  Fractures of the carpus and metacarpus Fractures of the tarsal and metatarsus Fixation of small bone fragments Osteotomies Arthrodeses of small joints Characteristics  Screw diameter of 2.3 mm, head diameter of 3.0 mm, cannulation of Ø 0.9 mm Precise insertion using Ø 0.8 mm guide wire Easy screwing thanks to self-drilling, self-tapping thread Split compression due to different thread pitch of the head and shank thread Anatomical adaptation thanks to countersunk screw head Excellent anchorage  Cannulated screws Compression screws Hand surgery Hand Carpus Metacarpus Small bones Arthrodeses of small joints Fractures of small bones Fractures of the tarsal and metatarsus Fractures of the carpus and metacarpus Osteotomies of small bones Osteotomies of small bones or fragments

Clavicula hook locking plate Indications Acromioclavicular joint separations Lateral clavicula fractures Characteristics Anatomically pre-formed plate design for right and left side High primary stability thanks to Ø 3.5 mm locking cortical screws Lower failure rate of implants thanks to locking anchoring in the early functional aftertreatment of the patients with acromioclavicular joint separation receiving aftercare Locking plate systems Clavicula Acromioclavicular joint separations Clavicula fractures

Clavicula locking plate, bent Indications Clavicula fractures in the central area Revision surgeries after conservative or surgical primary care Pseudarthroses Characteristics Anatomically pre-formed plate design, adapted to the natural S-curve High primary stability thanks to Ø 3.5 mm locking cortical screws Improved mouldability thanks to the reconstruction character Rounded plate ends and plate edges prevent soft tissue irritation  Locking plate systems Clavicula Clavicula fractures

Clavicula locking plate, lateral & medial Indications  Fractures in the lateral or medial third of the clavicula Lateral clavicula fractures type II + III according to Jäger/Breitner Clavicula fractures affecting the coracoclavicular ligament attachment Dislocated fractures of the lateral clavicula with rupture of the trapezoid ligament Lateral and medial clavicula fractures affecting the joint Revision surgeries after conservative and surgical primary care Pseudarthroses Characteristics  Anatomically pre-formed plate design adapted to the natural clavicula curve Applicable for medial and lateral High primary stability thanks to Ø 3.5 mm locking cortical screws Locking plate systems Clavicula Clavicula fractures

CLAVIUS screw & bolt Indications Arthrodeses of the tarsal Chopart arthrodeses Lisfranc arthrodeses Innominatum arthrodeses Characteristics  Screw diameter of 5.5 mm, head diameter of 6.5 mm, cannulation of Ø 1.8 mm Precise insertion using Ø 1.6 mm guide wire Easy screwing thanks to self-drilling thread and continual self-tapping edge Split compression due to different thread pitch of the head and shank thread Anatomical adaptation thanks to countersunk screw head Excellent anchorage Cannulated screws Compression screws Foot surgery Foot Middle foot Hind foot Arthrodeses of small joints Chopart arthrodeses Arthrodeses of the tarsal Innominatum arthrodeses Arthrodeses of the Lisfranc arthrodesis Lisfranc arthrodeses

CONTUS screw & bolt Indications  Arthrodeses of the upper ankle joint Arthrodeses of the lower ankle joint Double-triple-arthrodeses Corrections in case of Charcot osteoarthropathies Fixation of the medial pillar (metatarso-tarso-talar) Calcaneal sliding osteotomies Characteristics  Screw diameter of 7.5 mm, head diameter of 8.5 mm, cannulation of Ø 2.7 mm Precise insertion using Ø 2.5 mm guide wire Easy screwing thanks to self-drilling thread and continual self-tapping edge Split compression due to different thread pitch of the head and shank thread Anatomical adaptation thanks to countersunk screw head Excellent anchorage Cannulated screws Compression screws Foot surgery Ankle joint Foot Middle foot Hind foot Calcaneal sliding osteotomies Double-triple-arthrodeses Fixation of the medial pillar (metatarso-tarso-talar) Corrections in case of Charcot osteoarthropathies Arthrodeses of the upper and lower ankle joint

CUBOID foot locking plates CUBOID foot locking plate, slim Polyaxial locking plate for osteotomies and for treatment of fractures of the cuboid bone Indications  Fractures of the cuboid bone Corrective osteotomies of the cuboid bone Characteristics  Anatomically pre-formed plate design Optimum and soft tissue-preserving form thanks to easy mouldability to the bone surface High primary stability thanks to Ø 2.5 mm and Ø 3.0 mm locking cortical screws Treatment of complex fracture types with only one plate instead of using several individual implants   CUBOID foot locking plate, solid Polyaxial locking plate for osteotomies, arthrodeses and of treatment of fractures of the cuboid bone and calcaneocuboid joint Indications  Fractures of the cuboid bone Corrective osteotomies of the cuboid bone Arthrodeses of the calcaneocuboid joint Characteristics  Anatomically pre-formed plate design Optimum and soft tissue-preserving form thanks to easy mouldability to the bone surface High primary stability thanks to Ø 2.5 mm and Ø 3.0 mm locking cortical screws Treatment of complex fracture types with only one plate instead of using several individual implants    Foot surgery Locking plate systems Foot Middle foot Hind foot Arthrodeses of the calcaneocuboid joint Fractures of the cuboid bone Corrective osteotomies of the cuboid bone

