El documento describe la rápida evolución de la tecnología y la comunicación desde la Segunda Guerra Mundial hasta la actualidad. Explica cómo la creación de ARPANET y la fibra óptica llevaron al desarrollo de Internet y la navegación en línea. También destaca el papel fundamental de la educación en enseñar competencias como la lectura y la escritura para usar efectivamente la tecnología. Finalmente, argumenta que la integración de las TIC en la educación debe hacerse de manera integral y pedagógicamente apro
Este documento describe el anime japonés. Explica que el anime surgió en Japón en la década de 1960 y se ha extendido a nivel mundial. Detalla algunas características clave del anime como sus tramas complejas, el uso de la fantasía, las referencias culturales japonesas y la animación limitada. También describe el proceso de creación del anime, incluido el guión, diseño de personajes y animación.
El documento describe la vida del licenciado Xavier Soriano en el año 2034. Resume que ha tenido mucho éxito en su carrera como arquitecto al graduarse con honores en la universidad y ahora dirige su propia empresa. Vive feliz con su esposa Joselin y sus dos hijos, Andrés de 8 años y Joselina de 7, en Cuenca. Ha podido viajar por varios países con su familia.
Este documento fornece informações sobre a Escola Municipal de Ensino Fundamental Paulo Colombo Pereira de Queiróz, incluindo sua localização, data de fundação, patrono e diretores. Resume a biografia do patrono Paulo Colombo Pereira de Queiróz e lista atividades e projetos realizados na escola nos últimos anos.
For Staffing Agencies operating in APAC today, a strong brand can provide an essential competitive advantage.
As you invest time and effort into building your brand, it is essential that you are able to measure and improve.
Join LinkedIn's Brand experts Daniel Sanders and Paul Wheeler for a live webcast: The Quest to Quantify - Measuring the Value of your Brand, to hear tips on how-to measure your brand, including:
- Defining your objectives: in order to measure success, it is first essential to define your objectives.
- Framework for success: learn key metrics to measure ROI and define your brand success.
- Bottom of the funnel: learn how to measure the impact on candidate sourcing.
- Building a case: tips to elevate brand conversations and demonstrate success with your executive team.
- Valuable for all Staffing Agency employees involved in brand building and marketing, including marketing managers, social media managers, brand managers and directors / owners.
How does social influence work in the current world of social media?
This presentation delves into the idea of what is social influence and how we can see influence at work online. It explores what an influencer is, and the different kinds of influence they can exert.
El documento describe la rápida evolución de la tecnología y la comunicación desde la Segunda Guerra Mundial hasta la actualidad. Explica cómo la creación de ARPANET y la fibra óptica llevaron al desarrollo de Internet y la navegación en línea. También destaca el papel fundamental de la educación en enseñar competencias como la lectura y la escritura para usar efectivamente la tecnología. Finalmente, argumenta que la integración de las TIC en la educación debe hacerse de manera integral y pedagógicamente apro
Este documento describe el anime japonés. Explica que el anime surgió en Japón en la década de 1960 y se ha extendido a nivel mundial. Detalla algunas características clave del anime como sus tramas complejas, el uso de la fantasía, las referencias culturales japonesas y la animación limitada. También describe el proceso de creación del anime, incluido el guión, diseño de personajes y animación.
El documento describe la vida del licenciado Xavier Soriano en el año 2034. Resume que ha tenido mucho éxito en su carrera como arquitecto al graduarse con honores en la universidad y ahora dirige su propia empresa. Vive feliz con su esposa Joselin y sus dos hijos, Andrés de 8 años y Joselina de 7, en Cuenca. Ha podido viajar por varios países con su familia.
Este documento fornece informações sobre a Escola Municipal de Ensino Fundamental Paulo Colombo Pereira de Queiróz, incluindo sua localização, data de fundação, patrono e diretores. Resume a biografia do patrono Paulo Colombo Pereira de Queiróz e lista atividades e projetos realizados na escola nos últimos anos.
