• Stainless steel with thermal treatment
• Used together with all pre-assembled implants
• Recommended for total insertion of the implant or only the finalization
• Available in two lengths (longer version projected for procedures with adjacent implants or between natural teeth)

• Stainless steel
• Recommended to separate superior and inferior lips, both for photos and implant
procedures

• Used to separate tissues in the mandible ascendent branch region in orthognatic
surgeries

• Used to separate tissues in the mentual symphysis region

• Stainless steel
• Used to move away the remnant in the posterior region of maxilla
• To protect the maxillary sinus membrane during the elevation

• Used to separate the tissues of the mentual symphysis

• Used to separate tissues in the mandible ascendent branch region in orthognatic
surgeries

• Stainless steel
• Used in exodontia
• T-shape handle to make handling easier

• Stainless steel
• Used in exodontia
• T-shape handle to make handling easier

• Stainless steel
• Used in exodontia
• T-shape handle to make handling easier

• Stainless steel
• Promotes the fracture of the osseous window
• Condenses the bone grafted on the maxillary sinus

• Stainless steel with thermal treatment
• Developed to cut the gingival tissue that covers the implant during the 2nd Surgical
Phase
• Recommended for cases with little gingiva
• Available in sizes 3,6; 4,0; 4,2; 4,6 and 5,1mm

• Contains a support for phyisiological serum
• With a pressure hose
• Used Implant surgeries, Periodontics and Buccomaxillary facial Surgery

• Stainless steel with thermal treatment
• Diameter and length markings on the bur shaft
• External irrigation
• Available in the following diameters: 3,75; 4,30; 5,00 and 6,0mm
• Available in the following diameters: 10,0; 11,5; 13,0 and 15,0mm

• Stainless steel with thermal treatment
• Laser cortical marking: 4,10 and 5,00mm
• Contour of the osseous crest for the regular occlusal table adaptation of the
implants HE: 3,25; 3,75; 4,00; 4,50 and 5,00mm
• External irrigation

• Enables initial perforation until the planned depth
• External irrigation
• Stainless steel with thermal treatment
• Laser cortical marking: 7,0; 8,5; 10,0; 11,5; 13,0; 15,0; 17,0 and 18,0mm

• Stainless steel with thermal treatment
• Available in two lengths: short, for removal of osseous graft and long for removal of
implants
• Laser markings
• Marcaciones con láser

•Stainless steel with thermal treatment
• Laser cortical marking: 7,0; 8,5; 10,0; 11,5; 13,0; 15,0; 17,0 and 18,0mm
• Triple cut on the tip
• External irrigation
• Available in the following diameters: 2,6; 2,9; 3,2; 3,4; 3,7; 4,0; 4,2; 4,5 and 5,0mm

• Stainless steel
• Square groove for adaptation in all intermediaries, assemblers and adaptors
• Recommended for manual procedures of the implants in the anterior regions

• Stainless steel
• Used to continue the procedures after having stabilized the implant with the plastic wrench
• Can be used with the intermediaries, assemblers and adaptors

• Stainless steel with thermal treatment
• Used to transport the esteticone to the mouth without displacement, making easier to control the component during the procedures

• Stainless steel with thermal treatment
• Used for screws with groove
• Available in short, medium and long sizes

• Stainless steel
• Developed to firmly hold the assembler in order to remove it from the implant
• Angulation allowing for easy access in partially edentulous cases

• Stainless steel with thermal treatment
• Used for screwing cover implants of external hexagon
• Available in two lengths: short and medium
• Available also for torque meter and counter- angle

• Stainless steel with thermal treatment
• Used for screwing implant covers of internal hexagon, healers, assemblers and some prosthetic components with hexagonal groove
• Available in three lenghts: short, medium and long
• Available also for torque meter and counter-angle

• Stainless steel with thermal treatment
• Used for screwing the esteticone central screw
• Available in short, medium and long sizes and also for torque meter

• Stainless steel with thermal treatment
• Used for ball trunnion screwing
• Available in short, medium and long sizes and also for torque meter

• Stainless steel with thermal treatment
• Used for screwing the closed moulder transfer screw

• Stainless steel with thermal treatment
• Used for screwing of components which have square fixation screw
• Available in three lengths: short, medium and long
• Available also for torque meter and counter-angle

