Product Literature (By Brand)
ABC Wedge Sectional Matrix System
Accolade PV Veneer Placement System
CHAIRSIDE Denture Removal Tool
CHAIRSIDE Impression & Bite Registration Materials
CHAIRSIDE Attachment Processing Material
CHAIRSIDE Soft Reline Material
Contact Wedge Elastic Wedge System
Contract Matrix Sectional Matrix System
First Half Medium Set Impression Material
Make it a LOCATOR Life Patient Brochure
MEGA V Sectional Matrix System
MicroEtcher Abrasive & Quick Disconnect Selection Guide
MicroEtcher CD Intraoral Sandblaster
MicroPrime G Universal Desensitizing Agent
Rock Core Core Build-Up Composite
SilJet Dental Surface Silicating Powder for Cementation & Repair
LOCATOR FIXED® Technique Manual
LOCATOR Implants Technique Manual
Case Studies and Articles (By Brand)
LOCATOR FIXED Case Studies:
LOCATOR FIXED Case Study by Dr. Little
LOCATOR FIXED Case Study by Dr. Saab
LOCATOR FIXED Articles:
Implant Practice US Cover Story: Focusing on the FIXED Full-Arch
LOCATOR R-Tx Case Studies:
Case Study: Retreatment of a dissatisfied overdenture wearer by Dr. Anthony Prudenti
LOCATOR R-Tx Articles:
Dentistry Today - Novel Retention Systems for Implant Restorations - Dr. Little and Dr. Massadv
Inside Dentistry - Excellent Retention with Less Maintenance - Dr. Infante
Dental Product Shopper: LOCATOR R-Tx Evaluation
LOCATOR R-Tx Offers New Angle – by Steve Spoon, CDT
Simplifying Implant-Retained Overdentures
Rehabilition of a Failing Maxillary Arch
Tech Focus - LOCATOR R-Tx Removable Attachment System
LOCATOR Implant Articles:
An affordable overdenture option for an edentulous ridge
Do we need a radiographic guide? A review of the cone-beam computed tomography (CBCT) visualization
Restoring the edentulous patient with narrow diameter implants
Flap vs. Flapless: A Practical Guide
Stabilizing Loose Dentures With Narrow Diameter Implants
Economic Strategies to create a Profit Center with the Edentulous Patient
Flapped or Flapless Surgery for Narrow-Diameter Implant Placement for Overdentures
Narrow-diameter Implants with Locator Attachments for Overdentures
Narrow-Diameter Implants: A Minimally Invasive Solutions for Overdenture Treatment
LOCATOR Root Case Studies:
Case Study: LOCATOR Root Attachments Save an Existing Overdenture
Danville Materials Articles:
Bulk EZ - Use of a Dual-Cured Bulk Fill Restorative Composite
Bulk EZ - Product Evaluation - Bulk EZ Bulk Fill Composite
Bulk EZ - Faster, Easier Posterior Restorations Using a Dual-Cure Composite - Dr Miyasaki
MicroPrime G - Dental Products Shopper Readers' Go-To Products
MicroPrime G - Dental Product Shopper Evaluators' Choice
Prelude One - Dental Advisor Clinical Evaluation
Cem EZ - Dental Advisor Clinical Evaluation
Cem EZ - Your New Cement: CemEZ Lives Up to Its Name
Technique and Materials for Predictable and Accurate Crown and Bridge Impressions – Dr. Schmedding
Product IFU's - Instructions for Use (By Brand)
LOCATOR:
IFU: LOCATOR Implant Attachment System
IFU: LOCATOR Scan Body
IFU: LOCATOR Bar Attachment
IFU: LOCATOR Root Attachment
IFU: LOCATOR Bar Drill-Tap Holder
IFU: LOCATOR Core Tool
IFU: LOCATOR Processing Spacer
IFU: 20Ncm Torque and Thumb Knob Wrench Kit
IFU: 30Ncm Torque and Thumb Knob Wrench Kit
LOCATOR R-TX:
IFU: LOCATOR R-Tx Attachment System
IFU: LOCATOR R-Tx Scan Body
LOCATOR Implants:
IFU: LOCATOR All-in-One Implant System
LOCATOR FIXED:
Search All Zest IFU's:
Product SDS's - Safety Data Sheets (By Brand)
Company Literature (By Brand)
6981871 | LOCATOR R-Tx |
9452030 | LOCATOR R-Tx |
9925022 | LOCATOR R-Tx |
10687920 | LOCATOR R-Tx |
9033709 | LOCATOR R-Tx |
10195004 | LOCATOR R-Tx and LOCATOR F-Tx |
9931181 | LOCATOR F-Tx |
9517114 | LOCATOR F-Tx |
9179989 | SATURNO O-ring Insertion Tool |
8303306 | CHAIRSIDE Denture Removal Tool |
10569391 |
A driver tool for threading a first part into a threaded bore of a second part and unthreading the first part from the threaded bore, comprising: an elongate member having a handle at a first end and a shaft extending from the handle and having a driving end portion of polygonal cross-sectional shape having an outer end face and an outer surface having multiple flats extending up to the outer end face and configured for engagement in a recess in a first part which is of substantially matching polygonal cross-sectional shape; one or more flats of the driving end portion each having a grabbing feature extending along at least part of the length of the driving end portion from the outer end face, which is configured to engage a respective opposing flat of the recess when the driver is rotated in opposite clockwise and counter-clockwise directions relative to the recess, wherein the grabbing feature is configured to bite into the respective opposing flat of the recess and apply a greater amount of torque to the first part when the driver is rotated in a counter-clockwise, unthreading direction than when it is rotated in a clockwise, threading direction relative to the recess, wherein each of the one or more flats is formed as a triangular cut in a flat face of the polygonal cross-sectional shape of the driving end portion of the shaft of the elongate member, each cut defining a pair of flat faces angled with respect to the flat face of the polygonal cross-sectional shape of the driving end portion of the shaft of the elongate member and the pair of flat faces forming an angle. |
10751263 |
A dental composition, wherein said composition comprises, on a surface of a dental substrate, a bonding agent; and a paste mixture, wherein the paste mixture was formed by mixing together a previously separated first part and a second part, and wherein the first part comprises at least one polymerizable monomer and at least one hydroperoxide, wherein the hydroperoxide is Cumene hydroperoxide (CHP); and the second part comprises at least one thiourea compound, wherein the thiourea is 1-(2-Pyridyl)-2-thiourea (PTU); and wherein the bonding agent comprises 8% to 16% of 10-Methacryloyloxydecyl dihydrogen phosphate (10-MDP); wherein either the first part or second part of the paste mixture further comprises a copper (II) compound, and wherein bond strength of the dental bonding agent on a dental substrate is more than 15 MPa. |
Abutments:
Certificate of Registration - Quality Management System - ISO 13485:2016
Certificate of Registration - Quality Management System - ISO 13485:2016 & EN ISO 13485:2016
Perioscopy:
Certificate of Registration - Quality Management System - ISO 13485:2016
Certificate of Registration - Quality Management System - ISO 13485:2016 & EN ISO 13485:2016