Osteosynthesis – Gima-Bambot Healthcare Ltd.

KCS Cannulated Screw System

Emile Weyi — Thu, 05 Jan 2023 17:00:24 +0000

Intended Use

Bone screws are intended to fix the fractured bones of patients. In surgery, they are used either to fasten bone plates or similar devices onto the bone, or, as compression screws, to hold together bone fragments.

Product information is in accordance with CE mark registration.

Features

Wide range of implant sizes
Surface processing technology
Self-tapping screw thread
Reverse-cutting flutes
Low-profile head.

Benefits

Covers a large range of options in the upper and lower extremities
Provides better fatigue resistance improving the reliability of the screws
Shortens the surgery time
Facilitates the removal of the screws
Reduces the possibility of soft tissue irritation.

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DH / DC System

DMA Seven — Thu, 05 Jan 2023 16:15:32 +0000

Intended Use

Bone plates are used to treat:

Traumatic and pathological bone fracture
Ankle arthrodesis, as well as
Temporary fixation of bone lengthening in surgery.

Product information is in accordance with CE mark registration.

Features

Limited contact plate design
Improved anatomical shape
Instruments designed for one-step insertion technique
Reverse-cutting flutes design on lag screw thread.

Benefits

Reduces damage to the periosteal blood supply
Minimizes soft tissue irritation
Shortens the time of surgery
Facilitates the removal of the screws after fracture healing.

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NEOSUPRA Tibial Nail System

Emile Weyi — Thu, 05 Jan 2023 15:46:06 +0000

Intended Use

Extra-articular fractures in proximal tibia
All shaft fractures
Extra-articular fractures in distal tibia
Combinations of these fractures
Malunions and non-unions.

Features

Suprapatellar instrument
Stable internal fixation
Smart proximal and distal aiming arm.

Benefits

It improves reduction of the fracture and reduces the occurrence of malalignment during intramedullary nailing of extra-articular proximal tibial fractures.
Non-metal protection sleeve and PEEK trocar. Help protect the soft tissue.
Herzog 10°, bend distance is at 38mm. Help reduce the risk of imping the posterior cortex.
Threaded hole design lowers the screw back out and promotes the healing.
Low profile of locking screw lowers the risk of the soft tissue irritation.
Multi-planar proximal locking hole configuration for proximal optimal fixation.
Internally threaded distal locking hole located 5mm from nail tip for enhanced fixation of extreme distal fractures.
2° distal bend facilitates implant passage and fit within the distal tibia.
Up to 7mm of active compression possible through proximal dynamization slot.
One button rotation with color indication for easy proximal locking.
It can be rotated away to allow more operational space for surgeons with availability of image intensification.
Radiolucent distal aiming bar with thumb wheel adjustment for easy and accurate distal targeting.

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Modular External Fixator System

Emile Weyi — Thu, 05 Jan 2023 15:26:26 +0000

Intended Use

Temporary fixation
Intra postoperative treatment of open and closed fractures
Elective orthopedic interventions.

Product information is in accordance with CE mark registration.

Features

Free pin placement
Free frame design
Standard components
Modular construction
Carbon fiber rods
color-coded clamps
Easy identification.

Benefits

No limitation to the location of pins relative to the fracture and intact soft tissue coverage
Easy to learn and straightforward to use
No limitation to the location of pins and clamps relative to the fracture and intact soft tissue coverage
Radiolucent, which does not block the view of the fracture under x-ray
Easier identification of correct sizes
Reduces risk of mis-match between clamps and pins.

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Cobra II

Emile Weyi — Thu, 05 Jan 2023 15:11:42 +0000

Intended Use

The Posterior Cervical Fixation System in this series is suitable for temporary or permanent internal fixation of anterior cervical spine and posterior vertebra for spinal correction from cervical spine to lumbosacral spine in a bid to help bone fusion.

The General Spine System in this series is suitable for degenerative diseases of intervertebral disk, spondylolisthesis, trauma, stenosis, deformities(scoliotic deformity, kyphotic deformity and lordotic deformity), tumors, pseudarthrosis and failure of fusion in previous surgeries.

Product information is in accordance with CE mark registration.

Features

Variable Angle Lateral Mass Screws
Biased Angle Lateral Mass Screws
Hooks
Occipital Plate & Washer
Crosslinks
Offset Connectors
Reverse Angle Thread on Set Screw.

Benefits

Facilitates the insertion of the screw into the lateral mass of the cervical vertebral bodies
Allows for large angles needed when screws are used to perform a C1/C2 fusion and/or to connect the rod to screws placed in the pedicles of C7
Allows fixation of the Cobra II System to the cervical spine in patients with compromised bone strength
Enables the Cobra II System to be used for Occipitocervical Fusions
Provides additional stability and strength when used to fuse multiple levels of the cervical spine
Facilitates connection of the rod to the screws when the fusion crosses the Cervicothoracic junction without needing to excessively bend the rod
Provides a stronger connection between the screw and the rod and reduces the risk of head splay of the tulip head of the lateral mass screw.

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PolyNices II

Emile Weyi — Thu, 05 Jan 2023 14:57:52 +0000

Intended Use

The Posterior Thoracolumbar Fixation System in this series is suitable for temporary or permanent internal fixation of anterior cervical spine and posterior vertebra for spinal correction from cervical spine to lumbosacral spine in a bid to help bone fusion.