For Staffing Agencies operating in APAC today, a strong brand can provide an essential competitive advantage.
As you invest time and effort into building your brand, it is essential that you are able to measure and improve.
Join LinkedIn's Brand experts Daniel Sanders and Paul Wheeler for a live webcast: The Quest to Quantify - Measuring the Value of your Brand, to hear tips on how-to measure your brand, including:
- Defining your objectives: in order to measure success, it is first essential to define your objectives.
- Framework for success: learn key metrics to measure ROI and define your brand success.
- Bottom of the funnel: learn how to measure the impact on candidate sourcing.
- Building a case: tips to elevate brand conversations and demonstrate success with your executive team.
- Valuable for all Staffing Agency employees involved in brand building and marketing, including marketing managers, social media managers, brand managers and directors / owners.
How does social influence work in the current world of social media?
This presentation delves into the idea of what is social influence and how we can see influence at work online. It explores what an influencer is, and the different kinds of influence they can exert.
Dr. Park is a clinical professor at UCLA School of Dentistry who teaches and conducts research in prosthodontics and implant dentistry. He has extensively researched medication-related osteonecrosis of the jaw and medication-assisted osseointegration using different implant surface topographies. Recently, he has been investigating the accuracy of measuring primary and secondary implant stability. Dr. Park received his dental degrees from Tufts University and completed advanced prosthodontics training and a fellowship at UCLA.
This document appears to contain a series of numbers with no other context. It lists numbers from 0405 to 1312 across multiple lines without any other text, headings or explanations. The essential information and purpose of the document cannot be determined from the limited numeric content provided.
This study evaluated the outcome of immediately loading 15 dental implants in 4 patients over a mean follow-up period of 4.8 months. The mean marginal bone loss from implant surgery to immediate loading was 0.03 ± 0.07 mm, and 0.16 ± 0.17 mm after 3 months of continued loading. No implants failed, resulting in a 100% survival rate. The results suggest that immediate loading of dental implants can achieve high success rates of up to 6 months. However, long-term clinical studies with larger sample sizes are still needed.
User guide universal prosthetic kit -151207Kei Lim
This Universal Prosthetic Kit contains dental implant procedure tools and drivers made of medical grade materials. It is used for implanting fixtures, connecting abutments, and detaching cover screws. The kit includes hex, SCS, and Unigrip drivers, a driver holder, and torque ratchet. It must be sterilized via autoclave before use according to the instructions, which include preparing components, washing after use, and storing at room temperature.
The document outlines an agenda for the 2016 Neobiotech World Symposium taking place June 25-26, 2016 in Los Angeles, California. The precongress event on June 25th will feature lectures and demonstrations on topics such as sinus surgery, implant placement, and guided bone regeneration. The main symposium on June 26th will include speakers presenting on innovative sinus surgery, implant loading protocols, prosthetic complications, peri-implant diseases, bone grafting techniques, and new technologies. Presenters include experts from the United States and South Korea specializing in oral surgery, periodontics, and prosthodontics.
The document introduces Neobiotech's AnyTime Loading concept for dental implants, which allows prosthesis loading within 1 to 4 weeks or at any time. This concept provides clinics with greater competitive advantages over other implant systems and more benefits to patients. Key advantages include reduced treatment time, immediate functional restoration, and increased patient satisfaction. Neobiotech's IS-II active implant is optimized for AnyTime Loading through its tapered design, reversed threading, specialized surface treatment and drilling protocol, which help achieve high primary stability and maintain stability longer to reduce the risk of early loading failure.
Prosthetic guide
www.neobiotechus.com
www.neobiotech.com
Download is available.
Click the content, you can see directly the content that you want to see.
Predictable and Accurate 3D Guided implant placement for a 3-D worldKei Lim
We live in a 3 dimensional world yet still place dental implants using 2D techniques involving guessing. New 3D guided implant placement allows for accurate and predictable implant positioning in all 3 planes using a surgical guide. This seminar will cover how to create a 3D surgical guide from scans or impressions, the equipment needed, and a hands-on demonstration of placing an implant using a 3D guide for improved accuracy over conventional techniques.
