Product catalog 2021 - Intrauma

Product catalog 2021

Export version

Data and imagesIntrauma S.p.A. reserves the right to make changes to the design and finish of the products shown and described in this catalog without prior notice. The images are provided for information purposes only.The information displayed is purely indicative about some general features of the products shown herein.This information does not constitute in any way whatsoever a description of the specific features by the Manufacturer.Therefore, we recommend the customer to always contact the company Intrauma S.p.A. in order to obtain complete information on the specific features.

© The contents of this catalog are protected by copyrights. The reproduction of these contents is possible only if expressly authorized by Intrauma S.p.A.It is not allowed to copy and distribute this catalog without prior authorization.

Intrauma is located in Val di Susa, Rivoli, just 10 km from the heart of Turin. Its location in the Turin industrial area makes it easily reachable, close to the ring road (Corso Allamano exit), and Caselle International Airport is just 25 km away. Intrauma also has three additional logistics and sales locations across Italy, Bologna, Viareggio (LU) and Roma, to quickly meet any emergency needs in the operating room.

In 2011, Intrauma opened its US branch in Hoboken, NJ.

Establishing an office in this location allows us to

better serve our US distributors, bringing practical

advantages in terms of logistics and efficiency.

Today Intrauma is the second largest supplier of

internal fixation devices in Italy. It has a network of

agents and product specialists across the country,

providing the highest level of support to surgeons

and patients.

At present it is rapidly expanding its international

sales through worldwide marketing operations.

welcome to the Intrauma S.p.A.

Founded in 2006, Intrauma is headquartered in Rivoli, nearest Turin. The company was founded to manufacture an innovative medical device, the “O’nil System Internal Fixator”, distributed directly in Italy and all over the world through authorized resellers.

Our company know-how is based on years of management experience in the field of orthopedic traumatology, marked by the constant search for cutting-edge solutions, particularly technical-scientific innovations in its line of products and systems.

Intrauma designs and manufactures O’nil internal fixator range of products, in clinical use since 2002. The company is committed to the research and development of both materials and production processes, in collaboration with experienced traumatological surgeons, to provide the highest quality devices and to simplify the everyday approach to traumatology.

highest standardsoptimal service

5

once upon a timeFor decades, rigid osteosynthesis, with metal plates affixed to the bone with screws, was one of the most widespread methods for setting fractures.

This technique has some drawbacks, caused by complications due to unfavourable biological and biomechanical conditions. Multidisciplinary studies on osteosynthesis with the use of traditional plates have demonstrated that stability is closely linked to the pressure of the plate on the bone due to the traction force of the screws. Cortical screws tightened to 15Nm of force have a traction force equivalent to 750N. The result is, as an example, a plate affixed with 6 screws pressing onto the bone surface with the force of 6x750N = 4500N (Granowsky). This force is distributed over an adherence surface equal to 15% of the entire surface of the plate, typically around 1.5 cm2 (Spyra).

Such strong lateral pressure causes the disorientation of the osteocytes, as well as osteolysis and osteoporosis, consequently diminishing the fixative force. Limited contact plates can reduce the pressure of the support on the bone. Reduction of the contact surface increases pressure per cm2, further worsening the biomechanical situation.

Rigid osteosynthesis is one of the conditions for primary stability of the bone. Stabilisation can be obtained only after precise reduction of the fracture and after compression between the individual bone fragments.

The recommended compression of over 500N for each cm2 of the transversal section of the bone is damaging, as it impedes the passage of nutritive substances and metabolic products through the bone fragments. The final compressed bone does not change form, but can cause delays in consolidation.

The duration of consolidation by plates is limited. This is due to the considerable overload on the screws, between the head and the start of the threading, which are subjected to the cutting forces transmitted by the movement of the plate. This induces osteolysis of the bone tissue and a reduction of the forces holding the plate. The direct consequence of all this is the loosening and/or breakage of the screws, and the consequent failure of osteosynthesis.

innovation and technologyThe O’nil system, while morphologically similar to traditional plates, is mechanically similar to external fixators. But it is different from each of these, showing itself to be a new and original system of osteosynthesis. Solidarisation between the self-locking screws and the support is assured by the coupling that is created in the interface between the head of the screw and the tapered bore of the bushing.

O’nil is a stable system that is substantially different from a “traditional” plate. The O’nil system elastically transfers forces that act on the fracture. The structure elastically deforms under the action of such forces, returning to its initial state when the actions cease.

6

stability and grip of the implantIn lateral loads, prevalent in the upper limbs, force tends to make fragments rotate, and resistance depends on single screws with rigid support.

Screws inserted into a single cortical do not ensure sufficient resistance to the rotation of fragments.

In axial loads, prevalent in the lower limbs, the force exerted causes the flexion of the screws on

the support, leading to the major risk of localised osteolysis and/or breakage.

It is therefore important that the screws are affixed onto the two corticals.

stability of the implant in loading condition• Stable bridge immobilisation of comminuted fractures.

• Plate-screw solidarisation reduces the secondary loss of reduction in the epiphyseal and metaphyseal regions.

• Screws are locked onto the plate and the physiological load (F) is homogeneously transferred from the bone to the plate.

• Bone fragments are stably fixed into the position assumed at the time the screws were locked.

F

7

angular stability• Angular support confers stability to the fragment

independent of bone quality.

• Limited contact reduces the impairment of periosteal blood supply, preserving circulation.

• Screws conically locked onto the plate on two or three levels.

characteristics of the screwsSelf-threading, conical-head screws

O’nil screws have the following characteristics:

• A: 2° conical head.• B: Self-threading grooves.• C: Hexagon socket for screwdrivers.• D: Thread.