• Stainless steel
• Used to demarcate the bone window to be extracted in case of very thin osseous
cortical
• Recommended for the maxillary posterior region

• Stainless steel
• Used for osteotomy around the mentual nerve of the inferior alveolar

• Stainless steel with thermal treatment
• Bibeveled tip
• Used to separate the osseous boards
• Includes plastic cover for noise reduction

• Used to detach osseous block in grafts in the mentual symphysis region

• Stainless steel
• Used to demarcate the bone window to be extracted in case of very thin osseous
cortical

• Stainless steel
• Developed to be used in the 2nd Surgical Phase, detaching the bone that is slightly covering the implant
• It has a leading pin that fits in the implant cover

• Stainless steel
• Used to cut osseous block in graft surgeries

• Recommended to collect autogenous bone during surgery
• Kit with: collector piece in anodized aluminium, 5 nylon bolters; silicon hose with 1,5m length; 2 stainless steel adaptors for the sucker pump and blood aspirator in stainless steel
• The whole system is autoclavable

• Body in anodized aluminium and silicon hose
• Recommended for ancillary irrigation independently of the engine
• Manual control of serum flow quantity
• Its angular tip allows the serum jet to be directed to all necessary directions
• The whole system is autoclavable

• Stainless steel
• Used to separate and elevate the maxillary sinus membrane

• Stainless steel
• Used to separate remnants in implantodontic and periodontal surgeries

• Stainless steel
• Used to dissect the mentonian nerve
• It measures the anterior lug (looping of
the mentual nerve)

• Stainless steel
• Used both to separate the remnant, during the separation of the maxillary sinus
membrane and also the nasal fossa

• Stainless steel
• Used to remove osseous tissue and expose nerves

• Stainless steel
• Used to remove osseous tissue and expose nerves

• Stainless steel
• Used to separate nerves

• Stainless steel
• Used to separate nerves

• Titanium
• Direction guide in multiple subsequent implantations
• Available in two lengths: short (posterior) and long (anterior)

DERIVATION OF THE INFERIOR ALVEOLAR
NERVE
• Following the appropriate anesthesia of the inferior alveolar nerve, the mandible
lateral side is exposed in the usual manner.
• The mentual nerve is identified by using the burs and the Sheehan chisel.
• A window in bone is made, distant from de mentual nerve and parallel to the inferior
alveolar nerve.
• The osteotomy is conducted until the mandibular channel.
• Once the mandibular channel is identified, the osseous tissue surrounding the
inferior alveolar nerve is carefully removed by using the nerve expositors.

• These instruments are used to expose and leave the inferior alveolar nerve free.
• When the inferior alveolar nerve is exposed, the hooks for nerves will be used to move and separate the nerves.
• The nerve retractor is place behind the inferior alveolar nerve and a silicon strip is introduced in the retractor orifice. The silicon strip is placed behind the inferior alveolar nerve, conducting to outside of the mandibular channel and leaving the retractor orifice.
• The silicon strip acts as a retractor, once the inferior alveolar nerve is lateralized.
• The implants are positioned in the usual manner.
• Any autogenous bone available or graft material is placed surrounding the implants.
• The inferior alveolar nerve is placed back in its place in the mandibular channel.
• The surgery site is covered with a lamina of bone or any other type of absorbable membrane.

• Case, tong and hammer in stainless steel; tacks in titanium
• Recommended for fixation of absorbable or non-absorbable membranes

MAXILLARY SINUS ELEVATION
• After local anesthesia, the cavity floor is identified by using Transilumination, i.e. the photopolimerizator’s light or strong LED light of the dental clearer.
• After striking the remnant, with the Sheperd Separator, the mucosa is separated.
• The floor’s lateral portion is osteotomized 1 or 2 mm above the floor, using a diamond tip no. 6 or 8. The osteotomization can be of any kind provided it gives adequate access. It is recommendable that the osteotomization is executed in parallel to the sinus floor and separate the membrane without perforating it.
• Using the sinus curettes, the lateral osteotomization of the maxillary wall is displaced as a hinge (or a “garage
door”) to make a cavity for the osseous graft and a new floor for the sinus.
• The implant alveoli are made by using adequate techniques. The maxillary sinus membrane must be protected
during the procedure with the Sheperd separator.
• After the alveoli are ready, any available autogenous bone must be collected. The autogenos bone must be mixed
with plaquettes rich plasma. This graft is put against the sinus medial wall.
• The implants are inserted after the sinus medial portion is grafted. The osseous graft is then put against the
maxilla’s anterior and posterior wall, molding the osseous graft around the implants.
• Once the implants are placed, the lateral portion of the surgery is firmly compacted with graft using the beater/
condenser.
• The mucosa remnant is repositioned in its place, and the incision is closed with interrupted suture (Vicryl suture is
recommended).
• The patient is instructed not to blow his/her nose for two weeks. If necessary, a nasal decongestant should be
used.

