软组织水平植体


Accordion EL CH
EL / Esthetic Line
EL与BL系统均为锥形植体设计,杰出的螺纹设计可以让植体在骨质比较疏松的种植区域取得理想的初始稳定性。
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修复配件提供多种选择以满足医生的临床要求。包括粘接固位基台,螺丝固位基台,临时基台,氧化锆基台,球基台,锚式基台以及杆卡固位配件等。
三种直径植体的内部结构和参数保持一致,这样临床的修复更加简单,清晰。避免了因为配件过多给种植医生带来的混乱和不便。
- 1斜肩台
- Facilitates bone growth above the shoulder
- Long term implant stability
- Biological repartition of the forces in cortical bone - 2微沟槽
- Softens forces to the cortical bone during insertion
- Cortical bone maintenance - 3植体表面形态
- Best surface for osseointegration and bone to implant contact
- 4切割边缘设计
- Ideal for immediate implant placement
- Primary stability - 5圆弧状根端
- Protection of the sinus floor, nerve canal and other important anatomical structures during insertion
- 6双斜度螺纹设计
- Insertion rate of 1.5mm per rotation
- Primary stability
- Increased bone to implant contact
- Faster and even insertion while protecting bone structure - 7螺纹中螺纹/凹槽中凹槽
- Increased bone to implant contact
- 8凹面美学
- Non surgical thickening of the peri-implantary tissue
- Facilitation of the papilla reconstruction-technique - 9平台转移植体
- Reduces bone loss
- Better representation of the biological width
- Long term esthetic stability - 10One connection for all 5 diameters
- Simplifies the system
- Reduces inventory
- Ease of use - 11莫氏锥度连/冷焊层
- Prevents bacterial infiltration of the implant/prosthetic connection and consequent bone loss
- 12莫氏锥度连/冷焊层
- Elimination of micro-movements
- Elimination of screw loosenings - 13Indexing hex
- Antirotational security
- 斜肩台
- Hinders exposure of the implant through bone resorption
- Ideal for the esthetic zone
- Long term esthetic stability - 消除微间隙
- The Morse locking tapered connection is shown to leave a gap which is smaller than 1 micron
- 三种螺纹设计
- Thread designs adapted to different bone structures that occur along the lenght of the implant
- Enhanced surface area
- Round but cutting apex design - Bibliography and Literature
- Bibliography
- Literature
窄直径植体
ND植体为冠端直径3mm的两段式植体。尤其适合前牙区骨量不足的病例。 体部宽螺纹,冠端密螺纹以及根端的切割边缘设计让植体植入更容易。
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简单的外科操作以及多种直径设计,可以让部分需要骨增量手术的病例更加简单,同时减少了患者的费用负担
- 1Bevelled shoulder
- Facilitates bone growth above the shoulder.
- Long term implant stability.
- Biological repartition of the forces in cortical bone. - 2Micro grooving
- Softens forces to the cortical bone during insertion .
- Cortical bone maintenance. - 3
Grit blasted and
acid etched surface topography- Best surface for osseo integration and bone to implant contact.
- 4Aggressive apical design
- Ideal for immediate implant placement.
- Primary stability. - 5Rounded apex
- Protection of the sinus floor, nerve canal and other important anatomical structures during insertion.
- 6Double lead thread
- Insertion rate of 1,5mm per rotation.
- Primary stability
- Increased bone to implant contact
- Faster and even insertion while protecting bone structure - 7Thread in thread / groove in groove
- Increased bone to implant contact
- 8Platform switching
- Reduces bone loss
- Better representation of the biological width
- Long term esthetic stability - 9Indexing hex
- Antirotational security
- 10Concave esthetic concept
- Non surgical thickening of the peri-implantary tissue
- Facilitation of the papilla reconstruction-technique - 11Conical connection (cono-morse)
- Elimination of micro-movements
- Elimination of screw loosenings - Implant subcrestal seating
- Hinders exposure of the implant through bone resorption
- Ideal for the esthetic zone
- Long term esthetic stability - Three different threading profiles
- Thread designs adapted to different bone structures that occur along the depth of the implant
- Enhanced surface
- Round but cutting apex design
软组织水平植体
GL为锥形设计的内连接型植体系统。冠端光滑颈圈的设计有利于软组织的附着。 植体内部统一的内六角形状和参数,让上部修复更加简单。
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植体冠端六角部分凸面设计,相应基台部分为凹面设计,连接部分形成理想的密封层。
四种直径植体一种植体内部结构,让修复更加简单。
- 1Convex platform
The convex implant platform, in conjunction with the concavity of the implant’s base form a “suction cup” fit, once the abutment is tightened into final seating.
