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- IML Swiss Dental Implants
- CATALOGUE CC RP
CATALOGUE CC RP
CATALOGUE CC RP
The document provides comprehensive information on IML Swiss Dental Implants, highlighting their design, manufacturing standards, and product offerings. Founded in 2009, IML SA focuses on quality and innovation in dental implantology, aiming to deliver solutions that are simple, safe, and stable.
IML adheres to strict quality standards, complying with international regulations such as FDA 510(k), MDR 2017/745, and ISO certifications. Their quality management system ensures all products meet safety and performance standards through controlled production protocols.
IML emphasizes precision in manufacturing, maintaining a tolerance of five-thousandths of a millimeter for implant connections. They use high-grade titanium from the USA and advanced machinery to ensure defect-free products.
The SL treatment developed by IML enhances implant integration with bone tissue. Laboratory analyses confirm its effectiveness in promoting cell adhesion and implant stability, even in challenging bone conditions.
- UNIVERSE BLT Implants: Suitable for various clinical scenarios, including low bone density and immediate loading, featuring a conometric connection, SL surface treatment, and self-tapping screw tips.
- UNIVERSE BLS Implants: Similar to BLT, with additional features like a polished collar and active drilling capabilities.
The document outlines various surgical kits (KIT-UN29, KIT-UNTD, KIT-UNCD, KIT-GUI) and their corresponding drilling protocols, providing comprehensive guidance for implant procedures.
IML offers a range of prosthetic parts for both narrow and regular platforms, including CAD CAM solutions and overdenture options, ensuring compatibility and versatility in dental restorations.
IML Swiss Dental Implants are characterized by their commitment to quality, innovation, and precision, offering a wide range of products and solutions to meet diverse dental implantology needs.
The document provides detailed specifications and instructions for the CC NP Surgical Kit, designed for use with Swiss dental implants. It includes various tools and components necessary for implant procedures, emphasizing precision and compatibility with specific implant platforms.
The surgical kit includes cylindrical drills, a dynamometric ratchet (torque 10-70 Ncm), threadformers, guide pins, motor drivers, multitool drivers, drill extensions, and drill stops. The components are made of medical-grade steel with DLC coatings for enhanced durability and visibility.
The document outlines the use of precision drills for cortical bone cutting, emphasizing the importance of laser-etched depth notches for accurate drilling. It also details the use of threadformers for compact bone to prevent compressive stress during implant insertion.
The tools comply with ISO 1797-1 standards for compatibility with contra-angle handpieces. Important warnings include not exceeding specified torque limits to prevent damage to screws and drivers, and avoiding lever-type movements to reduce fracture risk.
The document advises regular checks for wear and tear on drivers and recommends using new SmartPegs for accurate ISQ measurements. It also highlights the importance of maintaining perpendicular working axes and avoiding sudden movements during procedures.
The kit includes various implant drivers, multitool drivers, and motor drivers, each designed for specific tasks such as engaging screws or inserting implants. The document emphasizes the need for correct insertion and alignment to ensure successful outcomes.
Items are supplied non-sterile and must be autoclaved before use. The document also notes that product images may not correspond to actual products, and items can be sold individually.
This document provides detailed specifications and usage instructions for various dental implant tools and components, specifically focusing on the UNIVERSE implant end drills, surgical kits, and associated drivers and accessories.
- UNIVERSE Implant End Drills: Cylindrical with a conical tip, made of medical-grade steel with a black DLC coating for enhanced visibility and performance. Features include laser-marked diameters, depth notches, and a three-edge helical shape. Requires abundant external irrigation.
- IML Cylindrical Pilot Drill Ø2.0: Prepares the initial hole for implants, made of medical-grade steel with a black DLC coating. It has a two-edge helical shape and requires external irrigation.
- MUA Mounting Driver: Made of surgical steel, compatible with ISO 1797-1 contra-angle handpiece standard. Used for tightening straight MUA abutments with a torque limit of 40 Ncm.
- Guide Pins: Used to check implant insertion axis and parallelism, featuring deep notches for height control visible on X-rays.
- Drill Extension: Increases drill length, made of stainless steel, and requires autoclaving before use.