O’nil screws are divided into 4 pathologies:

• Mini Series Screws, 2.5 mm diameter• 3.5 Series Screws, 3.5 mm diameter• 5 Series Screws, 5.0 mm diameter• 7 Series Screws, 7.0 mm diameterO’nil screws are made of Titanium Ti6Al4V

characteristics of the bushing• Pre-assembled on the support.• Housing for conical screws (2°).• O’nil bushings are made of Ti6Al4V.• O’nil bushings are colour-coded.

A

B

C

D

8

± 15°

MultiAx• The MultiAx system offers variable angle locking

to adapt the screw angles to the different types of fractures and anatomies with possible angles of up to 15° in all directions around the central axis of the plate hole.

MultiAx system characteristicsThe MultiAx screw has the following characteristics

• It offers optimal axial stability, excellent frictional adhesion and easy grip of the screw.

• Helps avoid soft tissue irritation in bicortical use.

• Designed with threads on the lower side of the screw head, which at the time of insertion engage on the circular “lip” inside any hole on the plate, with the exception of the long hole in the shaft.

• Exclusive one-step locking: obtained by simply inserting a locking screw or a peg in the polyaxial locking range of ± 15 degrees, without the need for further steps.

MultiAx screws are in Titanium Ti6AI4V - ISO 5832-3

9

characteristics of the supports• Less invasive through the use of shorter implants,

with a reduced number of screws.

• Screw-support solidarisation through conical coupling ensures the distribution of force throughout the structure, eliminating the risk of implant breakage and screw mobilisation.

• Mechanical quality of the implant permits early rehabilitation and distribution of loads.

• Stability of the implant is especially important in treating elderly patients with poor bone quality.

• Conical coupling creates a stable system, reducing secondary loss of reduction.

Greater concentration of bores in the distal parts, allowing improved synthesis and reduction of fragments.

Anatomical supports, 1.2 to 4.5 mm in thickness, allow an extremely wide application.

Conical bushings are pre-assembled on the plate, allowing simple and immediate insertion of the screws.

Contact and pressure of the bone support are not needed, preserving the vascularisation of the periosteum.

Plates have rounded edges for easier and less invasive application.

10

advantages of hybrid implantsAbility to use screws of differing diameters on some types of fixators. Use of screws with diameters smaller than the epiphysis allows optimal synthesis of the fracture.

Ability to model the support based on anatomy.

innovative solutionsFractures of the humeral pallet

• Distal parts of the fixators are tapered to preserve the soft tissue of the humeral pallet.

• Stable fixation in the condylar area is ensured by the specific orientation of the screws.

• Stable fixation in the condylar area is ensured by the specific orientation of the screws.

11

Autolocking screwsimplant technique

1. After the fracture is reduced, solidarise the support onto the bone with the aid of reduction forceps.

2. Insert the drill guide into the bushing, conically coupling it. Insert the helicoidal point into the drill guide and execute a bicortical hole.

3. Pay attention during removal of the drill guide: this must be done with a clockwise rotation.

4. After removing the drill guide, determine the length of the screws with the appropriate gauge.

Autolocking screwsimplant technique

12

5. Remove the gauge and insert the screws of the selected size, without completely tightening it into the site, as shown in the figure.

6. Proceed similarly for all the other screws. Before completely tightening the heads of the screws, ensure that the lengths selected are correct.

7. Tighten the screws using moderate force.

13

MultiAximplant technique

1. Drill a hole in the sliding slot with the bit using the universal drill guide.

2. Determine the length of the screw to be used, with the depth gauge

3. Insert the cortical screw with the hexalobe screwdriver. Adjust the position of the plate.

4. If necessary, use the K-wire to temporarily secure the fragments.

MultiAximplant technique

14

5. Insert the universal drill guide in the hole, inclining it appropriately and drill with the drill bit.

8. Tighten the screws using moderate force.

7. Insert the remaining screws.

6. Insert the polyaxial screw with the screwdriver.

15

Technique with temporary stabilisation screws

1. Remove the point and the drill guide and tighten the temporary stabilisation screws. If necessary, use the second stabilisation screw.

2. Proceed by inserting the final screws, as specified in the previous implant technique.

3. Remove the temporary stabilisation screws, measure the length of the final screws, and insert them.

4. After verifying that the length is correct, tighten the screws, conically coupling the head with the bushing.

16

Autolocking screwsInterfragmentary compression

2. Insert the head of the autolocking screw inside the compression device until it stops.

3. Screw the ring nut until the screw head is locked in the compression device.

1. Check that the conical part of the compression device (A) is outside the liner (B). If not, unscrew and press the ring nut (C).

A B C

4. After having drilled the hole (see technique on page 11), insert the screwdriver in the compression device and screw the screw into the desired hole. When the compression device comes in contact with the bushing head, the compression phase will begin. Keep on screwing until the desired compression level is obtained.

5. At the end of the compression phase unscrew the ring nut and retract the liner until the conical part of the compression device is free.

6. Keep on screwing until the screw head locks in the bushing cone.

17

Screw-bushing disassembly technique

2. Screw the cap back onto the screw/bushing disassembler.

1. If the bushing is still assembled at the head when removing a screw, insert the two components into the screw/bushing disassembly tool, as shown in the figure.

3. Insert the beater, as shown in the figure, and disassemble the bushing from the screws.

Slotted pin

18

The four bores (Ø 2 mm) on the walls of the pin allow easy insertion of the cerclage cable.

After selecting the bushing in which to insert the slotted pin, insert it into the conical site and tighten it, using the appropriate screwdriver for the series.

View of the correctly inserted slotted pin.

Serie 3.5 Serie 5

The slotted pin is to be inserted into the bushing to perform cerclage. The slotted pin is made of Titanium Ti6Al4V and is internally hexagonally recessed.

