Specialist disciplines require special tools. Our established CMF instruments have been developed by renowned maxillofacial surgeons. A constant dialog with leading specialists helps us to maintain continuous progress in our product portfolio. In addition, all of our instruments are manufactured to the highest quality standards and are designed to meet the most exacting demands.
With your BOS tools you have a full-fledged and universally applicable screwdriver and drill system at your fingertips. The battery powered tools do not require a charger or base unit and are always ready – wherever and whenever you need them. Inserting and removing screws becomes a matter of seconds.
The KLS Martin universal screw removal system provides a handle and 16 interchangeable screwdriver blades in one compact kit allowing the easy removal of virtually any common cranio-maxillofacial osteosynthesis screw.
The safe and easy solution for oralmaxillofacial, plastic and dental surgery!
Precision at its finest
The smartOne® micro dissection needle electrodes are especially for fine and small incisions. Due to the fine tip of the electrodes, it is possible to precisely prepare the tissue before insertion of the implant.
nonStick tungsten material
All smartOne® micro dissection needles are made of tungsten. This innovative material prevents the tissue from attaching, thus avoiding undesired bleeding
Full power with low settings
Due to the fine tip and special coating, it is possible to work with low settings on the electrosurgery device.
Through micro dissection needles, the user can work with a power setting of maximum 50 W.
The perfect solution of saving the tissue of the patient.
The Paris School involving Paul Tessier and Daniel Marchac has revolutionized craniofacial surgery and performed groundbreaking procedures which were unthinkable to-date. KLS Martin recognized the considerable potential of these clinicians at a very early stage and developed a specifically matched overall surgical concept for cranial corrective osteotomies. Even today, the cranial instruments according to Tessier are the benchmarks in craniofacial surgery although we have supplemented our product portfolio in a number of ways.
Doctors worldwide use them and place their trust in them: quality instruments by KLS Martin, continually setting standards in the worlds of surgery and dental surgery. Our surgical instruments – over 12,500 in number – are developed and manufactured in compliance with the most stringent quality requirements, from the initial selection of corrosion-resistant chrome steel and the manufacturing and heat treatment right through to the final finish, inspection and testing. Our products are designed to consistently meet high demands for application-oriented functionality, intelligent operation and top quality.
In osteosynthesis the transoral access has become ever more important. Miniaturized instruments especially developed for this indication are indispensable. The KLS Martin Angulus 2 angled screwdriver is a useful tool, allowing the surgeon to implant screws, plates, and distractors under the most constricted spatial conditions and without visible scarring. Specially configured storage trays help sustain the value of the angled screwdriver. They ensure clear and gentle storage and facilitate the appropriate sterilization of all system components.
Doctors worldwide use them and place their trust in them: quality instruments by KLS Martin, continually setting standards in the worlds of surgery and dental surgery. Our surgical instruments – over 12,500 in number – are developed and manufactured in compliance with the most stringent quality requirements, from the initial selection of corrosion-resistant chrome steel and the manufacturing and heat treatment right through to the final finish, inspection and testing. Our products are designed to consistently meet high demands for application-oriented functionality, intelligent operation and top quality.
Special instruments for the endoscopic restoration of fractures of the temporomandibular joint
Temporomandibular joint surgery has received major impulses during the past 20 years, for example, the introduction of functionally stable osteosynthesis techniques such as the mini-plate and the tension screw. Depending on the localization of the fracture - diacapitular fractures, joint neck fractures and joint base fractures - the developed access methods are continuously advanced further. The support of endoscopes is gaining increased importance in this area. The access techniques are becoming minimally invasive and at the same time safer for the patient, but more elaborate and technically demanding for the surgeon. The specifically developed instruments of the Endo-Condyle Unit offer a number of options for repositioning the dislocated fragment of the temporomandibular joint. In combination with our osteosynthesis plates they round off our portfolio for the restoration of temporomandibular fractures.