• Stainless steel with thermal treatment
• Used for implants of internal hexagon without assembler.
• Available in two lenghts: short and long

• Stainless steel
• Used together with the beater and the osseous condenser and with the straight and bayonet chisels

• Stainless steel with thermal treatment
• Used to place the implant by ratchet
• Available in two lengths (longer version projected for procedures with adjacent implants or between natural teeth)
• Screw of hexagonal groove 1,20mm and screwdriver

• Stainless steel with thermal treatment
• Used to put the implant by ratchet
• Available in two lengths (longer version projected for procedures with adjacent implants or between natural teeth)
• Screw of hexagonal groove 1,20mm and screwdriver

• Stainless steel with thermal treatment
• Laser marking on length: 13,0; 15,0; 17,0mm
• Recommended for dense cortical bone
• Available for ratchet and counter-angle

• Staineless steel with thermal treatment
• Diameter and length markings on each obtainer shaft
• External irrigation
• Available in the following diameters: 3,75; 4,25; 5,00 and 6,0mm

• Stainless steel with thermal treatment
• Recommended for elevation of the maxillary sinus, rim expansion and local future
preparation
• Its concave and cutting tip enables to cut, carry and push the bone, decreasing the
risk of tearing the membrane
• Includes plastic cover for noise reduction

• Stainless steel with thermal treatment
• Recommended for rim expansion, its tip permits expansion rim in the region of the anterior maxilla with little osseous thickness
• Includes plastic cover for noise reduction

• Stainless steel with thermal treatment
• Used as a replacement for the conical bur in the finalization of the alveolus preparation
for the instalation of the conical implant in the region of the anterior maxilla with little osseous thickness
• Includes plastic cover for noise reduction

• Stainless steel with thermal treatment
• Used for partitioning the osseous block
• With tempered tip

• Stainless steel
• Used to hold the osseous block in the receiving area, during the fixation of the osteosyntesis screws or graft

• Stainless steel
• Used to measure osseous thickness

• Stainless steel
• Used for osteotomy in implantodontic and buccomaxillary facial surgeries

• Stainless steel
• Tip with titanium nitride treatment
• Specifically recommended for handling implants for assembler coupling

• Used to hold the membrane during the procedures of guided tissue regeneration

• Stainless steel
• Used in osseous graft, mainly in the retromolar area, to perform the fracture of the osseous block to be grafted

• Stainless steel
• Used to carry the osseous graft until de maxillary sinus and fill it

• Stainless steel with thermal treatment
• Developed for the procedures with preassembled implants with counter-angle

• Stainless steel
• Used to verify the position of the unitary dental implants

• Stainless steel
• Used to give parallelism of multiple dental implants

• Stainless steel
• Used to give parallelism of multiple dental implants

• Stainless steel
• Recommended for manipulation of grafts
• With two cavities: shallow and deep, and the cover can fit in both sides

• Stainless steel with thermal treatment
• Used for perforations between adjacent teeth
• Lock of bur with screw of hexagonal groove

• Stainless steel
• Used to separate nerves

• Stainless steel
• Used to separate nerves

• Titanium
• Used for measurement of the surgical alveolus and as a center to center distance
marker of two implants.
• Laser marking: 7,0; 8,0; 10,0; 11,5; 13,0; 15,0; 17,0 and 18,0mm

• Stainless Steel with thermal treatment
• Available in three models:
C – Surgical
P – Prosthetic
                                       CP – Surgical-Prosthetic

• Used in the preparation of crushed bone through osseous block to be used in grafts
• Stainless steel
• High resistance blade for any kind of bone
• Ratchet system that makes handling easier