- Use abundant external irrigation with drills to prevent overheating.
- Ensure correct positioning of drill stops using colored silicone O-rings.
- Adhere to recommended torque limits to prevent damage to components.
- Regularly check and replace worn components to maintain functionality.
- Use threadformers in compact bone to reduce stress and facilitate implant insertion.
- Excessive torque can strip hexagonal keys or deform screwdrivers.
- Incorrect insertion of drivers can damage components.
- Ensure proper sterilization of non-sterile components before use.
- Multitool Drivers: For implant and screw insertion, featuring a sandblasted area for improved grip and a colored O-ring for platform identification.
- SmartPegs: Used for measuring resonance frequency, made of soft metal, and should be disposed of after use.
These drivers are designed to ensure safe transport of screws within the oral cavity, complying with ISO 1797-1 standards. They come in various shank lengths to suit patient anatomy and improve ergonomics. Regular checks are necessary to prevent wear and tear, and excessive torque should not exceed 40 Ncm to avoid damage.
This tool operates within a torque range of 10-70 Ncm, ensuring precise control during procedures.
Made of surgical steel, these drivers feature a sandblasted area for improved grip and a colored O-ring for platform identification. They are designed to engage screws with a 1.26 mm internal hexagon and should not exceed 40 Ncm of torque.
This tool ensures stable coupling with prosthetic components and is identified by a red O-ring for CC RP connection compatibility.
Used for tightening straight MUA abutments, this driver should not exceed 40 Ncm of torque.
These drivers facilitate secure implant insertion without the need for a carrier, with a torque limit of 70 Ncm.
Designed for Ø2.0 - Ø4.0 drills, these stops limit the working length of the drill to a predetermined height, ensuring precision during procedures.
Made of medical-grade steel, this tool is used to reduce compressive stress on the bone during implant insertion, especially in compact bone scenarios.
These are delicate measuring devices used with the Osstell instrument to measure resonance frequency. They must be disposed of after use due to hygiene concerns.
This technique involves diagnosis, planning, and placement using 3D imaging for accurate implant positioning. The IML SA implant system instruments are reusable and must be sterilized before use.
Includes various instruments for implant site preparation and insertion, all supplied non-sterile and requiring sterilization before use. Instruments are identified by screen-printed markings and color codes for ease of use.
These instruments prepare the soft tissue and bone crest for implant placement, ensuring a stable base for precise drilling.
Made of hardened DLC-coated surgical steel, these drills are color-coded for easy identification and are used for initial implant site preparation.
The document provides detailed specifications and descriptions of various components used in guided dental implant surgery. It includes information on implant drivers, bone cutter guides, prosthetic parts, and other surgical tools.
The document describes different types of implant drivers, including manual and motor-driven options. These drivers are made of surgical steel for durability and are designed to guide implants accurately in direction and depth through surgical guides. The hexagonal reference on the drivers allows for checking the implant connection position.
These guides are used for the removal of excess bone portions during surgery. They are anodized in different colors according to the platform type (e.g., CC RP - Grey, CC NP - Pink, HEX RP - Yellow) and are designed to connect directly to the implant.
The document outlines two main platforms based on implant diameter: Narrow Platform (NP) and Regular Platform (RP). Both platforms feature an internal hexagon connection for stability and precision. The NP platform has a 5° cone, while the RP platform has a 6° cone, ensuring a perfect seal and closure.
A range of prosthetic components is detailed, including healing screws, temporary abutments, and angled abutments. Each component is described with measurements and connection screw details. The document emphasizes the versatility and reliability of the prosthetic system in various clinical scenarios.
The document includes mechanical test results confirming the high strength of the connections. It also provides detailed measurements for each component, ensuring precise selection and application in clinical settings.
The document serves as a comprehensive guide for dental professionals, offering detailed specifications and instructions for the use of various components in guided dental implant surgery. It highlights the importance of precision and durability in surgical tools and prosthetic parts.
This document provides detailed specifications and descriptions of various prosthetic components and connecting screws used in dental implants, specifically focusing on the IML Swiss dental implants. The document includes measurements, codes, and descriptions for each component, emphasizing the importance of precision in dental prosthetics.