Available in versions:• 3.5 Series• 5 Series (including threaded)

19

Removal of the implant

1. Use a screwdriver to decouple the head of the screw from the bushing.

2. We recommend decoupling several screws to facilitate removal.

3. Method for extraction of screws:

A - Removal of screws

B - Removal of screw with bushing

A B

Table of contents

21

STERILE KITS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 23Distal Radius Sterile Kit . . . . . . . . . . . . . 24Distal Fibula Sterile Kit . . . . . . . . . . . . . 25

UPPER LIMB . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 27Volar plates. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 28

Wristar MultiAx . . . . . . . . . . . . . . . . . . . . . . 28Wristar. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 29MTF . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 30Multihole . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 31Window . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 31

Olecranon . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 32Radio-Ulna . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 33Humerus . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 34

Diaphyseal humerus . . . . . . . . . . . . . . 34PHF - Proximal humerus . . . . . . . . . 35PGR - Proximal humerus . . . . . . . . . 36Distal humerus . . . . . . . . . . . . . . . . . . . . . . 37Periprosthetics . . . . . . . . . . . . . . . . . . . . . . 40

Clavicle . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 41Elafix Nail . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 43

LOWER LIMB . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 45Calcaneus . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 46

Mercury . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 46Malleolus . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 47

Kite . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 47Kite posterior . . . . . . . . . . . . . . . . . . . . . . . . 49

Tibia . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 50Diaphyseal tibia . . . . . . . . . . . . . . . . . . . . . 50Proximal tibia . . . . . . . . . . . . . . . . . . . . . . . . 51Medial proximal tibia . . . . . . . . . . . . . 52Distal tibia . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 53

Femur . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 54Diaphyseal femur . . . . . . . . . . . . . . . . . . 54

Proximal femur . . . . . . . . . . . . . . . . . . . . . . 55Distal femur . . . . . . . . . . . . . . . . . . . . . . . . . . 56Hip Periprosthetics . . . . . . . . . . . . . . . . 57Knee Periprosthetics . . . . . . . . . . . . . . 58

Elos Nail . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 59

SCREWS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 61O’nil Autolocking . . . . . . . . . . . . . . . . . . . . . . 61Cortical. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 62MultiAx. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 63

FOOT SURGERY. . . . . . . . . . . . . . . . . . . . . . . . . . . . 64PBS burrs . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 64

INSTRUMENTS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 65Serie Mini 2.5 . . . . . . . . . . . . . . . . . . . . . . . . . . . . 67Serie Mini/3.5 . . . . . . . . . . . . . . . . . . . . . . . . . . . 68Serie 5.0 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 69Elos . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 70

Single-use Sterile Kits

STER

ILE

KITS

0 0 5 1

24

STER

ILE

KITS

Wristar MultiAx Distal Radius Sterile KitThe Kit provides high quality single-use implants and instruments designed to improve the efficiency of your operating theater.

It is streamlined to promote procedural efficiency by simplifying the management of instruments and implants during the surgical procedure.

The innovative instrumentation is single-use and allows you to maintain the same surgical routine you perform today.

n MultiAx screws Ø 2.5 from 12 to 22 mmn Cortical screws R.H. Ø 2.7 from 12 to 14 mm

MaterialsPlates: CP Titanium Gr.4 - ISO 5832-2Screws: Titanium Ti6AI4V - ISO 5832-3

Kit

Ref. Description L. mm Locked Free Locked Free

KM1.9031 KIT - WRISTAR MultiAx Volar plate (L) Small 47 7 0 2 1

KM1.9032 KIT - WRISTAR MultiAx Volar plate (R) Small 47 7 0 2 1

KM1.9033 KIT - WRISTAR MultiAx Volar plate (L) Medium 50 7 0 2 1

KM1.9034 KIT - WRISTAR MultiAx Volar plate (R) Medium 50 7 0 2 1

KM1.9035 KIT - WRISTAR MultiAx Volar plate (L) Small Long 64 7 0 3 2

KM1.9036 KIT - WRISTAR MultiAx Volar plate (R) Small Long 64 7 0 3 2

KM1.9037 KIT - WRISTAR MultiAx Volar plate (L) Medium Long 67 7 0 3 2

KM1.9038 KIT - WRISTAR MultiAx Volar plate (R) Medium Long 67 7 0 3 2

0 0 5 1

Epiphysis holes Diaphysis holes

25

STER

ILE

KITS

Distal Fibula Sterile KitThe Kit provides high quality single-use implants and instruments designed to improve the efficiency of your operating theater.

It is streamlined to promote procedural efficiency by simplifying the management of instruments and implants during the surgical procedure.

The innovative instrumentation is single-use and allows you to maintain the same surgical routine you perform today.

n Autolocking screws Ø 2.5 from 14 to 24 mmn Cortical screws R.H. Ø 2.7 from 10 to 16 mmn Syndesmosis screws Ø 3.0 from 38 to 58 mm not included

MaterialsPlates: Titanium Ti6Al4V - ISO 5832-3Bushings and screws: Titanium Ti6AI4V - ISO 5832-3

Kit

Ref. Description L. mm Locked Free Locked Free

KM2.7109 KIT - KITE Malleolar plate (L) Short 82 5 0 2 3

KM2.7110 KIT - KITE Malleolar plate (R) Short 82 5 0 2 3

KM2.7111 KIT - KITE Malleolar plate (L) Medium 107 5 0 3 4

KM2.7112 KIT - KITE Malleolar plate (R) Medium 107 5 0 3 4

KM2.7113 KIT - KITE Malleolar plate (L) Long 132 5 0 5 4

KM2.7114 KIT - KITE Malleolar plate (R) Long 132 5 0 5 4

0 0 5 1

Epiphysis holes Diaphysis holes

Upper limb 0 5 4 6

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Wristar MultiAx Radius volar plates