Product information is in accordance with CE registration.

Features

Square Thread Closure Mechanism
Tapered thread Pedical screw
Add lamina hook and pedicle hook system for scoliosis
The advanced instruments make the work secure and simple.

Benefits

Provides a stronger connection between the screw and the rod and reduced the risk of head splay of the tulip head of the pedicle screw
The tapered core means that the depth of the screw thread increases towards the tip giving better grip in the cancellous bone of the vertebral body
Allows fixation of the PolyNices II System to the thoracolumbar spine in patients with compromised bone strength and/or fixation in the upper thoracic regions with excessively small pedicles.
Facilitates positioning and insertion of the implants and the rods to the spine.

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MonoLoc | Extremities Locking Compression Plate System

Emile Weyi — Wed, 12 Oct 2022 14:15:16 +0000

*Product information is in accordance with CE mark registration.

Features

Independent Locking and Compression Hole Design
Star-Drive Recess
Customized Screwdriver for Screw Removal
Anatomical Shape
Low Profile
Availability of additional holes in the plate

Benefits

Separate holes which accept locking and compression screws
The complete thread in the locking holes enable firm screw locking and easier screw removal
Compression can occur along the entire length of the compression hole
Better transmission of torque between the screw and the screwdriver
Eliminates the risk of hexagonal shape round off
Better engagement between the screw head and the screwdriver
Prevents hexagonal shape round off due to excess usage of the screwdriver
Shape of the plate matches the anatomy of the bone to which it is attached
Reduces soft tissue irritation
Allows the use of K-wires and/or cable wires to be used in these extra holes for temporary fixation.

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MonoLoc | Locking Compression Plate System

Emile Weyi — Wed, 12 Oct 2022 13:41:20 +0000

*Product information is in accordance with CE mark registration.

Features

Independent Locking and Compression Hole Design
Star-Drive Recess
Customized Screwdriver for Screw Removal
Anatomical Shape
Low Profile
Availability of additional holes in the plate

Benefits

Separate holes which accept locking and compression screws
The complete thread in the locking holes enable firm screw locking and easier screw removal
Compression can occur along the entire length of the compression hole
Better transmission of torque between the screw and the screwdriver
Eliminates the risk of hexagonal shape round off
Better engagement between the screw head and the screwdriver
Prevents hexagonal shape round off due to excess usage of the screwdriver
Shape of the plate matches the anatomy of the bone to which it is attached
Reduces soft tissue irritation
Allows the use of K-wires and/or cable wires to be used in these extra holes for temporary fixation

MonoLoc Product Brochure

MonoLoc Product Surgical Technque

Shoulder

MonoLoc Shoulder Solution Product Brochure

MonoLoc Supperior Anterior Clavicle LCP Brochure

MonoLoc Targeting Proximal Humerus LCP Brochure

MonoLoc Clavicular Locking S-Plate 3.5 LCP Surgical Technique

MonoLoc Clavicle Hook LCP Surgical Technique

MonoLoc Clavicle Reconstruction LCP Surgical Technqiue

MonoLoc Anterolateral Clavicle LCP Surgical Technique

MonoLoc Proximal Humerus LCP Surgical Technique

Elbow

MonoLoc Olecranon LCP Brochure

MonoLoc Distal Dorsal Humerus LCP Surgical Technique

MonoLoc Olecranon LCP Surgical Technique

Wrist

MonoLoc Distal Radius Volar LCP Brochure

MonoLoc Distal Radius Volar LCP Surgical Technique

Hip

MonoLoc Proximal Lateral Femoral LCP Brochure

MonoLoc Proximal Femoral LCP Surgical Technique

Knee

MonoLoc Proximal Medial Tibia LCP Brochure

MonoLoc Proximal Lateral Tibia LCP Brochure

MonoLoc Targeting Proximal Tibia and Distal Femoral LCP Brochure

MonoLoc Proximal Medial Tibia 4.5 LCP Surgical Technique

MonoLoc Proximal Lateral Tibia LCP Surgical Technique

MonoLoc Distal Femoral LCP Surgical Technique

Foot & Ankle

MonoLoc Anterolateral Distal Tibia L LCP Brochure

MonoLoc Distal Lateral Fibula LCP Surgical Technique

MonoLoc Distal Tibia LCP Surgical Technique

Bone Shaft

MonoLoc Straight 3.5 LCP Surgical Technique

MonoLoc Straight 5.0 LCP Surgical Technique

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VariLoc | Locking Compression Plate System

Emile Weyi — Wed, 12 Oct 2022 12:44:07 +0000

*Product information is in accordance with CE mark registration.

Features

Variable Angle Locking Screw
Cannulated Locking Screw
Multi-functional hole
Screwdriver Head Design
Improved Anatomical Shape

Benefits

Ability to adapt screw angulations to patient anatomy
Capture specific fracture fragments
Adjust screw trajectory after plate bending
Position screws precisely to avoid joint penetration
Improved compression of condylar fractures
One part of hole allow use cortex screw to perform dynamic compression and in another part use locking screws for angular stability
Improved star recess design for enhanced engagement between the screw and the screwdriver
Reduction of soft tissue irritation
Closer match to bone anatomy
Improved plate contouring to reduce periosteal damage
Location of locking holes allow more flexibility in screw positioning
Improved stability in the fixation of comminuted fractures