The document lists multiple components such as open tray impression copings, closed tray impression copings, and various connecting screws. Each component is described with its dimensions in millimeters, and the corresponding connection screw codes are provided for reference. The document also notes that product images may not correspond to the actual product.
The document suggests that the components are designed to preserve the integrity of peri-implant soft tissue, promoting stable and predictable healing. It highlights the importance of managing the emergence profile and reducing the risk of microtrauma to the tissue.
All measurements are provided in millimeters, and the standard thread size for screws is M1.6, except for specific components where M1.4 is used. The document emphasizes the precision required in the design and implementation of these components.
- Impression Copings: Various types including open tray, closed tray, and disparallelism impression copings, each with specific dimensions and connection screw codes.
- Connecting Screws: Multiple types for different applications, including spare screws for open tray, closed tray, and abutments, with detailed measurements and thread specifications.
- Multi-Unit Abutments (MUA): Includes rotating and non-rotating options, with detailed specifications for each type.
- CAD-CAM Components: Includes TBASE shift abutments, scan bodies, and pre-milled components, each with specific dimensions and connection screw codes.
The document serves as a comprehensive guide for dental professionals, providing essential information on the specifications and use of prosthetic components in dental implants. It underscores the importance of precision and careful selection of components to ensure successful dental implant procedures.
The document provides detailed specifications and descriptions of various prosthetic components and tools related to IML Swiss dental implants. It focuses on the transformation of bone-level implants to tissue-level implants using additional components, optimizing both biological and prosthetic aspects while simplifying clinical procedures.
The document lists numerous prosthetic parts, including healing screws, temporary abutments, aesthetic abutments, and impression copings. Each component is described with precise measurements in millimeters, including diameter (Ø), height (H), and other relevant dimensions. Connection screws are included with each part, and specific codes are provided for reference.
The document outlines the use of various components in dental implant procedures, emphasizing the importance of selecting the correct abutment and impression coping for specific clinical needs. It also highlights the inclusion of connection screws and provides codes for ordering spare parts.
All measurements are provided in millimeters, and standard thread sizes are specified for screws. The document ensures compatibility and standardization across different components, facilitating ease of use in clinical settings.
The document suggests consulting page 110 for additional details on connection screws and emphasizes that product images may not correspond to the actual product, indicating the importance of verifying specifications before use.
The tables provide detailed measurements for each component, including diameter, height, and other critical dimensions. These measurements are crucial for ensuring proper fit and function in dental implant procedures.
The document stresses the importance of using the correct prosthetic parts and tools to optimize implant stability and patient outcomes. It also highlights the availability of spare parts and the need to refer to specific codes for ordering.
This document provides detailed specifications and descriptions of various dental implant components and prosthetic parts offered by IML Swiss. It includes information on connecting screws, anatomical screws, and multi-unit abutments, along with their dimensions and intended uses.
- Connecting Screws: Various types of connecting screws are detailed, including those for open tray impression coping, abutments, and anatomical healing screws. Each screw type is specified with dimensions in millimeters and thread size, primarily M1.8 and M1.6.
- Anatomical Screws: These are designed for implant-prosthetic rehabilitation, aiming to preserve and reconstruct natural tooth morphology. The document describes different types of anatomical healing screws tailored for specific dental areas, such as incisors and molars, to ensure optimal tissue conditioning and aesthetic results.
- Multi-Unit Abutments (MUA): The document introduces the MUA PLUS line, highlighting its enhanced mechanical stability and aesthetic integration. It includes specifications for straight, angled, and rotating/non-rotating components, with details on dimensions and included connection screws.
- Implant-Prosthetic Rehabilitation: Emphasizes the importance of using preformed anatomical caps for effective gingival conditioning and maintaining the integrity of the implant site.
- Use of MUA Components: Recommendations for using MUA components in various prosthetic applications, ensuring proper integration and stability.
- Dimensions and thread sizes for each component are consistently provided, ensuring precise selection and application in dental procedures.
- Each product is accompanied by a note that images may not correspond to the actual product, emphasizing the importance of referring to specifications rather than visuals.
- All components are measured in millimeters, with specific attention to thread sizes for compatibility.