Scale 1:1

n MultiAx Screw Ø 2.5 from 8 to 40 mmn Cortical screws Ø 2.7 from 6 to 40 mm

MaterialsPlates: Titanium Grade 4 - ISO 5832-2 Screws: Titanium Ti6AI4V - ISO 5832-3

Epiphysis holes

Diaphysis holes

120.9031 (L) - 120.9032 (R)

WRISTAR MultiAx Volar plate SmallLength: 47 mm

Locked: 7Free: 0Locked: 2Free: 1

Epiphysis holes

Diaphysis holes

120.9033 (L) - 120.9034 (R)

WRISTAR MultiAx Volar plate MediumLength: 50 mm


Epiphysis holes

Diaphysis holes

120.9035 (L) - 120.9036 (R)

WRISTAR MultiAx Volar plate Small LongLength: 64 mm


Epiphysis holes

Diaphysis holes

120.9037 (L) - 120.9038 (R)

WRISTAR MultiAx Volar plate Medium LongLength: 67 mm


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Scale 1:1

Radius volar plates

n Autolocking screws Ø 2.5 from 8 to 50 mmn Cortical screws Ø 2.7 from 6 to 40 mm

MaterialsPlates: Titanium Grade 4 - ISO 5832-2 Bushings and screws: Titanium Ti6AI4V - ISO 5832-3

Epiphysis holes

Diaphysis holes

120.9003 (L) - 120.9004 (R)

WRISTAR radius volar plate smallLength: 50 mm


Epiphysis holes

Diaphysis holes

120.9005 (L) - 120.9006 (R)

WRISTAR radius volar plate mediumLength: 50 mm


Epiphysis holes

Diaphysis holes

120.9007 (L) - 120.9008 (R)

WRISTAR radius volar plate small-longLength: 86 mm


30

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MTFRadius volar plates

Scale 1:1

120.9009 (L) - 120.9010 (R)

MTF radius volar plate smallLength: 47 mm


120.9011 (L) - 120.9012 (R)

MTF radius volar plate mediumLength: 48 mm


120.9013 (L) - 120.9014 (R)

MTF radius volar plate small-longLength: 86 mm



MaterialsPlates, bushings and screws: Titanium Ti6AI4V - ISO 5832-3

Epiphysis holes

Epiphysis holes

Diaphysis holes

Diaphysis holes

Epiphysis holes

Diaphysis holes

31

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MultiholeRadius volar plates

120.9001 (L) - 120.9002 (R)

Multihole radius volar plateLength: 46 mm


WindowRadius volar plates

Epiphysis holes

Diaphysis holes

120.9201 (L) - 120.9202 (R)

WINDOW radius volar plate small Length: 48 mm


Epiphysis holes

Diaphysis holes

120.9203 (L) - 120.9204 (R)

WINDOW radius volar plate mediumLength: 53 mm


Scale 1:1

Scale 1:1

Epiphysis holes

Diaphysis holes


MaterialsPlates: Titanium Grade 4 - ISO 5832-2 Bushings and screws: Titanium Ti6AI4V - ISO 5832-3


MaterialsPlates: Stainless steel AISI 316 LVM - ISO 5832-1 Bushings and screws: Titanium Ti6AI4V - ISO 5832-3

32

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IMB

Olecranon

131.4003 (L) - 131.4004 (R)

Olecranon plate L Length: 105 mm


131.4001

Hook olecranon plateLength: 90 mm

Locked: 5Free: 0

Scale 1:1

n Autolocking screws Ø 2.5 from 8 to 50 mmn Autolocking screws Ø 3.5 from 10 to 70 mm

MaterialsPlates: Stainless steel AISI 316 LVM - ISO 5832-1Bushings and screws: Titanium Ti6AI4V - ISO 5832-3

n Autolocking screws Ø 3.5 from 10 to 70 mm


Scale 1:1

Epiphysis holes

Diaphysis holes

Diaphysis holes

33

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Radio - Ulna

Diaphysis holes

131.1101

ACP straight plate shortLength: 79 mm

Locked: 4Free: 2

Diaphysis holes

131.1102

ACP straight plate mediumLength: 111 mm

Locked: 6Free: 2

Diaphysis holes

131.1103

ACP straight plate longLength: 145 mm

Locked: 6Free: 2

Scale 1:1


MaterialsPlates: Stainless steel AISI 316 LVM - ISO 5832-1Bushings and autolocking screws: Titanium Ti6AI4V - ISO 5832-3Cortical screws: Stainless steel AISI 316 LVM - ISO 5832-1

34

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Diaphyseal humerus

Diaphysis holes

135.1005

Diaphyseal humerus plate shortLength: 120 mm

Locked: 8Free: 0

Diaphysis holes

135.1006

Diaphyseal humerus plate longLength: 180 mm

Locked: 10Free: 0

Scale 1:1



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PHFProximal humerus

Scale 1:1

Epiphysis holes

Diaphysis holes

135.1203 (L) - 135.1204 (R)

PHF Proximal humerus plate mediumLength: 82 mm


Epiphysis holes

Diaphysis holes

135.1205 (L) - 135.1206 (R)

PHF Proximal humerus plate longLength: 125 mm


Epiphysis holes

Diaphysis holes

135.1207 (L) - 135.1208 (R)

PHF Proximal humerus plate extra-longLength: 180 mm



MaterialsPlates and cortical screws: Stainless steel AISI 316 LVM - ISO 5832-1Bushings and autolocking screws: Titanium Ti6AI4V - ISO 5832-3