This document provides information on the Neobiotech CAD/CAM system, including specifications for its milling machines, furnaces, and materials. Key details include:
- The CM3i, CM4i, and CM5i milling machines with their axis configurations, spindle power, sizes, and material milling times.
- The module upgrade system that allows axis upgrading from 3 to 5 axes for increased accuracy and efficiency.
- Compatible materials that can be milled including zirconia, titanium, PMMA, and resin, as well as a sintering furnace for final processing.
- Associated tools, blocks, links, and scan bodies made from materials like titanium,
The document provides information on Neobiotech's Cameleon CAD/CAM system, an integrated digital solution for dentistry. It describes the TRIOS intraoral scanner, 3Shape model scanners including the D700, CAD and CAM software, milling machines, and dental materials compatible with the system. The Cameleon system aims to streamline workflows, improve communication, and provide accurate, esthetic restorations using innovative technology and materials.
The document is Neobiotech's 2015 product catalog. It includes:
- An introduction to Neobiotech's corporate philosophy and history of developing simpler, safer, and faster implant products.
- Details on Neobiotech's research and development facilities and production process.
- An overview of Neobiotech's implant systems including the IS-II active, IT-II active, EB-II active, and S-mini implants.
- Descriptions of the surgical kits, guides, prosthetic components, and digital solutions that accompany the implant systems.
The Neo Surgical Accessory Kit contains several tools to aid in implant surgery including a tissue punch for removing soft tissue, a dia marker for checking implant position before drilling, a bone planner for trimming irregular bone surfaces, and a bone profiler for trimming overgrown bone. It also includes QuickTight high speed hex drivers that automatically stop when torque exceeds 2Ncm.
This document provides steps to treat peri-implantitis:
1. Clean the contaminated implant surface with a special brush to remove bacteria and promote reosseointegration after bone grafting.
2. For severe cases, use a brush to remove the rough implant surface and create a new machined surface for soft tissue attachment and bone preservation.
3. Replace a contaminated implant with a new one using an FR Kit to unscrew the old implant with minimal bone damage and allow for immediate replacement.
The document provides information about the ACMAuto Chip Maker instrument, which is used to collect autograft bone from mandibular molars or incisors for guided bone regeneration in defective areas. The instrument comes in various diameters and lengths. It must be cleaned, sterilized and stored properly after use. A clinical case and movie demonstrate how to use the instrument to drill and collect autograft bone chips within seconds for GBR procedures.
This document describes a new drill device called the NeoBiotech Auto Chip Maker (ACM) that can easily collect autogenous bone in substantial amounts from the posterior mandible. The drill is attached to a handpiece and used to collect bone from a donor site, such as the ramus, at 70 RPM without irrigation. The collected bone is trapped in the drill by a plastic stopper. It is then placed in an implant defect area and covered with a membrane for guided bone regeneration. At a follow-up surgery 3-4 months later, significant new bone formation was observed around the implant and previously deficient site. The collected bone has a coagulated and spongy consistency and the advantages of autogenous bone grafting while
This document provides information on the Neo SinusAll Kit, which combines several surgical kits into one for maxillary sinus implant procedures. It includes drills, surgical tools, and drivers made of medical grade materials like stainless steel. The kit allows sinus procedures to take place using a single kit and includes both crestal and lateral approach tool components, along with tools for implant placement. Instructions are provided on the use, sterilization, storage and maintenance of the kit components.
This document provides information about a basic implant training course offered by the Global Academy of Osseointegration. The 3-day course will teach doctors how to surgically place and restore dental implants, identify ideal implant candidates, and diagnose and treatment plan implant cases. The training includes hands-on exercises with typodont models, and each participant will have the opportunity to perform a live implant surgery under supervision. The course aims to provide dentists with the skills and knowledge to incorporate implant dentistry into their practices.
