*mymedicalexpo

Catalogs
Cowellmedi
COWELL® Digital Products

COWELL® Digital Products

Product catalog summary

Overview
COWELL® Digital Products specializes in digital transformation for dental procedures, offering kits and systems for guided surgery and digital prosthesis. The document details product specifications, procedures, and best practices for clinical use.

Digital Guided Surgery Kit
The InnoFit® Lodestar Plus Kit and InnoFit® Lodestar Kit are comprehensive solutions for guided surgery, compatible with various implant systems. Key components include tissue punches, bone flattening drills, pilot drills, and implant adapters. The workflow involves consultation, scanning, design, and fabrication using 3D printing and CAD/CAM technologies.

Digital Prosthesis Systems
The SFIT Ti-Base System and InnoFit® Hybrid Ti-Base System are designed for different implant scenarios, featuring angulated screw channels and low prosthetic height, emphasizing cementless solutions for efficiency.

Procedures and Best Practices
Guidelines include drill selection based on sleeve offset, bone flattening, and tissue punching. Emphasis is placed on cleanliness and precision to ensure successful outcomes.

Technical Specifications
Specifications for drills and components include dimensions, speed settings, and usage instructions. A standard 9mm offset is recommended for accuracy.

Recommendations
Recommendations include proper irrigation during drilling, using appropriate offsets for bone densities, and maintaining equipment cleanliness. The use of torque wrenches and implant adapters is advised for secure fixture placement.

SFIT Ti-Base System Overview
Specifications and usage instructions for the SFIT Ti-Base System components are provided, including SFIT Ti-Base, Titanium Cylinders, Meta G UCLA Cylinders, and various abutments and screws.

Specifications and Components

SFIT Titanium Cylinder: Used for restorations, connected with SFIT Ti-Base Screws, tightened with a 1.2 Hex Ratchet Driver and Torque Wrench at 30 N.cm.
SFIT Meta G UCLA Cylinder: Modifiable for various abutments, cast with non-precious metal or gold alloy.
SFIT Absolute Pick-up Impression Coping: Used for open tray impressions, tightened at 12-15 N.cm.
SFIT Absolute Transfer Post: Used for closed tray impressions and as a scanbody, tightened at 12-15 N.cm.

Procedures and Usage

Intra-oral and Model Scanning: Components like Multi Scanbody and Multi Digital Analog ensure accurate digital impressions.
Component Selection Guide: Guidance on selecting components for the Sub. & Sub-N. Multi SFIT Ti-Base System.

Key Parameters and Recommendations

Tightening Torque: Most components require a torque of 30 N.cm, some 12-15 N.cm.
Material and Coating: Titanium alloy components with special coatings for durability.
Compatibility: Libraries available for integration with EXOCAD®, 3Shape®, and other systems.

Conclusion
The SFIT Ti-Base System offers a range of components for dental restorations, ensuring effective and durable outcomes when used as per guidelines.

Specifications

SFIT Ti-Base Systems: Includes SFIT S and A Ti-Base Screws with different cuff heights and diameters, tightened with a torque force of 12-15 N.cm.
Hybrid Ti-Base Systems: Designed for CAD/CAM customized abutments or crowns, with a tightening torque of 30 N.cm.
Multi Hybrid Ti-Base Systems: Used for screw-retained prostheses, with a tightening torque of 20-30 N.cm.

Procedures

Tightening: Components are tightened using a 1.2 Hex Driver and Torque Wrench.
Impression Techniques: Supports both open and closed tray techniques.
Scanning: Scanbodies made from titanium alloy with special coating.

Recommendations

Ensure correct component selection based on fixture platform and prosthetic requirements.
Follow specified torque values to prevent damage.
Utilize provided libraries for CAD/CAM systems for optimal design integration.

Key Data

Components available in various diameters and lengths.
Torque values are critical for stability and longevity.