36

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PGRProximal humerus

Scale 1:1

Epiphysis holes

Diaphysis holes

135.1101 (L) - 135.1102 (R)

Humerus Claw PGR Proximal humerus shortLength: 83 mm


Epiphysis holes

Diaphysis holes

135.1103 (L) - 135.1104 (R)

Humerus Claw PGR Proximal humerus mediumLength: 124 mm


Epiphysis holes

Diaphysis holes

135.1105 (L) - 135.1106 (R)

Humerus Claw PGR Proximal humerus longLength: 163 mm


Epiphysis holes

Diaphysis holes

135.1107 (L) - 135.1108 (R)

Humerus Claw PGR Proximal humerus extra-longLength: 223 mm




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Distal humerus

Scale 1:1

Epiphysis holes

Diaphysis holes

133.1005

Distal humerus medial plate shortLength: 103 mm


Epiphysis holes

Diaphysis holes

133.1006

Distal humerus medial plate mediumLength: 148 mm


Epiphysis holes

Diaphysis holes

133.1007 (L) - 133.1008 (R)

Distal humerus lateral plate shortLength: 98 mm


Epiphysis holes

Diaphysis holes

133.1009 (L) - 133.1010 (R)

Distal humerus lateral plate mediumLength: 143 mm




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Distal humerus

Scale 1:1

Epiphysis holes

Diaphysis holes

133.1001 (L) - 133.1002 (R)

Distal humerus Y plateLength: 101 mm




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Distal humerus

Scale 1:1

Epiphysis holes

Diaphysis holes

133.2001

Distal humerus Fork plate shortLength: 109 mm


Epiphysis holes

Diaphysis holes

133.2002

Distal humerus Fork plate mediumLength: 169 mm




40

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Humerus periprosthetics

Diaphysis holes

135.1005

Diaphyseal humerus plate short Length: 120 mm

Locked: 8Free: 0

Diaphysis holes

135.1006

Diaphyseal humerus plate long Length: 180 mm

Locked: 10Free: 0

Scale 1:1



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Clavicle

Scale 1:1



Diaphysis holes

132.3001 (L) - 132.3002 (R)

“S” Clavicle plateLength: 95 mm

Locked: 6Free: 0

Diaphysis holes

132.3003

Short clavicle plateLength: 70 mm

Locked: 4Free: 0

Diaphysis holes

132.3004

Long clavicle plateLength: 94 mm

Locked: 6Free: 0

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Clavicle

Scale 1:1



Epiphysis holes

Diaphysis holes

120.7201 (L) - 120.7202 (R)

Lateral clavicle plateLength: 58 mm


Epiphysis holes

Diaphysis holes

132.3005 (L) - 132.3006 (R)

Hook clavicle plateLength: 63 mm


Scale 1:1



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Indications

Treatment of proximal metaphyseal and diaphyseal fractures of the humerus.

Opening system with one-piece slider Ø 8 mm

Proximal locking screw Ø 3.5 mm

Body Ø 8.5 mm

Slider with the function of controlling opening/elasticity

Five wires Ø 2.5 elastically preloaded

Preassembled wire for applying traction to the slider

Angle 15°

- Fasciculated retrograde nail with controlled elasticity and expansion

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MaterialsStainless steel AISI 316 LVM - ISO 5832-1

Instruments

Ref. Instrumentation

SM200 Elafix Instrument Case SM201 Nail Introducer SM202 Nail Holding Cannulated ScrewSM203 Ø 2.8 mm Graduated Drill Guide SM204 Screw GuideSM205 Slider PullerSM208 3.5 mm Hex ScrewdriverSM212 Conical ReamerSM222 Ø 2.8 mm Drill Bit, 230 mmSM224 AwlSM225 Nail RulerSM227 Assembly BushingS52 Ø 4.0 mm Drill Bit, 200 mm

Elafix nail

Ref. L. mm

202.2100 210202.2200 220202.2300 230202.2400 240202.2500 250202.2600 260202.2700 270202.2800 280202.2900 290202.3000 300202.3100 310

Locking screws Ø 3.5

Ref. L. mm

202.0020 20202.0022 22202.0024 24202.0026 26202.0028 28202.0030 30

- Fasciculated retrograde nail with controlled elasticity and expansion

Lower limb 0 5 4 6

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MercuryCalcaneus

Epiphysis holes

120.7001 (L) - 120.7002 (R)

MERCURY calcaneus plateLength: 67 mm

Locked: 11Free: 0

Epiphysis holes

120.7003 (L) - 120.7004 (R)

MERCURY calcaneus plate smallLength: 56 mm

Locked: 11Free: 0


MaterialsPlates: Titanium Grade 4 - ISO 5832-2Bushings and screws: Titanium Ti6AI4V - ISO 5832-3Scale 1:1

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Malleolus

Epiphysis holes

Diaphysis holes

120.7101

KITE Malleolar plate shortLength: 80 mm


Epiphysis holes

Diaphysis holes

120.7102

KITE Malleolar plate mediumLength: 108 mm


Epiphysis holes

Diaphysis holes

120.7103

KITE Malleolar plate longLength: 150 mm


n Autolocking screws Ø 2.5 from 8 to 50 mmn Syndesmosis screws Ø 3.5 from 40 to 62 mmn Cortical screws Ø 2.7 from 6 to 40 mm

MaterialsPlates and Syndesmosis screws: Stainless steel AISI 316 LVM - ISO 5832-1 Bushings, autolocking, and cortical screws: Titanium Ti6AI4V - ISO 5832-3Scale 1:1

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Malleolus

Epiphysis holes

Diaphysis holes

120.7109 (L) - 120.7110 (R)

KITE Malleolar plate shortLength: 82 mm


Epiphysis holes

Diaphysis holes

120.7111 (L) - 120.7112 (R)