The CAMeleon CS is a 5-axis milling machine capable of high-precision machining of dental materials like zirconia, glass ceramics, composite resins, and PMMA. It features a 500W spindle that can reach speeds up to 100,000 RPM, allowing it to mill materials both dry and wet. The machine has a 6-tool automatic changer and accuracy of ±0.001mm via servo motors and harmonic drives installed on all axes. It is suitable for milling dental copings, crowns, and other small dental parts at a high capacity of 700-1000 parts per month.
The document describes the NeoGuideSystem for digital implant planning. It provides full digital workflow to quickly fabricate surgical guides for accurate, safe implant surgery. The system includes NeoGuide software for implant planning, surgical guides for guiding surgery, and a NeoGuide kit with drills and other tools. The full digital process takes only 5 days from scan to surgery. The system aims to provide faster, safer, and more accurate implant placement for patients, clinics, and dental labs.
Dr. Park is a clinical professor at UCLA School of Dentistry who teaches and conducts research in prosthodontics and implant dentistry. He has extensively researched medication-related osteonecrosis of the jaw and medication-assisted osseointegration using different implant surface topographies. Recently, he has been investigating the accuracy of measuring primary and secondary implant stability. Dr. Park received his dental degrees from Tufts University and completed advanced prosthodontics training and a fellowship at UCLA.
This document appears to contain a series of numbers with no other context. It lists numbers from 0405 to 1312 across multiple lines without any other text, headings or explanations. The essential information and purpose of the document cannot be determined from the limited numeric content provided.
This study evaluated the outcome of immediately loading 15 dental implants in 4 patients over a mean follow-up period of 4.8 months. The mean marginal bone loss from implant surgery to immediate loading was 0.03 ± 0.07 mm, and 0.16 ± 0.17 mm after 3 months of continued loading. No implants failed, resulting in a 100% survival rate. The results suggest that immediate loading of dental implants can achieve high success rates of up to 6 months. However, long-term clinical studies with larger sample sizes are still needed.
User guide universal prosthetic kit -151207Kei Lim
This Universal Prosthetic Kit contains dental implant procedure tools and drivers made of medical grade materials. It is used for implanting fixtures, connecting abutments, and detaching cover screws. The kit includes hex, SCS, and Unigrip drivers, a driver holder, and torque ratchet. It must be sterilized via autoclave before use according to the instructions, which include preparing components, washing after use, and storing at room temperature.
The document outlines an agenda for the 2016 Neobiotech World Symposium taking place June 25-26, 2016 in Los Angeles, California. The precongress event on June 25th will feature lectures and demonstrations on topics such as sinus surgery, implant placement, and guided bone regeneration. The main symposium on June 26th will include speakers presenting on innovative sinus surgery, implant loading protocols, prosthetic complications, peri-implant diseases, bone grafting techniques, and new technologies. Presenters include experts from the United States and South Korea specializing in oral surgery, periodontics, and prosthodontics.
The document introduces Neobiotech's AnyTime Loading concept for dental implants, which allows prosthesis loading within 1 to 4 weeks or at any time. This concept provides clinics with greater competitive advantages over other implant systems and more benefits to patients. Key advantages include reduced treatment time, immediate functional restoration, and increased patient satisfaction. Neobiotech's IS-II active implant is optimized for AnyTime Loading through its tapered design, reversed threading, specialized surface treatment and drilling protocol, which help achieve high primary stability and maintain stability longer to reduce the risk of early loading failure.
Prosthetic guide
www.neobiotechus.com
www.neobiotech.com
Download is available.
Click the content, you can see directly the content that you want to see.
Predictable and Accurate 3D Guided implant placement for a 3-D worldKei Lim
We live in a 3 dimensional world yet still place dental implants using 2D techniques involving guessing. New 3D guided implant placement allows for accurate and predictable implant positioning in all 3 planes using a surgical guide. This seminar will cover how to create a 3D surgical guide from scans or impressions, the equipment needed, and a hands-on demonstration of placing an implant using a 3D guide for improved accuracy over conventional techniques.