Overview
The document provides a guide on the COWELL® Digital Products, focusing on the Sub. Lock Hybrid Ti-Base System and the Int. Hybrid Ti-Base System, including specifications, procedures, and component selection guides.

Specifications

Lock Scanbody: Made of titanium alloy, used for scanning, tightened with a torque force of 12~15 N.cm.
Lock Abutment: Titanium base for screw-retained prosthesis, tightened with a torque force of 30 N.cm.
Lock Protection Cap: Used for gingival retraction.
Lock Digital Analog: Used for 3D printed and stone models.
Lock Hybrid Ti-Base: Titanium base for CAD/CAM customized abutment or crown, tightened with a torque force of 30 N.cm.

Procedures

Components are connected and tightened using specific drivers and torque wrenches.
Scanbodies are compatible with EXOCAD®, 3Shape®, and other systems.

Recommendations

Use appropriate tightening torque for each component.
Utilize Scanbody for 3D work to enhance digital workflow efficiency.

Component Selection Guide

Guides for selecting components for the Sub. Lock Hybrid Ti-Base System and the Int. Hybrid Ti-Base System.

Contact Information
Contact details for Cowellmedi Co., Ltd. and its branches are provided for further inquiries.

Catalog excerpts

COWELL® DIGITAL PRODUCTS COWELL® Digital Products Drive yourself to COWELLMEDI’s Digital Transformatio

Open the catalog to page 1

® DIGITAL GUIDED SURGERY KIT 002 InnoFit® Lodestar Plus Kit InnoFit® Lodestar Kit DIGITAL PROSTHESIS SFIT Ti-Base System · Sub. SFIT Ti-Base System · Sub. SFIT Absolute Ti-Base System · Sub. & Sub-N. Multi SFIT Ti-Base System · Int. SFIT Ti-Base System InnoFit® Hybrid Ti-Base System 050 WELLMEDI’s Drive yourself to CO igital Transformation D · Sub. Hybrid Ti-Base System · Sub. & Sub-N. Multi Hybrid Ti-Base System · Sub. Lock Hybrid Ti-Base System · Sub-N. Hybrid Ti-Base System

Open the catalog to page 2

COWELL® DIGITAL PRODUCTS Drive yourself to COWELLMEDI’s Digital Transformation Digital Guided Surgery Kit InnoFit® Lodestar Plus Kit InnoFit® Lodestar Kit SFIT Ti-Base System Digital Prosthesis SFIT Ti-Base System InnoFit® Hybrid Ti-Base System · Sub. SFIT Ti-Base System · Sub. SFIT Absolute Ti-Base System · Sub. & Sub-N. Multi SFIT Ti-Base System · Int. SFIT Ti-Base System · Sub. Hybrid Ti-Base System · Sub. & Sub-N. Multi Hybrid Ti-Base System · Sub. Lock Hybrid Ti-Base System · Sub-N. Hybrid Ti-Base System · Int. Hybrid Ti-Base System Cementless (Spread Fit™) InnoFit® Lodestar Plus Kit Exclusive...

Open the catalog to page 3

InnoFit® Lodestar Plus Kit > A total guided surgery solution applicable to various types of clinical cases. > Exclusive for the INNO Submerged and Submerged Narrow Implant System. Bone Flattening Drill Fixture Driver Drill Extension COWELL® Digital Products

Open the catalog to page 4

Preparation before Operation Consultation & Scan Disinfection of surgical guide template Dental Clinic Fully digital procedure Partially digital procedure Intraoral Scanning Model Scanning Installation of surgical guide template Implant Simulation Dental Lab Fabrication 3D Printing & CAD/CAM Abutment & crown design Implant simulation & surgical guide template Verification of dental implant Dental Lab Surgical guide template Temporary crown Customized abutment Confirmation of protocol Surgery Dental Clinic COWELL® Digital Products

Open the catalog to page 5

Comprehension and Usage of Offset > Used for soft tissue elimination (the gingiva in the position where the implant is to be Tissue Punch placed can be incised in a circular shape). > The basic length from the fixture platform to the top of the Sleeve is 9mm. > In case that gingiva is thick or fixture needs to be placed deeper due to low bone density, use the Sleeve 2 or 4mm upright to the top. > The higher offset value, the less accurate it will be, so use 9mm if possible. > Hemostatic effect, small scar, fast wound healing affect is occurred after the operation due to small diameter of tissue...

