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In-Ovation® mini - Small Imprint, Big Impact
The In-Ovation® mini bracket is the smallest self-ligating twin bracket we’ve ever produced. Designed, developed and manufactured using the latest in micro-engineering technology, In-Ovation mini raises the bar on low-profile performance. From the innovative clip design to the patented Interactive™ technology that offers unmatched precision and control—In-Ovation® mini gives you the power to finish every case with the utmost precision. And with a smaller than other competitive interactive brackets your patients will love the esthetics and comfort level. Innovation means doing more with less, and no bracket does more for you, your practice, and your patients, than the In-Ovation mini. It’s the bracket you’ve always wanted, from the company you’ve always trusted. Programmed for Versatility In-Ovation® mini is proud to offer you the versatility of both interactive and passive design in a single unified system. It puts unprecedented treatment options in your hands. Passive cuspids and bicuspids are available in the posterior for lower friction sliding mechanics. INTERACTIVE CONTROL Passive Phase – Small, round wires slide freely, initiating the tooth movement process as the archwire gently levels the teeth and coaxes them into alignment. Expressive Phase – Square or rectangular wires are gently seated into the base of the slot without contacting the clip. Programming is expressed, rotations are corrected and space closures are completed. Active Phase – Rectangular archwires extend beyond the slot to fully engage the clip, providing the active control necessary for functional finishing, uprighting of the roots and adjusting the torque. Design Features Interactive Spring Clip Presents the utmost in control throughout treatment. True Twin Design Four tie-wings with adequate undercuts and integrated body channel allow easy anchoring of elastic chains or use of color ties at the patient’s request. Base Design An 80 gauge single mesh, compound contoured base provides a precise anatomical fit. Exclusive Patented Standard Palmer Notation laser etched into the mesh facilitates bracket management with a ready reference of the quadrant, tooth and prescription. Full Slot Clip Coverage For rotational control that limits the need for auxiliaries. Facial Scribe Line Added to the In-Ovation mini for simplified placement. True Straight Wire Design A true straight wire appliance is one in which all the brackets have been designed to guide the teeth into their ideal position with a preformed wire. In-Ovation® mini is a true straight wire appliance that features a compound contour base, torque in the base, programmed in-out control and level slot alignment. Easy Open Clip Affords a frustration-free procedure. Disto-Gingival Dimple A color code on the disto-gingival tie-wing provides immediate identification of the tooth for which the bracket was designed. Triple Chamfered Slot Walls Ease of engagement, reducing the chance of the archwire binding or crimping. Smooth Swept Tie Wings Helps reduce occlusal interference while increasing patient comfort.
http://www.eksenmedikal.com.tr/in-ovation-mini-small-imprint-big-impact
BioForce
BioForce - Square or Rectangluar Optimally biological forces begin at approximately 80 grams of force at the anteriors, and gradually increase to approximately 300 grams of force in the molars. Also available with IONGUARD. Optimal Tooth Movement and Ideal Biological Forces As this chart shows, the optimal force needed to move anteriors is not the same as the optimal force needed to move molars. If a force is designed to move anteriors, it is too light to move molars. If a force is great enough to move molars, the force is too strong - traumatically strong - for anteriors. Other wires offer one force at a time, requiring at least two or three wire changes to achieve the desired movement. BioForce exhibits low forces at the anterior, gradually increases force in the bicuspids, and again in the molars. Each tooth receives the optimal biological force necessary to move specific teeth in one wire. Anterior Region of arch form has the lowest heat-activated force, as anterior teeth have the lightest roots. The Bicuspid Region of the arch maintains a slightly greater heat-activated force to move larger rooted bicuspids. The Posterior Region of the arch form has the greatest heat-activated force within the archwire for moving thestrong-rooted molars. BioForce also shares the properties of all Sentalloy wires and is designed to deliver a gentle, light continuous force to mitigate periodontal stress. UNIQUE PROPERTIES OF SENTALLOY SUPERELASTIC WIRES Body Heat Activation At room temperature, Sentalloy wires are soft, pliable, and easy to engage. Once warmed to body temperature the wire gently and predictably guides the teeth to the present arch form. Superelasticity Even when severely malposed, Sentalloy continues to exert its gentle, near constant forces as the tooth moves. Shape Memory Effect Sentalloy will take displacements up to 90 degrees without deforming. Its overwhelming desire to return to its original shape actually promotes tooth movement with fewer 0wire changes and fewer patient visits. IONGUARD - IONGUARD is not a coating; it is a fundamental change in the wire’s surface. Without changing the wire’s dimensions, or altering any of the wire’s unique superelastic properties, the process produces sliding mechanics comparable to stainless steel, while sealing the occlusal surface to reduce nickel leaching and breakage.