Distal femur locking plate Indications  Distal femur fractures affecting joint surfaces Periprosthetic fractures of the distal femur Femoral shaft fractures Characteristics  Reduction of the operation time thanks to anatomically pre-formed plate design High primary stability thanks to Ø 4.5 mm locking cortical screws and Ø 5.5 mm cancellous screws Suited for use with cerclage belt in periprosthetic fractures – this is, however, rarely necessary since the insertion of the screws around the prosthesis stem is nearly always possible thanks to the polyaxial locking system. Guide wire holes for temporary plate fixation Periprosthetic systems Locking plate systems Femur Femoral fractures Periprosthetic fractures of the proximal and distal femur

Distal fibula locking plate “LARIUS” Indications  Distal fibula fractures Dorsal retention of the fibula fracture with ankle fractures, if at the same time a Volkmann fracture is retained via posterolateral access Characteristics  Anatomically pre-formed plate design for right and left leg Rounded edges and flattened plate head minimize the soft tissue irritation High primary stability thanks to Ø 3.0 mm and Ø 3.5 mm locking cortical screws Polyaxial locking thread allows the secure fixation of all fragments irrespective of fragment position and extent Locking plate systems Fibula Ankle joint Distal fibula fractures

Distal humerus plate "TROCHLIUS" Indications  Distal humerus fractures, in particular intraarticular fractures Supracondylar humerus fractures including distal diaphyseal involvement Monocondylar radial, as well as ulnar condylus fractures of the humerus Transcondylar and bicondylar humerus fractures Purely trochlear and capitulum fractures without cartilage-free components Characteristics  Low-profile plate ulnarly thanks to soft tissue-preserving, flattened head profile Polyaxial locking thread allows the secure fixation of all fragments irrespective of fragment position and extent Secure, angle-stable fixation, also for trochlear fracture vis-a-vis the ulnar epicondyle and metaphysis Possibility of screw fixation parallel to the articular surface Community design: 002653170-001 Locking plate systems Humerus Shaft fractures of the distal humerus Monocondylar radial, as well as ulnar condylus fractures of the humerus Purely trochlear and capitulum fractures without cartilage-free components Supracondylar humerus fractures including distal diaphyseal involvement Transcondylar and bicondylar humerus fractures

Distal radius locking plates "DORSUS" mini, dorsal Indications  Multi-fractures of the AO-type C2 and C3 Fractures affecting the carpus B-injuries Characteristics  Anatomically pre-formed plate design for right and left side Guide wire holes for the temporary plate fixation High primary stability thanks to Ø 2.5 mm locking cortical screws Early functional after-treatment possible Locking plate systems Radius Radius fractures

Distal radius locking plates "OPTIMUS" mini, palmar Indications  Extra-articular fractures of the AO-type A2 and A3 Intra-articular fractures of the AO-type C1 to C3 Characteristics  Anatomically pre-formed plate design for right and left side Safe palmar access Gliding adapted to the curvature so that the plate can be placed in a better way and moved within the radius Optimized position of the ulnar screw towards the joint surface High primary stability thanks to Ø 2.5 mm locking cortical screws Early functional aftertreatment possible  Locking plate systems Radius Intra and extra-articular distal radius fractures Radius fractures

Distal radius locking plates, palmar (Small fragment) Indications  Extra-articular fractures of the AO-type A2 and A3 Intra-articular fractures of the AO-type C1 to C3 Characteristics  Anatomically pre-formed plate design for right and left side Safe palmar access Gliding hole adapted to the curvature so that the plate can be placed in a better way and moved within the radius Optimized position of the ulnar screw towards the joint surface Guide wire holes for the temporary plate fixation Early functional aftertreatment possible Features There is a special plate for small radiuses available Special lengths up to 22 holes (L 210 mm) available  Locking plate systems Radius Intra and extra-articular distal radius fractures Radius fractures