This document provides information on the Neobiotech CAD/CAM system, including specifications for its milling machines, furnaces, and materials. Key details include:
- The CM3i, CM4i, and CM5i milling machines with their axis configurations, spindle power, sizes, and material milling times.
- The module upgrade system that allows axis upgrading from 3 to 5 axes for increased accuracy and efficiency.
- Compatible materials that can be milled including zirconia, titanium, PMMA, and resin, as well as a sintering furnace for final processing.
- Associated tools, blocks, links, and scan bodies made from materials like titanium,
The document provides information on Neobiotech's Cameleon CAD/CAM system, an integrated digital solution for dentistry. It describes the TRIOS intraoral scanner, 3Shape model scanners including the D700, CAD and CAM software, milling machines, and dental materials compatible with the system. The Cameleon system aims to streamline workflows, improve communication, and provide accurate, esthetic restorations using innovative technology and materials.
The document is Neobiotech's 2015 product catalog. It includes:
- An introduction to Neobiotech's corporate philosophy and history of developing simpler, safer, and faster implant products.
- Details on Neobiotech's research and development facilities and production process.
- An overview of Neobiotech's implant systems including the IS-II active, IT-II active, EB-II active, and S-mini implants.
- Descriptions of the surgical kits, guides, prosthetic components, and digital solutions that accompany the implant systems.
The Neo Surgical Accessory Kit contains several tools to aid in implant surgery including a tissue punch for removing soft tissue, a dia marker for checking implant position before drilling, a bone planner for trimming irregular bone surfaces, and a bone profiler for trimming overgrown bone. It also includes QuickTight high speed hex drivers that automatically stop when torque exceeds 2Ncm.
This document provides steps to treat peri-implantitis:
1. Clean the contaminated implant surface with a special brush to remove bacteria and promote reosseointegration after bone grafting.
2. For severe cases, use a brush to remove the rough implant surface and create a new machined surface for soft tissue attachment and bone preservation.
3. Replace a contaminated implant with a new one using an FR Kit to unscrew the old implant with minimal bone damage and allow for immediate replacement.
The document provides information about the ACMAuto Chip Maker instrument, which is used to collect autograft bone from mandibular molars or incisors for guided bone regeneration in defective areas. The instrument comes in various diameters and lengths. It must be cleaned, sterilized and stored properly after use. A clinical case and movie demonstrate how to use the instrument to drill and collect autograft bone chips within seconds for GBR procedures.
This document describes a new drill device called the NeoBiotech Auto Chip Maker (ACM) that can easily collect autogenous bone in substantial amounts from the posterior mandible. The drill is attached to a handpiece and used to collect bone from a donor site, such as the ramus, at 70 RPM without irrigation. The collected bone is trapped in the drill by a plastic stopper. It is then placed in an implant defect area and covered with a membrane for guided bone regeneration. At a follow-up surgery 3-4 months later, significant new bone formation was observed around the implant and previously deficient site. The collected bone has a coagulated and spongy consistency and the advantages of autogenous bone grafting while
This document provides information on the Neo SinusAll Kit, which combines several surgical kits into one for maxillary sinus implant procedures. It includes drills, surgical tools, and drivers made of medical grade materials like stainless steel. The kit allows sinus procedures to take place using a single kit and includes both crestal and lateral approach tool components, along with tools for implant placement. Instructions are provided on the use, sterilization, storage and maintenance of the kit components.
This document provides information about a basic implant training course offered by the Global Academy of Osseointegration. The 3-day course will teach doctors how to surgically place and restore dental implants, identify ideal implant candidates, and diagnose and treatment plan implant cases. The training includes hands-on exercises with typodont models, and each participant will have the opportunity to perform a live implant surgery under supervision. The course aims to provide dentists with the skills and knowledge to incorporate implant dentistry into their practices.