- The document stresses the importance of anatomical design in achieving long-lasting aesthetic and functional results in dental restorations.
This document provides detailed specifications and descriptions of various prosthetic components and connecting screws used in dental implants, specifically focusing on the IML Swiss dental implants range. It includes measurements, threading standards, and product codes for different components.
The document lists multiple prosthetic parts, including connecting screws, abutments, and scan bodies. Each component is described with precise measurements in millimeters, such as diameter (Ø), height (H), and other relevant dimensions. The threading standards are specified, with common threads being M1.4, M1.6, and M1.8.
The document categorizes products into several types, including:
- Connecting Screws: Various screws for prosthetics and CAD-CAM applications, with specific codes like VT-P, VT-DIN, and SFYV.
- Abutments: Different types of abutments, including rotating, non-rotating, angled, and straight, each with specific dimensions and included connection screws.
- Scan Bodies and Replicas: Components for CAD-CAM processes, including scan bodies and implant replicas, with detailed measurements and connection screw codes.
The document advises that product images may not correspond to the actual product, emphasizing the importance of referring to the detailed specifications provided. It also suggests visiting the IML Swiss website for further details and scanning the QR code for more information.
Each product entry includes a note on the unit of measurement (millimeters) and the specific connection screw included, with a reference to page 169 for additional details. The document highlights the importance of maintaining the integrity of peri-implant soft tissue and optimizing both biological and prosthetic aspects.
The document provides detailed information about IML Swiss dental implants, focusing on various components and tools used in dental procedures, particularly for removable overdentures.
The document lists several components such as connecting screws, large ball abutments, and flexator tools. Each component is described with measurements in millimeters, indicating dimensions like height (H), diameter (ØA, ØB), and other relevant parameters.
The document includes descriptions of titanium caps for large balls, flexator abutments, and various caps for flexators, each with specific dimensions and product codes. It is noted that product images may not correspond to the actual product.
IML's packaging process complies with Directive MDR 2017/745, ensuring sterilization and shelf life. Implants are packaged in ABS containers, then placed in plastic containers with safety caps, and finally in labeled cardboard boxes. Additional labels are provided for implant passports and patient records.
IML emphasizes rigorous quality control, performing over 30 checks during production. This includes dimensional controls, removal of imperfections, and functional tests on all components. Operators sign off on checks, and periodic laboratory analyses ensure compliance with implant surface standards.
IML SA's headquarters are located in Mendrisio, Switzerland. Contact details and information about visiting the company are provided, along with distances from nearby airports.
Catalog excerpts
IML Swiss dental implants
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IML Swiss dental implants
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IML Swiss dental implants UNIVERSE IMPLANT SYSTEM BLS BLT
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4 IML Swiss dental implants
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IML Swiss dental implants
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IML Swiss dental implants The Swiss company IML SA Swiss Dental Implants was founded in 2009 by a group of professionals in the field of dental implantology, creating a close-knit team with twenty years of experience in the design and manufacture of implant lines to the highest quality standards. Every day, the IML team is committed to finding effective answers to the new implantology needs, solutions that meet the expectations of the most demanding professionals. Primary objective: to offer oral implantology that is Simple, Safe and Stable over time. These “3S” summarise the guidelines on which...
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IML Swiss dental implants CERTIFICATIONS For IML, maintaining Quality is the guiding principle, a true lifelong project, which is embodied in the IML Production Protocol. This constantly evolving instrument ensures compliance with rigorous international standards, ensuring that every component produced complies with current regulations on certified medical devices. The company operates according to strictly controlled protocols, obtaining quality certifications that attest to the reliability and safety of its products. Each stage of production undergoes rigorous checks to ensure compliance with...
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IML Swiss dental implants PEOPLE, MATERIALS AND MACHINERY Only the best raw materials, only the best and most advanced technology, only the best professionals. These are the secrets of IML, which translate into products of excellence, guaranteed to be free from manufacturing defects. Specialised operators who are capable of establishing a man-machine relationship that optimises the functions of the instruments to achieve maximum performance. Grade 4 titanium for medical use for implants and grade 5 for prosthetic parts. IML's titanium is imported exclusively from the U.S.A. and is guaranteed...