DRACO foot locking plate Indications  Arthrodeses of the fore and middle foot Fractures and arthrodeses of the first metatarsophalangeal joint Fractures and arthrodeses of the first phalanx Lapidus arthrodeses from medial Characteristics Anatomically pre-formed plate design, usable on the right and left High primary stability thanks to Ø 2.5 mm and Ø 3.0 mm locking cortical screws Plate thickness of 2.0 mm Guide wire holes for temporary plate fixation with Ø 1.0 mm wires Foot surgery Locking plate systems Foot Fore foot Middle foot Metatarsophalangeal joint arthrodeses Arthrodeses of small joints Fractures of the metatarsal bone (ossa metatarsalia) Fractures of small bones Lapidus arthrodeses Arthrodeses of the fore and middle foot Fractures of the fore and middle foot

Dresdner fibula locking plate Indications Distal fibula fractures Characteristics Anatomically pre-formed plate design for right and left leg High primary stability thanks to Ø 3.0 mm and Ø 3.5 mm locking cortical screws High stability in the osteoporotic bone (at least 4 locking screws in the distal fragment) Reinforced gliding hole with a length of 10 mm and 30° inclination ventrally for optimum positioning of the adjusting screw Guide wire holes for temporary plate fixation or ligament refixation Locking plate systems Fibula Ankle joint Distal fibula fractures

Dresdner Instrument according to M. H. Amlang – H. Zwipp Indications  Percutaneous suture of the acute Achilles tendon rupture Characteristics  Minimises the risk of a lesion of the sural nerve No incision in the rupture area, allowing the preservation of the peritendineum Stabile intratendinous anchorage for the suture material Optimised adaptation of the tendon stumps as the suture material runs in a parallel, paratendinous direction Just one small skin incision that is not located in the shoe contact area Patent number     DE 100 15 944 Innovations Foot Percutaneous suture of the acute Achilles tendon rupture

EPIUS screw D 4.0 mm Indications  Osteotomies and fractures of the foot Osteotomies and fractures of small bones Characteristics  Screw diameter of 4.0 mm, head diameter of 5.0 mm, cannulation of Ø 1.8 mm Precise insertion using Ø 1.6 mm guide wire Easy screwing thanks to self-drilling, self-tapping thread Split compression due to different thread pitch of the head and shank thread Anatomical adaptation thanks to countersunk screw head Excellent anchorage Cannulated screws Compression screws Foot surgery Foot Fore foot Middle foot Small bones Fractures of small bones Fractures of the tarsal and metatarsus Osteotomies of small bones Osteotomies of small bones or fragments

Femur locking plate “TROCHANTUS” Indications  Isolated avulsion injury to the trochanter major in the context of trauma or endoprothetics 
 Periprosthetic fractures of the proximal femur 
 Characteristics  Anatomically preformed plate design, encompassing the surface of the trochanter major and tuberculum innominatum in order to prevent iliotibial tract
 Ventral and dorsal plate flange acts to prevent injury to the gluteus medius muscle insertion
 High primary stability by way of polyaxial locking cortex screws of 4.5 mm or 5.5 mm (optional) in diameter Secures all fragments by way of polyaxial angular-stable locking options regardless of the form of the trochanter fracture  Simplifies placement of freely pivotable set screws along the prosthesis  Periprosthetic systems Locking plate systems Femur Femoral fractures Isolated avulsion injury to the trochanter major in the context of trauma or endoprothetics Periprosthetic fractures of the proximal and distal femur

GN Gliding Nail Indications  Lateral and medial femoral neck fractures Trochanteric and subtrochanteric fractures Femoral shaft fractures down to the middle third Combined injuries of the femoral neck and trochanter area and subtrochanteric and shaft injuries Pathological fractures – in the case of single or multiple metastases, the GN osteosynthesis is not indicated in primary malignant bone tumours Revision osteosynthesis       SPECIAL INDICATIONS Corrective osteotomies Contraindications General contraindications for open fracture treatment in the case of  Infected soft tissues Poor local blood circulation situation Fractures that are outside the area of indication for which the implant can be used in a stable manner  Relative contraindication  Shaft fractures which exceed the isthmus of the femoral medullary cavity and in which varus / valgus instability can only be avoided by special techniques (cerclages of the fracture zone, 2 bolts in an oblong hole) Characteristics  Double-T blade for higher load-bearing capacity and absolute rotation stability Impaction of the fracture through sliding mechanism of the blade Compacted blade liner Minimised cut-out risk Simple application without major complications Nail systems Femur Femoral fractures Femoral shaft fractures down to the middle third Combined injuries of the femoral neck and trochanter area Lateral and medial femoral neck fractures Pathological fractures Trochanteric and subtrochanteric fractures Revision osteosynthesis Corrective osteotomies

GRADUS-osteotomy-hind foot locking plate Indications Calcaneal sliding osteotomies to medial with lateral insertion Characteristics Anatomically pre-formed plate design In 3 sizes for the precise displacement of the distal fragment medially High primary stability thanks to Ø 3.5 mm locking cancellous screws DC holes for the compression of the fragments with Ø 3.5 mm standard cancellous screws Guide wire holes for temporary plate fixation with Ø 1.6 mm wires Foot surgery Locking plate systems Foot Hind foot Calcaneal sliding osteotomies