KITE Malleolar plate mediumLength: 107 mm


Epiphysis holes

Diaphysis holes

120.7113 (L) - 120.7114 (R)

KITE Malleolar plate longLength: 132 mm


n Autolocking screws Ø 2.5 from 8 to 50 mmn Cortical screws Ø 2.7 from 6 to 40 mm n Syndesmosis screws: Ø 3.0 from 38 to 58 mm

MaterialsPlates: Titanium ISO 5832-3Screws and bushings: Titanio Ti6AI4V - ISO 5832-3Scale 1:1

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Posterior

Epiphysis holes

Diaphysis holes

120.7105 (L) - 120.7106 (R)

KITE Posterior Malleolar plate mediumLength: 96 mm


Epiphysis holes

Diaphysis holes

120.7107 (L) - 120.7108 (R)

KITE Posterior Malleolar plate longLength: 144 mm


n Autolocking screws Ø 2.5 from 8 to 50 mmn Syndesmosis screws Ø 3.5 from 40 to 62 mmn Cortical screws Ø 2.7 from 6 to 40 mm

MaterialsPlates and Syndesmosis screws: Stainless steel AISI 316 LVM - ISO 5832-1 Bushings, autolocking, and cortical screws: Titanium Ti6AI4V - ISO 5832-3Scale 1:1

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Diaphyseal tibia (and humerus)

Diaphysis holes

151.4100

ACP straight plate shortLength: 122 mm

Locked: 6Free: 2

Diaphysis holes

151.4101

ACP straight plate mediumLength: 169 mm

Locked: 6Free: 2

Diaphysis holes

151.4102

ACP straight plate longLength: 209 mm

Locked: 8Free: 2

Diaphysis holes

151.4103

ACP straight plate extra-longLength: 249 mm

Locked: 10Free: 2

Scale 1:1.5


MaterialsPlates: Stainless steel AISI 316 LVM - ISO 5832-1Bushings and screws: Titanium Ti6AI4V - ISO 5832-3Eyelet: Titanium Grade 5

150.4501

Threaded eyeletTo be used with Ø 2.0 mm cerclage wire

150.4500

EyeletTo be used with Ø 2.0 mm cerclage wire

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ExcellenceProximal tibia

Epiphysis holes

Diaphysis holes

151.2101 (L) - 151.2102 (R)

Proximal tibia plate shortLength: 83 mm


Epiphysis holes

Diaphysis holes

151.2103 (L) - 151.2104 (R)

Proximal tibia plate mediumLength: 143 mm


Epiphysis holes

Diaphysis holes

151.2105 (L) - 151.2106 (R)

Proximal tibia plate longLength: 203 mm


Epiphysis holes

Diaphysis holes

151.2107 (L) - 151.2108 (R)

Proximal tibia plate extra-longLength: 263 mm


Scale 1:1.5



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Medial proximal tibia

Epiphysis holes

Diaphysis holes

151.2011

Proximal tibia medial plateLength: 124 mm


Scale 1:1.5



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Distal tibia

Epiphysis holes

Diaphysis holes

134.1101 (L) - 134.1102 (R)

Distal tibia plate shortLength: 130 mm


Epiphysis holes

Diaphysis holes

134.1103 (L) - 134.1104 (R)

Distal tibia plate mediumLength: 190 mm


Epiphysis holes

Diaphysis holes

134.1105 (L) - 134.1106 (R)

Distal tibia plate longLength: 250 mm


Scale 1:1.5



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Diaphyseal femur

Diaphysis holes

155.1002

ACP Femur straight plate shortLength: 190 mm

Locked: 6Free: 2

Diaphysis holes

155.1003

ACP Femur straight plate mediumLength: 240 mm

Locked: 8Free: 2

Diaphysis holes

155.1004

ACP Femur straight plate longLength: 290 mm

Locked: 10Free: 2

150.4501


Scale 1:1.5



150.4500


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Proximal femur fractures

Epiphysis holes

Diaphysis holes

155.2001 (L) - 155.2002 (R)

PFF proximal femur plate shortLength: 123 mm


Epiphysis holes

Diaphysis holes

155.2003 (L) - 155.2004 (R)

PFF proximal femur plate mediumLength: 173 mm


Epiphysis holes

Diaphysis holes

155.2005 (L) - 155.2006 (R)

PFF proximal femur plate longLength: 223 mm



MaterialsPlates: Stainless steel AISI 316 LVM - ISO 5832-1Bushings and screws: Titanium Ti6AI4V - ISO 5832-3Scale 1:1.5

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Distal femur

Epiphysis holes

Diaphysis holes

152.3001 (L) - 152.3002 (R)

Distal femur periarticular plate mediumLength: 179 mm


Epiphysis holes

Diaphysis holes

152.3003 (L) - 152.3004 (R)

Distal femur periarticular plate longLength: 254 mm


Epiphysis holes

Diaphysis holes

152.3005 (L) - 152.3006 (R)

Distal femur periarticular plate extra-longLength: 327 mm


Epiphysis holes

Diaphysis holes

152.3007 (L) - 152.3008 (R)

Distal femur periarticular plate shortLength: 139 mm



MaterialsPlates: Stainless steel AISI 316 LVM - ISO 5832-1Bushings and screws: Titanium Ti6AI4V - ISO 5832-3Scale 1:2

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Hip periprosthetics

Diaphysis holes

135.1000

IRON LADY Extra Curved longLength: 300 mm

Locked: 18Free: 0

Diaphysis holes

135.1001

IRON LADY One shortLength: 200 mm

Locked: 14Free: 0

Diaphysis holes

135.1004

IRON LADY Plus Curved mediumLength: 249 mm

Locked: 16Free: 0

130.3200


Scale 1:2



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Knee periprosthetics

Epiphysis holes

Diaphysis holes

152.3001 (L) - 152.3002 (R)