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IML Swiss dental implants SL TREATMENT The IML Research and Development team, in collaboration with prestigious chemical laboratories specialising in implantology, has developed the optimal surface treatment formulation for its implants: the SL treatment. The results have been checked by the laboratories of the Polytechnic University of Turin and the University of Turin, which also carry out periodic monitoring of production batches. The SL treatment is technically comparable to the best SLAs® most widely docu- mented in the literature and is carried out using a sandblasting technique with different...
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IML Swiss dental implants Another fundamental factor determined by surface treatment and constantly monitored through laboratory analysis is roughness, i.e. the set of surface irregularities. During surface analyses carried out by the CNR (National Research Council) in Turin on Universe systems, the average roughness (Ra/Sa), the Skewness parameter (Rsk/Ssk), indicative of the predominant symmetry, and the Kurtosis parameter (Rku/Sku), indicative of the density of jaggedness, are documented. The resulting values, in relation to what is documented in international literature, confirm that IML SL-treated...
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IML Swiss dental implants
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IML Swiss dental implants Conical Connection Narrow Platform CC RP Conical Connection Regular Platform
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IML Swiss dental implants The perfect solution for: • Low bone density • Post extraction • Delayed loading • Immediate loading Conometrically retained through-bolt Switching platform Micro-grooved collar Internal conometric connection to double staggered hexagon, handled by through-bolt RP Alternating double spiral, square and spur Self-tapping scre
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IML Swiss dental implants
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16 I ML Swiss dental implants
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IML Swiss dental implants CC NP Conical Connection Narrow Platform CC RP Conical Connection Regular Platform
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18 I ML Swiss dental implants The perfect solution for: • Low bone density • Post extraction • Delayed loading • Immediate loading Conometrically retained through-bolt Switching platform Polished collar with controlled micro-roughness Internal conometric connection to double staggered hexagon, handled by through-bolt Active drilling Alternating double spiral, square and spur
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IML Swiss dental implants Scan the QRCode and VISIT OUR WEBSITE!
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IML Swiss dental implants
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IML Swiss dental implants SURGICAL KIT - BLT/BLS FOR IMPLANTS CC NP Kit with cylindrical drills KIT-UN29
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IML Swiss dental implants Dynamometric ratchet (torque 10-70 Ncm) Cylindrical drill Ø2.8 Threadformer 2.9 Cylindrical pilot drill Ø2.0 Precision drill Drill stops kit Multitool remover for abutments Drill extension Motor driver for straight MUA Implant driver for motors Motor driver for screws Multitool implant driver Multitool driver for screws Multitool driver for straight MUA Items supplied non-sterile.
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IML Swiss dental implants UNIVERSE 2.9 BOX FOR SURGICAL INSTRUMENT SFYS18 The precision drill is used to cut the cortical bone, and is therefore very sharp and pointed. The design of the blades guarantees an effective cut at both the tip and the side. It has a maximum diameter of 2.0 mm and a laser marking positioned at 10 mm which indicates the maximum depth to which the drill can be inserted. The precision drill is used to obtain a suitable guide hole for subsequent drilling. The drill is made of surgical steel with a DLC surface treatment and a clear laser-etched reference notch. UNIVERSE...
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IML Swiss dental implants UNIVERSE BLT CYLINDRICAL PILOT DRILL Ø2.0 FC29-2 The cylindrical-shaped pilot drill with diameter 2.00 mm is designed to prepare the initial hole for implant placement. It is easy to identify thanks to the diameter screen-printed on the shank. Equipped with laser depth notches and usable with a fixed-height stop, with a two-edge and helical shape, and must be used with abundant external irrigation. It is made of medical grade steel with a DLC (Diamond Like Carbon) coating, giving it a black colour that improves the visibility of the depth notches and optimises its mechanical...
Open the catalog to page 24All IML Swiss Dental Implants catalogs and technical brochures
CATALOGUE126 Pages
CATALOGUE CC NP196 Pages
CATALOGUE HEX RP52 Pages
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CATALOGUE22 Pages
CATALOGUE CC NP40 Pages
CATALOGUE CC RP47 Pages
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