H-foot locking plate Indications Fractures and arthrodeses of the middle and hind foot Fractures and arthrodeses of the navicular bone/cuneiform bone Fractures and arthrodeses of the calcaneus/cuboid bone Evans osteotomies Characteristics Anatomically pre-formed plate design, usable on the right and left High primary stability thanks to Ø 2.5 mm and Ø 3.0 mm locking cortical screws Plate thickness of 2.0 mm Guide wire holes for temporary plate fixation with Ø 1.0 mm wires Foot surgery Locking plate systems Foot Middle foot Hind foot Arthrodeses of the middle and hind foot Evans osteotomies Fractures of the tarsal and metatarsus Arthrodeses of the tarsal Middle and hind foot fractures

INCUS screw Indications Bennett, Winterstein and Rolando fractures (fractures of the first metacarpal bones with and without joint involvement or Y-shaped outbreaks) Fractures of the metacarpal bones and phalanges Broken off edges of phalanges Avulsion Fractures of the lateral ligaments Interposition arthrodeses of the first metatarsophalangeal joint for fixation and compression bone graft from the iliac crest Characteristics Screw diameter of 2.3 mm, head diameter of 4.5 mm, cannulation of Ø 0.9 mm Precise insertion using Ø 0.8 mm guide wire Easy screwing thanks to self-drilling, self-tapping thread Greater head diameter for the improvement of the interfragment split compression, also in cancellous bone (washers are not necessary) Soft tissue-preserving and fl at head design Cannulated screws Hand surgery Hand Metacarpus Fingers Avulsion fractures of the lateral ligaments Bennett, Winterstein and Rolando fractures Fractures of the metacarpal bones and phalanges Broken off edges of phalanges

IntraOS screws Indications Distal fibula fractures in geriatric patients Characteristics Cannulated screw in four different sizes, S = Ø 3.5 mm, M = Ø 3.8 mm, L = Ø 4.7 mm and XL = Ø 5.5 mm, with full thread, for stable, large-scale, intramedullary anchoring Screw length of 140 mm for an ideal supply of extensive and proximally located fractures Short operating time due to minimally invasive, secure surgical technique Anatomical adaption due to tapering of the screw Firm seat in the bone due to cancellous thread Easy screwing thanks to self-drilling, self-tapping thread Precise insertion using Ø 1.5 mm guide wire Clearly arranged instruments Systems Geriatric Traumatology Cannulated screws Innovations Anatomy Fibula Ankle joint Indication Distal fibula fractures in geriatric patients

KOM foot locking plate Indications         • KOM short: Arthrodeses of the first metatarsophalangeal joint in small feet        •   KOM medium:   Arthrodeses of the first metatarsophalangeal joint in normal to large feet        •   KOM long: Interposition arthrodeses of the first metatarsophalangeal joint   Characteristics   Anatomically pre-formed plate design for right and left foot, in two different Hallux angles (KOM-Short | KOM-Medium = 10°, KOM-Long = 7°) Secure hold in the bone by means of locking cortical screws of either Ø 2.5 mm or Ø 3.0 mm Precise fixation, even where there is little bone, thanks to anatomically adapted polyaxial screw positioning Easy holding and stabilising of the bone and/or of the interponate thanks to additional, specific screw holes Possible double plating with a medially attached straight plate Foot surgery Locking plate systems Foot Fore foot Middle foot Metatarsophalangeal joint arthrodeses Interposition arthrodeses of the first metatarsophalangeal joint

LAPIDUS-T foot locking plate Indications  Arthrodeses on the first tarsometatarsal joint for the correction of the metatarsal angle (Lapidus arthrodeses) Characteristics  Anatomically pre-formed plate design for the right and left foot Straight plate shank for fixation at the first metatarsal bone Oblique T-side for fixation on the first cuneiform bone High primary stability thanks to Ø 3.5 mm locking cortical and cancellous screws The polyaxial locking thread allow for case-specific screw connection and the additional fixation of the arthrodesis with a lag screw DC hole for the compression of the fragments with Ø 3.5 mm standard cancellous screws with the possibility of bone graft fixation Foot surgery Locking plate systems Foot Middle foot Lapidus arthrodeses