Distal femur periarticular plate mediumLength: 179 mm


Epiphysis holes

Diaphysis holes

152.3003 (L) - 152.3004 (R)

Distal femur periarticular plate longLength: 254 mm


Epiphysis holes

Diaphysis holes

152.3005 (L) - 152.3006 (R)

Distal femur periarticular plate extra-longLength: 327 mm



MaterialsPlates: Stainless steel AISI 316 LVM - ISO 5832-1Bushings and screws: Titanium Ti6AI4V - ISO 5832-3Eyelet: Titanium Grade 5Scale 1:2

150.4501


150.4500


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Intramedullary Nail

Short nails Ø 10 mm - 127°

Ref. L Ref. R L. mm

Elos 180 200.1800 200.1800 180

Elos 240 200.2401 200.2402 240

Long nails Ø 10 mm - 127°

Ref. L Ref. R L. mm

Elos 300 200.3201 200.3202 300

Elos 340 200.3401 200.3402 340

Elos 360 200.3601 200.3602 360

Elos 380 200.3801 200.3802 380

Elos 400 200.4001 200.4002 400

Elos 420* 200.4201 200.4202 420

Elos 440* 200.4401 200.4402 440

Elos 460* 200.4601 200.4602 460

*available upon request

300,

340

, 360

, 380

, 400

, 420

, 440

, 460

mm

4°

180

mm

240

mm

Ø 10 mm

Ø 10 mm

Ø 10 mm

MaterialTitanium Ti6AI4V - ISO 5832-3

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Intramedullary Nail

Ø 5 mm

Ø 5 mm

Ø 10.5 mm32 mm

Cannulated cephalic screw Ø 10.5 mm

Ref. L. mm

200.1070 70200.1075 75200.1080 80200.1085 85200.1090 90200.1095 95200.1100 100200.1105 105200.1110 110200.1115 115200.1120 120200.1125 125

Anti-rotation screw Ø 5 mm

Ref. L. mm

200.4065 65200.4070 70200.4075 75200.4080 80200.4085 85200.4090 90200.4095 95200.4100 100

Diaphyseal screw Ø 5 mm

Ref. L. mm

200.4030 30200.4035 35200.4040 40200.4045 45200.4050 50200.4055 55200.4060 60

Cannulated closure cap

200.0001MaterialTitanium Ti6AI4V - ISO 5832-3

61

SCRE

WS

Autolocking screws





n Ø 2.5 mm

Ref. L. mm

120.2508 8120.2510 10120.2512 12120.2514 14120.2516 16120.2518 18120.2520 20120.2522 22120.2524 24120.2526 26120.2528 28120.2530 30120.2534 34120.2538 38120.2542 42120.2546 46120.2550 50

n Ø 3.5 mm

Ref. L. mm

130.3210 10130.3212 12130.3214 14130.3216 16130.3218 18130.3220 20130.3222 22130.3224 24130.3226 26130.3228 28130.3230 30130.3232 32130.3234 34130.3236 36130.3238 38130.3240 40130.3242 42130.3244 44130.3246 46130.3248 48130.3250 50130.3254 54130.3258 58130.3262 62130.3266 66130.3270 70130.3274 74130.3278 78130.3282 82130.3286 86130.3290 90

n Ø 5.0 mm

Ref. L. mm

150.4512 12150.4516 16150.4520 20150.4522 22150.4524 24150.4526 26150.4528 28150.4530 30150.4532 32150.4534 34150.4536 36150.4538 38150.4540 40150.4542 42150.4544 44150.4546 46150.4548 48150.4550 50150.4552 52150.4555 55150.4560 60150.4565 65150.4570 70150.4575 75150.4580 80150.4585 85150.4590 90150.4595 95150.4596 100150.4597 105150.4598 110

n Ø 7.0 mm

Ref. L. mm

156.1060 60156.1065 65156.1070 70156.1075 75156.1080 80156.1085 85156.1090 90156.1095 95156.1100 100156.1105 105156.1110 110156.1115 115

0 5 4 6

62

SCRE

WS

Cortical screws

n Ø 2.7 mm

Ref. L. mm

120.2710 10120.2712 12120.2714 14120.2716 16120.2718 18120.2720 20120.2722 22120.2724 24120.2726 26120.2728 28120.2730 30120.2732 32120.2734 34120.2736 36120.2738 38120.2740 40


MaterialStainless steel AISI 316 LVM - ISO 5832-1

n Ø 3.5 mm

Ref. L. mm

130.3312 12130.3314 14130.3316 16130.3318 18130.3320 20130.3322 22130.3324 24130.3326 26130.3328 28130.3330 30130.3332 32130.3334 34130.3336 36130.3338 38130.3340 40130.3342 42130.3344 44130.3346 46130.3348 48130.3350 50130.3354 54130.3358 58130.3362 62130.3366 66130.3370 70

n Ø 3.0 mm

Ref. L. mm

120.2938 38120.2942 42120.2946 46120.2950 50120.2954 54120.2958 58


0 5 4 6

63

SCRE

WS

MultiAx screws

n Ø 2.5 mm

Ref. L. mm

120.2308 8120.2310 10120.2312 12120.2314 14120.2316 16120.2318 18120.2320 20120.2322 22120.2324 24120.2326 26120.2328 28120.2330 30120.2332 32120.2334 34120.2336 36120.2338 38120.2340 40