http://www.eksenmedikal.com.tr/bioforce-square-or-rectangluar
G4™ Nickel Titanium - Bioform III - G4orce™
Bioform III MBT* Tapered / Ideal** CompatibleG4orce™ is a G4™ Nickel Titanium wire with 3 distinct zones offering progressive forces that increase from anterior to posterior. Light anterior force (100g), medium cuspid/bicuspid force (200g), and a heavy molar force (300g) when applied to a 19x25 wire.G4™ Nickel Titanium is an uniquely enhanced alloy that has been exclusively formulated to yield consistent and specific force, memory, and elasticity values.The clinically significant characteristics of G4™ Nickel Titanium include lower initial load forces, for patient comfort, and increased residual forces as full shape recovery progresses. Teeth move farther and faster.
http://www.eksenmedikal.com.tr/g4-nickel-titanium-bioform-iii-g4orce
Saturn™ Bicuspid Bands - Maxillary & Mandibular
Saturn™ bands are Ormco** size compatible. Precision-shaped tooth anatomy for a tight, secure fit with excellent retention. Our distinct right and left anatomy is completely proportioned in all planes and for each band size.Stainless steel that exhibits properties of "hardness" for strength to avoid wall collapse when fitting, yet is malleable enough for "snap" fitting that requires little or no burnishing.Increased buccal height for greater flexibility in the placement and positioning of buccal tubes and lingual attachments.Permanently etched using an Electro Chemical Etching process for easy permanent identification. Interiors are micro-etched to provide a rough ended surface for increased bond strength.24 upper and lower sizes graduated in even, closely spaced increments for improved fit.**G&H® is in no way affiliated with Ormco Corporation
http://www.eksenmedikal.com.tr/saturn-bicuspid-bands-maxillary-mandibular
G4™ Nickel Titanium - Trueform™ I - G4orce™
Trueform™ I Roth / MBT* Square / Tru-Arch** CompatibleG4orce™ is a G4™ Nickel Titanium wire with 3 distinct zones offering progressive forces that increase from anterior to posterior. Light anterior force (100g), medium cuspid/bicuspid force (200g), and a heavy molar force (300g) when applied to a 19x25 wire.G4™ Nickel Titanium is an uniquely enhanced alloy that has been exclusively formulated to yield consistent and specific force, memory, and elasticity values.The clinically significant characteristics of G4™ Nickel Titanium include lower initial load forces, for patient comfort, and increased residual forces as full shape recovery progresses. Teeth move farther and faster.
http://www.eksenmedikal.com.tr/g4-nickel-titanium-trueform-i-g4orce
GAC Molar Distallization Coils
Maxillary molars can be moved distally in 4-7 months without patient cooperation using our 100 gram Stop Wound Open Coil Springs. A modified Nance or A.C.C.O. may be used as an anchorage device initially. The coils are placed between the 1st bicuspid and the 1st molar – by passing the 2nd bicuspid. The coils are then activated against the molar using an archwire lock or our special crimpable stop. Cut the Stop Wound Open Coils so that they extend to the end of the buccal tube. Ligate the archwire to the 1st bicuspid, set the stop, then slide the coil onto the archwire. Next, feed the archwire into the tube, ensuring that the archwire is fully inserted with 2mm of wire extending beyond the tube. Uprighting springs may be used from the 1st bicuspid to the distal of the laterals to control any anterior movement. Using this system, you will see 1mm per month in space gained, with any anchorage loss well within clinically acceptable limits.
http://www.eksenmedikal.com.tr/gac-molar-distallization-coils