LISFRANC fusion locking plates Indications Primary and secondary arthrodeses of the tarsometatarsal joints L-design – TMT 2/cuneiform bone, U-design – TMT 2/3, V-design – TMT 4/5 Secondary post-traumatic conditions Lisfranc-fracture-dislocation Middle foot fractures Deformities of the middle foot bones by inappropriate weightbearing Characteristics Anatomically pre-formed L, U and V plate design in two versions (small and solid) High primary stability thanks to Ø 2.5 mm and Ø 3.0 mm locking cortical screws The polyaxial locking thread allow for case-specific screw connection Additional options for fixation of the arthrodesis with Ø 2.5 mm standard screws Guide wire holes for temporary plate fixation with Ø 1.0 mm wires Foot surgery Locking plate systems Foot Fore foot Middle foot Deformities of the middle foot bones by inappropriate weightbearing Arthrodeses of the Lisfranc arthrodesis Lisfranc-fracture-dislocation Secondary post-traumatic conditions Fractures of the fore and middle foot

Metatarsophalangeal joint locking plate Indications Arthrodeses of the first metatarsophalangeal joint (primary and interposition arthrodeses) Lapidus arthrodeses Revision surgeries according to Keller-Brandes Characteristics Anatomically pre-formed plate design for the right and left foot High primary stability thanks to Ø 2.5 mm locking cortical screws Guide wire holes for temporary plate fixation with Ø 1.0 mm wires Screw holes that intersect in pairs for better hold in the bone Foot surgery Locking plate systems Foot Fore foot Middle foot Metatarsophalangeal joint arthrodeses Lapidus arthrodeses Revision surgeries according to Keller-Brandes

METIUS screw D 4.5 mm Indications  Fractures of the upper and lower arm Fractured patella Fractures of the posterolateral tibial lip (Volkmann’s triangle) Fractures of the tarsal and metatarsus Calcaneal fractures Characteristics  Screw diameter of 4.5 mm, head diameter of 6.0 mm, cannulation of Ø 1.8 mm Precise insertion using Ø 1.6 mm guide wire Easy screwing thanks to self-drilling, self-tapping thread Split compression due to different thread pitch of the head and shank thread Anatomical adaptation thanks to countersunk screw head Excellent anchorage Cannulated screws Compression screws Foot surgery Humerus Radius Ulna Patella Ankle joint Foot Middle foot Hind foot Calcaneal fractures Fractures of the posterolateral tibial lip (Volkmann’s triangle) Fractures of the tarsal and metatarsus Fractures of the upper and lower arm Fractured patella

Middle foot adapting plate, straight Indications Metataralgia of the second to fourth metatarsal bone Osteotomies of the first metatarsal bone Arthrodeses of the second and third Lisfranc arthrodesis Characteristics Anatomically pre-formed plate design  Optimum and soft tissue-preserving form thanks to easy mouldability to the bone surface Low profile thanks to Ø 1.8 mm flattened profile DC holes for the compression of the fragments with Ø 2.5 mm standard cortical screws Foot surgery Middle foot Osteotomies of the first metatarsal bone Arthrodeses of the Lisfranc arthrodesis Metataralgia of the second to fourth metatarsal bone

Mini-One quarter tubular plate Indications Fractures of the fore and middle foot Arthrodeses of the fore and middle foot Metatarsal shortening and lengthening osteotomies Characteristics Plate thickness of 1.0 mm Standard screw joint for cortical screws: Ø 2.7 mm Straight plate systems Foot surgery Foot Fore foot Middle foot Small bones Corrective osteotomies of the metatarsal bone Arthrodeses of the fore and middle foot Fractures of the fore and middle foot

Narrow locking plate Indications Tibial shaft fractures Tibial and femoral fractures in children and adolescents Characteristics Anatomically pre-formed plate design High primary stability thanks to Ø 4.5 mm locking cortical screws Combination holes for locking or standard screw connection Screw position converging by 5 degrees in order to avoid a longitudinal rupture of the shaft when treating long fractures High stability in the osteoporotic bone Straight plate systems Locking plate systems Femur Tibia Disatl tibia fractures, tibial shaft fractures, tibial spiral fractures, bilateral comminuted fractures Femoral fractures

NAVICULARE foot locking plate Indications Single and multifragment fractures of the navicular bone Fractures of the metatarsal bone (ossa metatarsalia) Characteristics Anatomically pre-formed plate design Plate thickness of 1.5 mm Optimum and soft tissue-preserving form thanks to easy mouldability to the bone surface High primary stability thanks to Ø 2.0 mm and Ø 2.2 mm locking cortical screws Treatment of complex fracture types with only one plate instead of using several individual implants Foot surgery Locking plate systems Foot Middle foot Fractures of the metatarsal bone (ossa metatarsalia) Fractures of the tarsal and metatarsus

One-third tubular locking plate Indications Fractures in small bones in small fragment areas Middle foot fractures Fractures of upper ankle joint according to Weber on the fibula Characteristics Anatomically pre-formed plate design High primary stability thanks to Ø 3.0 mm or Ø 3.5 mm locking cortical screws and Ø 3.5 mm or Ø 4.0 mm cancellous screws Combination holes for locking or standard screw connection High stability in the osteoporotic bone Straight plate systems Locking plate systems Fibula Ankle joint Foot Middle foot Small bones Fractures of small bones Fractures in small bones in small fragment areas