- 2Polished gingival collar
Extending down for one millimeter down from the top of the implant platform, the polished surface is ideal for accommodating the gingival tissue.
- 3Micro-threading
The micro threads increase functional surfaces, adapting them to the compact cortical bone tissue and safeguard it against aggression from larger threads to be found in conventional implants. The micro-threads are essential to the maintenance of cortical bone height around the implant.
- 4Single internal hex connection
The complete GL family is endowed with a single connection. Independent of the implant diameter, one abutment fits all. Thus reducing system complexity and cost.
- 5Double helix threading
The double-helix design sets c-tech Implants apart from the single helix implants by giving them a more symmetrical introduction into the bone. This translates into masticatory load balance which drastically reduces stress. Its symmetry also renders the implant self-centering, eliminating any form of misalignment in terms of the main axis of the osteotomy site. The pitch of the threads allows for an insertion time that is reduced by half.
- 6Rounded apex
Protection of the sinus floor, nerve canal and other important anatomical structures during insertion
- Passivated surface
The implant surface is blasted with aluminum oxide and then subjected to progressive etching using citric acid.
This surface treatment accelerates the osseointegration process by providing a greater and more uniform area of contact between bone and implant while favoring an immediate implant load. The treatment provides for a uniform surface with progressive trabeculation to be achieved. An additional advantage of the citric acid treatment is that it leaves no traces following decontamination, further reducing the risk of implant failure.
一段式植体
MB为直径3mm的一段式植体系统。
提供两种修复选择。一种为球头结构的可摘式修复。另一种为锥状结构的固定修复。- Read more »
MB植体两种体部设计,更好的满足上下颌区域软硬组织的种植需求
- 1Prosthetic Options
Choice between square or O-ball head depending on fixed or removable applications.
- 2Support for Fixed Recontructions
A tapered head with a 4,8mm height above the 3,1mm platform offers and optimal base and structure for the fixed reconstruction.
- 3Gingival Collar
MAN-OB/MAN-TAP smooth collar provides the platform switching height to accommodate the average mandibular gingival tissue.
- 4Mandibular Cortical Maintenance
Augmented MAN-OB/MAN-TAP micro grooving for the increased cortical height of the mandibular bone.
- 5Low Profile Threading
Low profile threading offers surface area yet with the reduced resistance necessary for placement in the D1/D2 bone that can be encountered in the mandible.
- 6Surface Topography
Blasted and acid etched main body surface.
- 7Mandibular Apex
Sharp apex to facilitate advancement in D1/D2 bone.
- 8Augmented Gingival Collar
MAX-OB/MAX-TAP smooth collar platform switching fits the thicker maxillary gingival tissue
- 9Maxilla Type Bone Micro Grooving
MAX-OB/MAX-TAP micro grooving accommodates the thinner cortical bone that is encountered in the maxilla.
- 10Aggressive Main Body Threading
MAX-OB/MAX-TAP main body threading, agressive reverse buttress threads deliver the surface area and stability required by softer maxillary bone
- 11Maxilla Type Apex
Rounded tip is ideal for the maxilla so as to prevent the possible perforation of the sinus.
- System Compatiblity
Choice of tapered and O-ball head prosthetics.
O-ball head is compatible with SD, GL, BL and EL O-ball attachments
小直径植体
SD植体为一段式植体,直径包括1.8 mm、2.1 mm、2.4 mm、2.5mm四种。每种直径的植体都包括普通型和锋利型,以及有无光滑颈圈的设计。
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用来增加覆盖义齿的稳定性,同时满足骨量不足的病例以及经济承受能力不足的患者种植的需求。
- 1Prosthetic choice
Choice between square or o-ball head depending on fixed or removable applications.