Open the catalog to page 6

Pilot Drill > Low speed, 50 rpm without irrigation / 50 N.cm COWELL® Digital Products

Open the catalog to page 7

> Expand the cortical bone in D1/D2 bone to prevent excessive implantation of the fixture. > Able to apply offset (9mm, 11mm, 13mm). > 50 rpm without irrigation. Fixture Driver - Molar > Use in case the Implant Adapter can not be used due to small size of opened mouth or narrow gap between antagonist tooth. > After implanting 4~5mm, change to the Implant Adapter to complete placement. Adapter Extension Change to the Implant Adapter. Complete placement. Abutment Profile > In case the Implant Adapter is too short to use, connect the Ratchet or > Used for elimination of the alveolar bone that interferes...

Open the catalog to page 8

> Connect the 1.2 Hex Driver to implanted fixture to prevent the movement of the Torque Wrench(Square) > Use to implant the fixture (Connect to the Implant Adapter). > Use after connecting to the 1.2 Hex Driver. > Use after connecting to the V Anchor (Fix Bone). surgical guide template in cases as edentulous. Torque Wrench * Caution - Connect by aligning to the Sleeve offset of connected fixture. - Basic composition of the Sleeve offset 9mm (11, 13mm extra). > Fix the V Anchor using the Torque Wrench in the hole made after initial drilling to prevent the movement of the surgical guide template...

Open the catalog to page 9

Drill Protocol * Drilling method Drill Protocol (7~10mm) INNO Sub Fixture Ø5 x 10mm Bone Tissue Punch Flattening Initial Drill - Make sure with drilling in a desired direction without a change in path through the primary drill contact (A) with the hole created by the previous drilling and the secondary contact (B) with the sleeve. - Create the hole using the initial drill and insert the next drill into the hole made during the previous step and drill after achieving the drill and sleeve contact (A&B). - If drilling only with the sleeve contact (B) without the drill contact (A), the path may not...

Open the catalog to page 10

> A cost-effective guided surgery solution applicable to various types of clinical cases. > Universal to any implant system. Ø2.0 X 7 Abut. Profile Drill KLSPD10 KLSPD12S KLSPD14 COWELL® Digital Products

Open the catalog to page 11

Tissue Punch > The gingiva in the position where the implant is to be placed can be incised in a circular shape, Pilot Drill and it can also be used in inclined bones (50 rpm without irrigation). The gingiva can be incised in a circular shape although bone level is inclined or not parallel. 10 10 The internal cutting edge of the Tissue Punch cuts the gingiva into small pieces so that those can be removed by suction without extra work. Initial Drill > The Drill combined with Bone Flattening Drill and Point Drill which no separate Bone Flattening Drill is required provides simper procedure and...

Open the catalog to page 12

Abutment Profile * Offset length setting > Used for elimination of the alveolar bone that interferes with the accurate connection of abutment. - The basic length from the fixture platform to the top of the Sleeve is 10mm. - In case that gingival is thick or fixture needs to be placed deeper due to low bone density, use the Sleeve 2 or 4mm upright to the top. - The higher offset value, the less accurate it will be, so use 10mm if possible. KLSPD10 * Mount Stopper on the 14mm Drill to use as the 12mm Drill. Offset - 10mm * Remove residual bone by rotating and drilling 360° along the inside of the...

Open the catalog to page 13

COWELL® Digital Products

COWELL® Digital Products

Catalog excerpts

All Cowellmedi catalogs and technical brochures