PENTA locking plate (Large fragment) Indications  Dislocated and unstable fractures of the capitellum 2-, 3- and 4-fragment fractures Reconstructible calotte fractures Pathological fractures Long proximal humerus fractures Pseudarthroses Osteotomies Characteristics  Anatomically pre-formed plate design for right and left side High primary stability thanks to Ø 4.5 mm locking cortical screws and Ø 5.5 mm cancellous screws No exposure of the fragments necessary Indirect reposition Low dislocation rate if complemented with an unrestricted active after treatment Features  Special lengths up to 18 holes (L 280 mm) available    Locking plate systems Humerus Dislocated and unstable fractures of the capitellum Osteotomies of the humerus

PENTA locking plate (Small fragment) Indications  Dislocated and unstable fractures of the capitellum 2-, 3- and 4-fragment fractures Reconstructible calotte fractures Pathological fractures Long proximal humerus fractures Pseudarthroses Osteotomies Characteristics  Anatomically pre-formed plate design for right and left side High primary stability thanks to Ø 3.5 mm locking cortical screws and Ø 4.0 mm cancellous screws No exposure of the fragments necessary Indirect reposition Low dislocation rate if complemented with an unrestricted active after treatment   Locking plate systems Humerus Dislocated and unstable fractures of the capitellum Osteotomies of the humerus

R-LOCK slim Indications Fractures of the fore and middle foot Arthrodeses of the first metatarsophalangeal joint Lapidus arthrodeses Isolated Lisfranc arthrodeses Metatarsal fractures Characteristics Anatomically pre-formed plate design, usable on the right and left High primary stability thanks to Ø 2.5 mm locking cortical screws Plate thickness of 2.0 mm Foot surgery Locking plate systems Foot Fore foot Middle foot Metatarsophalangeal joint arthrodeses Fractures of the metatarsal bone (ossa metatarsalia) Lapidus arthrodeses Fractures of the fore and middle foot

R-LOCK solid Indications Middle and hind foot fractures Metatarsal fractures Fractures and arthrodeses of the calcaneus/cuboid bone Characteristics Anatomically pre-formed plate design, usable on the right and left High primary stability thanks to Ø 3.0 mm and Ø 3.5 mm locking cortical screws Plate thickness of 2.5 mm Foot surgery Locking plate systems Foot Middle foot Hind foot Fractures of the metatarsal bone (ossa metatarsalia) Middle and hind foot fractures

Reconstruction locking plate (Large fragment) Indications Tibial shaft fractures Pelvic fractures and pathological pelvic fractures Tibial and femoral fractures in children and adolescents Characteristics Anatomically pre-formed plate design High primary stability thanks to Ø 4.5 mm locking cortical screws Combination holes for locking or standard screw connection High stability in the osteoporotic bone Straight plate systems Locking plate systems Pelvis Femur Tibia Pelvic fractures and pathological pelvic fractures Disatl tibia fractures, tibial shaft fractures, tibial spiral fractures, bilateral comminuted fractures Femoral fractures

Reconstruction locking plate (Small fragment) Indications Fractures in small bones Clavicula fractures Traumatic clavicula pseudarthroses Radius, ulna and fibula fractures Characteristics High primary stability thanks to Ø 2.7 mm, Ø 3.0 mm or Ø 3.5 mm locking cortical screws and Ø 3.5 mm or Ø 4.0 mm cancellous screws Combination holes for locking or standard screw connection High stability in the osteoporotic bone Straight plate systems Locking plate systems Clavicula Radius Ulna Fibula Small bones Clavicula fractures Fractures of small bones Fractures in small bones in small fragment areas Radius fractures Traumatic clavicula pseudarthroses Ulna fractures and shortening osteotomies

RIMBUS locking plate Indications Calcaneus fractures of the type Sanders II-IV Calcaneus fractures of the type Sanders I with a flattening of the Boehler angle Characteristics Anatomically pre-formed plate design for the right and left foot Optimum and soft tissue-preserving form thanks to easy mouldability to the bone surface High primary stability thanks to Ø 3.5 mm locking cortical screws and Ø 3.5 mm cancellous screws Foot surgery Locking plate systems Foot Hind foot Calcaneal fractures