- 2Micro grooving
The lower aspect of the implant collar is endowed with micro grooves to help maintain cortical bone.
- 3Fine threading
The fine thread SD implants are designed to facilitate the placement in hard bone.
- 4Passivated surface
The implant surface is blasted with aluminum oxide and then subjected to progressive etching using citric acid. This surface treatment accelerates the osteointegration process by providing a greater and more uniform area of contact between bone and implant while favoring an immediate implant load.
- 5Smooth collar
The top aspect of every collared implant is smooth so as to better accommodate soft tissue.
- 6Aggressive threading
The aggressive thread for SD Implants are designed for the added compression and surface area required in soft bone placement.
- 7Collared and non-collared models
C-tech provides SD models with and without gingival collars, allowing the practitioner to better address cases with differing gingival thicknesses.
- Implant body
The anatomically shaped implants are produced from medical grade 5 titanium.
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植体
高度 8 mm
ø 3.5/8 mm | CT-3508 |
ø 4.3/8 mm | CT-4308 |
ø 5,1/8 mm | CT-5108 |
高度 9 mm
ø 3.5/9 mm | CT-3509 |
ø 4.3/9 mm | CT-4309 |
ø 5,1/9 mm | CT-5109 |
高度 11 mm
ø 3.5/11 mm | CT-3511 |
ø 4.3/11 mm | CT-4311 |
ø 5,1/11 mm | CT-5111 |
高度 13 mm
ø 3.5/13 mm | CT-3513 |
ø 4.3/13 mm | CT-4313 |
ø 5,1/13 mm | CT-5113 |
高度 15 mm
ø 3.5/15 mm | CT-3515 |
ø 4.3/15 mm | CT-4315 |
ø 5,1/15 mm | CT-5115 |
* 所有的GL植体包装包括封闭螺丝
Scientific Publications
EL Clinical Study • February 2015 How to combine bone stability and aesthetic benefits through innovative implant design Treatment of a 65-year-old patient Henriette Lerner HL DENTCLINIC, Dentist, Baden-Baden, Germany We present a clinical case with extensive aesthetic requirements, illustrating the treatment of a 65-year-old patient with a partial edentular situation with allRead moreEL Clinical Study - September 2014 - Innovative dental implant design shows improved success rate, bone stability and esthetic benefits
EL Clinical Study • September 2014 Innovative dental implant design shows improved success rate, bone stability and esthetic benefits A retrospective study over 3 years including 2-year follow-up Henriette Lerner, DMD Director of HL Dentclinic (private practice focussed on implantology) The aim of this research is to retrospectively evaluate an innovative implant and prostheticalRead more(BDIZ EDI) Implant-Study 2014/2015 - March 2015 - Quantitative and qualitative element-analysis of implant-surface by SEM and EDX
(BDIZ EDI) Implant-Study 2014/2015 • March 2015 Quantitative and qualitative element-analysis of implant-surface by SEM and EDX Prof. Dr. Dr. Joachim E. Zöller Interdisciplinary Polyclinic for Oral Surgery and Implantology Dept. for Cranio Maxillofacial and Plastic Surgery, Dr. med. dent. Dirk U. Duddeck Head of Surface Analyses, In cooperation with the EuropeanRead moreEL Clinical Study - April 2015 - Bone stability and aesthetics using an innovative implant design
EL Clinical Study • April 2015 Bone stability and aesthetics using an innovative implant design Treatment of a 65-year-old patient by DR HENRIETTE LERNER (HL DENTCLINIC), BADEN-BADEN, GERMANY Implant success today consists of more than just “osseointegration accomplished”. We also have to take into account the aesthetic result. The present clinical case withRead moreInnovatives Dental-Implantat-Design - May 2015 - Improved Success Rate, Bone Stability, Esthetic Advantages
Magazine PIP - Issue:2/2015 • May 2015 Improved Success Rate, Bone Stability, Esthetic Advantages Author: Dr Henriette Lerner HL DENTCLINIC Abstract Implant success nowadays means more than just the achievement of osseointegration. We must also take into account the esthetic results. The present case study shows the treatment of a partially edentulous 65-year-old femaleRead more