The CAMeleon CS is a 5-axis milling machine capable of high-precision machining of dental materials like zirconia, glass ceramics, composite resins, and PMMA. It features a 500W spindle that can reach speeds up to 100,000 RPM, allowing it to mill materials both dry and wet. The machine has a 6-tool automatic changer and accuracy of ±0.001mm via servo motors and harmonic drives installed on all axes. It is suitable for milling dental copings, crowns, and other small dental parts at a high capacity of 700-1000 parts per month.
The document describes the NeoGuideSystem for digital implant planning. It provides full digital workflow to quickly fabricate surgical guides for accurate, safe implant surgery. The system includes NeoGuide software for implant planning, surgical guides for guiding surgery, and a NeoGuide kit with drills and other tools. The full digital process takes only 5 days from scan to surgery. The system aims to provide faster, safer, and more accurate implant placement for patients, clinics, and dental labs.
1. Remover Kit12
Neo SR Kit(Screw Remover)
This is a kit consisting of the tools designed to remove the fractured screw fast and safely in case that the screw inside the
inserted fixture are fractured due to several reasons.
● Product name : SRKIT
Screw Remover
Conical Guide
Shank Driver Reverse Drill
External Guide
Internal Guide
Claw Drill
SR Driver HolderPerfect Guide
PG Driver
규격 Product name 적용 Fixture 암나사 적용 Reverse Drill
Ø0.8 / M1.6 PG0816 M1.6 RCD08
Ø1.0 / M1.8 PG1018 M1.8 RCD10
Ø1.2 / M2.0 PG1220 M2.0 RCD10, 12
Ø1.4 / M2.5 PG1425 M2.5 RCD12, 14
Hex(mm) Product name 적용 제품
Ø0.8 / M1.6 PGH255 PG0816, PG1018, PG1220, PG1425
* 반드시 Fixture의 암나사 규격과 같은 Perfect Guide를 사용해야 한다.
• Perfect Guide
• PG Driver
2. Remover Kit
S-MiniFixtureImpressionCopingLabAnalogProtectiveCapHousing&RetainerProstheticFlowChartO-Ring&Impression
O-Ring
13
• Shank Driver
Product name 적용 제품
SHD00 SR08, SR10, SR12, SR14
• Conical Guide
규격 Product name 적용 제품
11º / 8º CG00 11º 또는 8º의 Internal Connection을 갖는Fixture
• Internal Guide
규격 Product name 적용 제품
2.4Hex IHG24 2.4Hex의 Internal Connection을 갖는Fixture
2.5Hex IHG25 2.5Hex의 Internal Connection을 갖는Fixture
3.1Octa IOG31 3.1Octa의 Internal Connection을 갖는Fixture
• External Guide
규격 Product name 적용 제품
2.4Hex EHG24 2.4Hex의 External Connection을 갖는Fixture
2.7Hex EHG27 2.7Hex의 External Connection을 갖는Fixture
3.4Hex EHG34 3.4Hex의 External Connection을 갖는Fixture
• Reverse Drill
Diameter Product name 제거하고자 하는 Screw Size
Ø0.8 RCD08 M1.6
Ø0.1 RCD10 M1.8 또는 M2.0
Ø1.2 RCD12 M2.0 또는 M2.5
Ø1.4 RCD14 M2.5
• Guide Holder
규격 Product name 적용 제품
3.5 Double Hex GH00
Conical Guide : CG00
Internal Guide : IHG24, IHG25, IOG31
External Guide : EHG24, EHG27, EHG34
• Screw Remover
Diameter Product name 제거하고자 하는 Screw Size
Ø0.8~Ø1.1 SR08 Reverse Drill Ø0.8(RCD08)로Hole을 형성했을 경우
Ø1.0~Ø1.3 SR10 Reverse Drill Ø1.0(RCD10)로Hole을 형성했을 경우
Ø1.2~Ø1.5 SR12 Reverse Drill Ø1.2(RCD12)로Hole을 형성했을 경우
Ø1.4~Ø1.7 SR14 Reverse Drill Ø1.4(RCD14)로Hole을 형성했을 경우
* SR 14는 Screw의 Hex가 망가졌을 때 사용된다.
Neo SR Kit(Screw Remover)