SIMPLIUS foot plates SIMPLIUS T-foot locking plate Indications Corrective osteotomies of the first metatarsal bone Rheumatic surgery Arthrodeses of the first metatarsophalangeal joint for osteoporotic bones Arthrodeses of the first Lisfranc joint I Arthrodeses of the interphalangeal joint and first metatarsophalangeal joint Reoperation of the hallux valgus at the first metatarsal bone Serial arthrodeses of the tarsus (distal of the Chopart line) Weber A-type and B-type fractures (fibula) with filigree bones Characteristics Anatomically pre-formed plate design High primary stability thanks to Ø 2.5 mm locking cortical screws Guide wire holes for temporary plate fixation with Ø 1.0mm wires Compression and polyaxial locking holes in alternating order SIMPLIUS foot plate, straight Indications Arthrodeses of the first metatarsophalangeal joint Arthrodeses of the interphalangeal joint (IP joint) Arthrodeses of the second and third Lisfranc joints Corrective osteotomies at the second to fifth metatarsal bone Fractures of the fifth metatarsal bone Subcapital fractures of the second to fifth metatarsal bone Characteristics Anatomically pre-formed plate design Optimum and soft tissue-preserving form thanks to easy mouldability to the bone surface Guide wire holes for temporary plate fixation with Ø 1.0 mm wires Compression due to long hole Straight plate systems Foot surgery Locking plate systems Foot Fore foot Middle foot Small bones Metatarsophalangeal joint arthrodeses Arthrodeses of the interphalangeal joint (IP joint) Arthrodeses of small joints Fractures of the metatarsal bone (ossa metatarsalia) Fractures of small bones Corrective osteotomies of the metatarsal bone Arthrodeses of the Lisfranc arthrodesis Rheumatic surgery

Standard locking plates Indications Fractures of the fore and middle foot Arthrodeses of the first metatarsophalangeal joint Lapidus arthrodeses Isolated Lisfranc arthrodeses Metatarsal fractures Characteristics Anatomically pre-formed plate design High primary stability thanks to Ø 2.5 mm and Ø 3.0 mm locking cortical screws Guide wire holes for temporary plate fixation with Ø 1.0 mm wires Straight plate systems Foot surgery Locking plate systems Foot Fore foot Middle foot Metatarsophalangeal joint arthrodeses Fractures of the metatarsal bone (ossa metatarsalia) Lapidus arthrodeses Fractures of the fore and middle foot

Straight locking plate (Small fragment) Indications Fractures in small bones in small fragment areas Fractures and shortening osteotomies of the ulna Fractures of the humerus in children and adolescents Characteristics Anatomically pre-formed plate design High primary stability thanks to Ø 3.0 mm or Ø 3.5 mm locking cortical screws and Ø 3.5 mm or Ø 4.0 mm cancellous screws Combination holes for locking or standard screw connection High stability in the osteoporotic bone Straight plate systems Locking plate systems Humerus Ulna Small bones Shaft fractures of the distal humerus Fractures of small bones Fractures in small bones in small fragment areas Ulna fractures and shortening osteotomies

T-foot locking plate Indications Fractures of the fore and middle foot Arthrodeses of the first metatarsophalangeal joint Lapidus arthrodeses Isolated Lisfranc arthrodeses Metatarsal fractures Characteristics Anatomically pre-formed plate design High primary stability thanks to Ø 2.5 mm locking cortical screws Guide wire holes for temporary plate fixation with Ø 1.0 mm wires Foot surgery Locking plate systems Foot Fore foot Middle foot Metatarsophalangeal joint arthrodeses Fractures of the metatarsal bone (ossa metatarsalia) Lapidus arthrodeses Fractures of the fore and middle foot

TALARLOCK & PANTALARLOCK Indications TALARLOCK Arthrodeses of the upper ankle joint  PANTALARLOCK  Upper ankle and subtalar joint arthrodeses, for a combined fusion of the upper ankle and subtalar joint Characteristics  From a surgical perspective, the plate allows for an easy posterolateral approach to the upper ankle joint and subtalar joint without affecting any major anatomical structures, less impairment of wound-healing Both joints can be approached via one incision, no alteration of plantar soft tissue Optimum control of the axial heel when the patient is in a prone position with a possible extension in terms of posterior preparation Excellent compression of the arthrodesis space thanks to traction screws, optimum fixation by means of locking screws in the tibia, talus and calcaneus Innovations Locking plate systems Ankle joint Arthrodeses of the upper and lower ankle joint Upper ankle and subtalar joint arthrodeses, for a combined fusion of the upper ankle and subtalar joint Arthrodeses of the upper ankle joint

Tibia locking plate "ANGIUS" distal, medial Indications Intra-articular and extra-articular fractures of the distal tibia Comminuted fractures of the tibial pilon Pseudarthroses Characteristics Eightfold locking option in the distal area for each fracture type No exposure of the fractures necessary High primary stability thanks to Ø 3.0 mm and Ø 3.5 mm locking cortical screws Reinforced plate shank for optimum stability Soft tissue-preserving and flattened head profile Locking plate systems Tibia Disatl tibia fractures, tibial shaft fractures, tibial spiral fractures, bilateral comminuted fractures