0 5 4 6

64

BURR

S

Foot surgery

400.1001

PBS WedgeOsteotomy burr Ø 3.1 mm, Length: 13 mm

400.1002

PBS Wedge extraResection burr Ø 4.1 mm, Length: 13 mm

400.2001

PBS ShannonOsteotomy straight burr Ø 2.0 mm, Length: 12 mm

400.2002

PBS ShannonOsteotomy burr Ø 2.0 mm, Length: 8 mm

0 5 4 6

Instruments

INST

RUM

ENTS

67

INST

RUM

ENTS

Serie Mini 2.5

SET20 - MINI Complete instruments set

S33 - Depth Meter - 1 pc

S232 - Ø 1.2 mm K-Wire Guide - 1 pc

S21 - Ø 2.2 mm Conical Drill Guide - 1 pc

S235 - K-Wire Ø 1.2 mm x 120 mm - 2 pcs

S22 - Ø 2.2 Drill Bit, 160 mm - 2 pcs

S24/S24HL - 2mm Hex /HL8 Hexalobular Screwdriver - 1 pc

S213 - Ø 1.2 mm K-Wire Sleeve - 1 pc

S246 - Compression Device for Locking Screws - 1 pc

S25 - Bushing Carrier/Extractor - 1 pc

S215 - Ø 2.2 mm Conical Graduated Drill Guide - 1 pc

SVM - Ø 2.5 mm Temporary Stabilizing Screw - 2 pcs

S224 - Traction Pin - 1 pc

S20 - MINI Instrument Case - 1 pc

S214 - Ø 2.2 mm Universal Double Drill Guide - 1 pc

68

INST

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ENTS

Serie Mini/3.5S30A - MINI/3.5 Instrument Case - 1 pc


S210 - Ø 2.2 mm Universal Drill Guide - 1 pc



S22 - Ø 2.2 Drill Bit, 160 mm - 2 pcs







S345 - Quick Coupling 2.5 mm Hex Shaft - 1 pc






S385 - Ø 2.8 mm Drill Guide for Cortical Screws - 1 pc

S389 - Ø 2.8 mm Long Conical Drill Guide - 1 pc

S39 - Ø 2.8 Drill Bit, 200 mm - 1 pc

S390 - Ø 2.8 Drill Bit, 150 mm - 1 pc

S394 - Ø 2.8 Drill Bit, 130 mm - 1 pc

SVM - Ø 2.5 mm Temporary Stabilizing Screw - 2 pcs

SVS - Ø 3.5 mm Temporary Stabilizing Screw - 2 pcs

SET20/30 - Complete instruments set serie MINI/3.5S340 - 2.5 mm Hex Screwdriver - 1 pc

S24/S24HL - 2mm Hex /HL8 Hexalobular Screwdriver - 1 pc

69

INST

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ENTS

Serie 5Instruments Serie 5

S500 - 5/PFF - Instrument Tray - 1 pc

Dedicated instruments PFF

SET50/PFF - Complete instruments set serie 5 / PFF

S102 - Threaded Guide Wire Ø 2.5 mm x 270 mm - 2 pcs

S51 - Ø 4.0 mm Conical Drill Guide - 2 pcs


S52 - Ø 4.0 mm Drill Bit, 200 mm - 1 pc


S540 - 3.0 mm Hex Screwdriver - 1 pc

S56 - Quick Coupling 3.0 mm Hex Shaft - 1 pc

S59 - Ø 5.0 mm Conical Drill Guide - 2 pcs

S591 - 3.5 mm Hex Screwdriver - 1 pc

S592 - PFF Depth Meter - 1 pc

S593 - GT Hook Holder - 1 pc

S594 - Ø 2.5 mm K-Wire Guide - 2 pcs

S595 - Ø 5.0 mm Cannulated Drill Bit, 200 mm - 1 pc

SVL - Ø 5.0 mm Temporary Stabilizing Screw - 2 pcs



S562 - Screw/Bushing Disassembler - 1 pc

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ENTS

SE202 - Cannulated Curved Awl

SE200 - ELOS Instrument Case

SE201 - T-Handle Chuck

SE203 - Reamer Sleeve

SE204 - Conical Reamer

SE205 - 7.0 mm Assembly Hex Screwdriver

SE206A - Nail Introducer

SE207 - Strike Rod

SE206B - Nail Holding Screw

SE208A - Targeting Arm

SE210 - Cephalic Screw/Drill Guide

SE211 - Ø 3.0 mm Cephalic Wire Sleeve

SE212 - Cephalic Screw Ruler

SE213 - Adjustable Step Drill

SE214 - Ø 3.0 mm Anti-Rotation Wire Guide

SE215 - Cephalic Screw Wrench/Compressor

SE216 - Cephalic Screw Compression Pin

SE217M - Set Screw/End Cap Flexible Screwdriver

Intramedullary Nail

71

INST

RUM

ENTS

SE218 - Diaphyseal Screw Guide

SE219 - Ø 4.2 mm Diaphyseal Graduated Drill Guide

SE220 - Ø 4.2 mm Drill Bit, 320 mm

SE222 - Ø 4.2 mm Drill Bit, 220 mm

SE223 - Freehand Screw Gauge

SE225 - Anti-Rotation Screw Ruler

SE235 - Compression Rod

SE2.S001 - Sterile Guide Wires Set - 3pcs

SE20 - ELOS Complete instruments set

Intramedullary Nail

SE221 - Diaphyseal Screwdriver

SE229A - 240 & 300mm Nail Targeting Arm

Intrauma S.p.A. - Via Genova, 19 - 10098 Rivoli (TO) ItaliaTel. +39.011.953.94.96 - Fax [email protected] - www.intrauma.com

CAT

000E

N -

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1 M

arch

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1 - ©

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Product catalog 2021 - Intrauma

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Transcript of Product catalog 2021 - Intrauma