The surgical treatment of mandibular condyle process fractures has seen significant advances in the past 20 years, thanks to important new contributions in the form of osteosynthesis techniques guaranteeing functional stability. Depending on fracture localization special surgical techniques have been developed that differ both in terms of joint access and osteosynthesis technique used. Given a surgical indication, the surgeon therefore can select from a whole range of different techniques, each one requiring a special set of instruments for their safe application. The selection of instruments presented here is intended to provide the surgeon with just the right instruments for the surgical techniques used.
The KLS Martin Transbuccal System is a compact kit including all necessary devices to facilitate the transbuccal approach.
In osteosynthesis the transoral access has become ever more important. Miniaturized instruments especially developed for this indication are indispensable. The KLS Martin Angulus 2 angled screwdriver is a useful tool, allowing the surgeon to implant screws, plates, and distractors under the most constricted spatial conditions and without visible scarring. Specially configured storage trays help sustain the value of the angled screwdriver. They ensure clear and gentle storage and facilitate the appropriate sterilization of all system components.
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The Solution for Minimally Invasive Orthognathic Surgery
Minimally invasive (MI) orthognathic surgery:
1. MI Le Fort I Osteotomy
2. MI Sagittal Split Osteotomy (SSO)
3. MI Chin Osteotomy
Instrument system specially developed for minimally invasive orthognathic surgery:
Designed to suit anatomical situations in the midface and mandible.
Coded instruments and sequence bars allow the arrangement of instruments according to the sequence of the surgical procedure.
Atraumatic design
The entire procedure is based on Prof. Swennen's many years of experience. Maxillofacial and Facial Plastic Surgery, AZ St-Jan Hospital, Bruges, Belgium
Standardised solutions for the minimally invasive Le Fort I Osteotomy, Sagittal Split Osteotomy and Chin Osteotomy.
Transparent organisation and efficient identification of instruments.
Safe, reproducible and coordinated processes.
Significant time saving and fast patient recovery due to user-friendly instrumentation.
Perfect integration into the digital workflow for orthognathic surgeries:
IPS CaseDesigner® – for planning and simulation
L1® MI Orthognathics instruments
Osteosynthesis with IPS Implants® or Level One standard implants
The bilateral sagittal split osteotomy of the mandible is one of the routine procedures in orthognathic surgery. However, orthognathic osteotomy requires a particular set of instruments. What started with Hugo Obwegeser (CH-Zurich) has been consistently developed and modified in the meantime. The result is a special instrument set that we developed together with Prof. Dr. Nasser Nadjmi. It represents a compact set for conversion osteotomies, in which we have painstakingly optimized and coordinated all instruments for their intended use.
Without a doubt, William Arnett is a pioneer in orthognathic surgery. His FAB concept (Face, Airway, Bite) has raised the systematic diagnostics of orthognathic patients to a new level. The concept is followed in numerous countries worldwide. It is therefore logical that Dr. Arnett does not make compromises in his choice of instruments, but adheres strictly to his concept: from retractors and dissectors through to the raspatories, all the instruments are optimized and matched for their intended purpose in painstaking details.
Today, the bilateral sagittal split osteotomy of the mandible is a routine procedure in orthognathic surgery. High time to optimize the corresponding retractors: in cooperation with Prof. Lindorf, KLS Martin has developed a concept based solely on two modified retractors:
Safe and space-saving work with a perfect view is made possible with the aid of these two hooks. The anchoring mandrel reliably prevents any unintended slipping in the situs.
Orthognathic corrective osteotomies require their own highly specific instruments. What began with Hugo Obwegeser (CH Zurich) has meanwhile been advanced and modified consistently: hooks, raspatories, elevators, mobilizers, chisels and osteotomes, which have all been optimized for their specific applications.
The KLS Martin Transbuccal System is a compact kit including all necessary devices to facilitate the transbuccal approach.
In osteosynthesis the transoral access has become ever more important. Miniaturized instruments especially developed for this indication are indispensable. The KLS Martin Angulus 2 angled screwdriver is a useful tool, allowing the surgeon to implant screws, plates, and distractors under the most constricted spatial conditions and without visible scarring. Specially configured storage trays help sustain the value of the angled screwdriver. They ensure clear and gentle storage and facilitate the appropriate sterilization of all system components.