Tibia locking plate "GEMINUS" distal Distal tibia locking plate “GEMINUS-D” Indications Pilon fractures Fracture dislocations of the upper ankle Retention of the avulsion fracture of the tuberculum posterius tibiae (Volkmann fracture) with fractures of the upper ankle, if a posterolateral access takes place Retention of the posterolateral and/or rear tibial edge fragment with pilon tibial fractures, if a posterolateral access takes place Characteristics Anatomically pre-formed plate design for right and left leg Rounded edges and flattened plate head minimize the soft tissue irritation High primary stability thanks to Ø 3.0 mm and Ø 3.5 mm locking cortical screws Polyaxial locking thread allows the secure fixation of all fragments irrespective of fragment position and extent Distal tibia locking plate “GEMINUS-V” Indications Pilon fractures Fracture dislocations of the upper ankle Very distally located, simple (B fractures) joint fractures of the distal tibia (without existing metadiaphyseal debris zone), if anterior or anteromedial access to the pilon is needed Characteristics Anatomically pre-formed plate design for right and left leg Rounded edges and flattened plate head minimize the soft tissue irritation High primary stability thanks to Ø 3.0 mm and Ø 3.5 mm locking cortical screws Polyaxial locking thread allows the secure fixation of all fragments irrespective of fragment position and extent Locking plate systems Tibia Ankle joint Disatl tibia fractures, tibial shaft fractures, tibial spiral fractures, bilateral comminuted fractures Fracture dislocations of the upper ankle Pilon fractures

Tibia locking plate proximal, lateral Indications High tibial osteotomies (HTO) in the case of varus and valgus deformities Fractures of the tibial plateau with or without joint involvement Tibial shaft fractures, tibial spiral fractures, bilateral comminuted fractures Characteristics Anatomically pre-formed plate design for right and left leg High primary stability thanks to Ø 4.5 mm locking cortical screws and Ø 5.5 mm cancellous screws No secondary dislocation Early functional after-treatment possible   Locking plate systems Tibia Disatl tibia fractures, tibial shaft fractures, tibial spiral fractures, bilateral comminuted fractures Fractures of the tibial plateau Fractures of the tibial plateau with or without joint involvement High tibial osteotomies (HTO) in the case of varus and valgus deformities

Tibia locking plate proximal, medial Indications High tibial osteotomies (HTO) in the case of varus and valgus deformities Fractures of the tibial plateau with or without joint involvement Tibial shaft fractures, tibial spiral fractures, bilateral comminuted fractures Characteristics Anatomically pre-formed plate design for right and left leg High primary stability thanks to Ø 4.5 mm locking cortical screws and Ø 5.5 mm cancellous screws No secondary dislocation Early functional aftertreatment possible   Locking plate systems Tibia Disatl tibia fractures, tibial shaft fractures, tibial spiral fractures, bilateral comminuted fractures Fractures of the tibial plateau Fractures of the tibial plateau with or without joint involvement High tibial osteotomies (HTO) in the case of varus and valgus deformities

TWISTER screw Indications  Weil osteotomy Fixation of small bone fragments Osteotomies and fractures of small bones Characteristics  Anatomical adaption thanks to flat screw head and cross head Easy screwing thanks to self-tapping thread Ø 2.0 mm cortical screw Foot surgery Foot Fore foot Small bones Fractures of small bones Osteotomies of small bones Osteotomies of small bones or fragments Weil and Chevron-Austin osteotomies

TWISTER-I screws Indications  Weil osteotomy Fixation of small bone fragments Osteotomies and fractures of small bones Characteristics  Distinct predetermined breaking point, which breaks in at the defined torque Insertion of screws using a drive is possible Anatomical adaption thanks to flat screw head Easy screwing thanks to self-drilling, self-tapping trocar point Three recesses on the screw head and on the shank ensure a safe hold for the screw driver Foot surgery Foot Fore foot Small bones Fractures of small bones Osteotomies of small bones Osteotomies of small bones or fragments Weil and Chevron-Austin osteotomies

VALGUS foot locking plates Indications  Arthrodeses of the first metatarsophalangeal joint (primary and interposition arthrodeses) Corrective osteotomies of the first metatarsal bone Revision arthrodeses with interposition bone graft at the first metatarsophalangeal joint Revision surgeries according to Keller-Brandes Characteristics  Anatomically pre-formed plate design with a 10° metatarsal angle for the right and left foot High primary stability thanks to Ø 2.5 mm and Ø 3.0 mm locking cortical screws Guide wire holes for temporary plate fixation with Ø 1.0 mm wires Standard holes in the shank for standard screw connection for bone graft interposition Foot surgery Locking plate systems Foot Fore foot Middle foot Metatarsophalangeal joint arthrodeses Interposition arthrodeses of the first metatarsophalangeal joint Corrective osteotomies of the metatarsal bone Revision surgeries according to Keller-Brandes