ICam 4D by Imetric

$28,460.00

Perfect Full Arch Implant Impressions
In Under 10 Seconds with Photogrammetry

ICam 4D by Imetric

Perfect Full Arch Implant Impressions
In Under 10 Seconds with Photogrammetry
Includes 2 Day Hands-On Training by CAD-Ray.com valued at $2500
Includes access to CAD-Ray.com valued at $500

$23,600.00

Available on backorder

ICam Bodies

Replacement set of 8 ICamBodies (MU-RP) $3,520.00

The ICamBodies are for each implant interface type, currently a general Multi-Unit RP with a 1.4 mm screw. They come in a pack of 8 and are consumable at 50 uses each

$3,520.00

ICam Remote Installation and Training

ICam4D on-line installation and acquisition training, 3 hours

$960.00

ICamRefs

Set of 8 ICamRefs Cylinder MU-RP
We recommend you purchase DESS Multi-Unit Abutment Healing Caps instead

$380.00

Available on backorder

SKU: ICam-4D-Imetric-1 Categories: , , , Tags: , , ,

Description

How does it work and what is all the buzz about?

Many people do not feel comfortable with intra-oral full arch implant suprastructure scans and will not bypass the verification jig. Instead, they prefer to capture the accuracy of the arch with a different technology called photogrammetry.

video
Limitations of Intra-Oral and Desktop Scanning and The Advantages of ICam4D

The process is very easy to understand; after the fixtures are placed, either at surgery or at some other time, Multi Unit Abutments (MUA’s) are placed on the fixture.  ICamBodies (often called scan flags) are placed on top of the MUA’s and the images are scanned with the device that has 4 cameras mounted at specific positions and angles.  The software then outputs a file that has the relationship of all the implants perfectly preserved to each other.  The sequence of videos attach explain that process.  This file is then incorporated with the intra-oral scan that allow you to capture the tissue, the vertical dimension, and the tooth positions to proceed and design the case.  This process can work with any intra-oral scanner and most of the work is done in the CAD software but for more advanced utilization of technology,

video
limitations of intra-oral scans for full arch impressions

ICam Scan of Scanposts or Flags

The ICam Output File and How it Works

Merging of ICam Data With IOS Model For Design of Prosthesis

The following videos explain how the ICAM actually works. After you place the scanposts on top of the MUA’s you calibrate the device real quick and then you image the posts.  The software then outputs the preferred stl files that you can take and merge into any CAD software you desire.

video
how to position the icam bodies

labeling implant platform and choosing cad software
ICam4D Workflow 2019-06

Benefits of the ICam 4D

The iCam 4D is revolutionizing the workflow for multi-implant restorations. This exciting new technology has tremendous benefits for the patient and all parties involved from dentist to production. The iCam 4D technology reduces chair-time, the number of visits, and it eliminates significant hardware, personnel and production costs. lt is the only technology that guarantees predictable and accurate results independent of the operator.

Additional information

What's Included

Includes ICam4D special offer the first set of 8 ICamBodies, set of 8 ICamRefs, training by CAD-Ray, shipment DAP
Accesories

Accessories for ICam4D; Power supply 1 Box with: Calibration Plate 1 Calibration Plate support 1 Power cable US
Cost and Life of Icam ScanBodies

50 uses for each ICamBody (previously 30) Furthermore the cost per use of an ICamBody is $8.80 (Down from $16) First set, which is included Replacement ICamBodies this is $7.15 per use of an ICamBody
Patient Benefits

The advantages for the patient include: *No stress due to the taking of the impressions. The insertion of the ICamBodies and the capture of the gingiva are rapid and comfortable compared to taking an implant impression. *The measurements can be performed with a lip extractor only. For the upper arch the mouth must be opened slightly and for the lower arch the mouth can be measured in the rest position. Thus there is no need to open the mouth to extreme positions as with intra-oral scanners. *The technology eliminates try-ins as the part will fit perfectly. *Improved comfort of the patient due to the quality of the fit of the final restoration. *Possibility of much shorter treatment times as early load protocols are much more feasible with the ICam4D.
Chair-Side Benefits

The complex task of taking an impression for a multi-implant structure is reduced to just a few minutes when including the insertion and removal of the ICamBodies. This results in: *Large savings in valuable chair time due to the easy placement of the ICamBodies and the rapid measurements with the iCam4D. *Predictable outcome as the result is independent of the skill Level of the user. *Elimination of costs for materials for taking the impression for multi-implants. *No re-tries as the first part will have a perfect fit.
Laboratory Benefits

The work for the laboratory and/or dental technician is greatly reduced. The advantages include: *No need for a stressful rapid production of models with gingiva mask and implant analogs. *No need to scan complex implant models.
Key Aspects

Key aspects in the development of the iCam4D system were: *To make the ICamBodies very small, easy to handle, and easy to disinfect. *To make the measurements completely independent of the operator. *To make both the ICamBodies and the measurement as precise as technically necessary to assure a perfect fit. *To make the capture of the gingiva as simple as possible.
Technology

The iCam4D is a hand held “camera unit” consisting of four cameras and one projector. lt combines photogrammetric and structured Light scanning techniques to capture 3D data. lt uses the ICamBodies, high precision mechanical parts with a unique proprietary target arrangement, to determine the position and orientation of implants. The position and orientation computed for one implant is called an “ICamPosition”. The ICamBodies are replaced by Imetric at regular intervals to assure that they always meet the necessary precision requirements. Another component of the iCam4D technology are the ICamRefs. These are similar to healing abutments and in fact it is possible to use healing abutments instead of the ICamRefs. The smaller size of the ICamRefs makes it much simpler to take an impression of the gingiva or to scan the ICamRefs and gingiva with an intra-oral scanner. The software of the iCam4D then allows the user to transform the ICamPositions into the coordinate system of the gingiva using the ICamRefs. This is done with a few simple clicks.

ICam 4D by Imetric

What's Included

Includes ICam4D special offer the first set of 8 ICamBodies, set of 8 ICamRefs, training by CAD-Ray, shipment DAP.

ICam4D on-line installation and training, 1/2 day by imetric onboarding valued at $960.00
Accesories

Accessories for ICam4D; Power supply 1 Box with: Calibration Plate 1 Calibration Plate support 1 Power cable US
Cost and Life of Icam ScanBodies

50 uses for each ICamBody (previously 30) Furthermore the cost per use of an ICamBody is $8.80 (Down from $16) First set, which is included Replacement ICamBodies this is $7.15 per use of an ICamBody
Patient Benefits

The advantages for the patient include: *No stress due to the taking of the impressions. The insertion of the ICamBodies and the capture of the gingiva are rapid and comfortable compared to taking an implant impression. *The measurements can be performed with a lip extractor only. For the upper arch the mouth must be opened slightly and for the lower arch the mouth can be measured in the rest position. Thus there is no need to open the mouth to extreme positions as with intra-oral scanners. *The technology eliminates try-ins as the part will fit perfectly. *Improved comfort of the patient due to the quality of the fit of the final restoration. *Possibility of much shorter treatment times as early load protocols are much more feasible with the ICam4D.
Chair-Side Benefits

The complex task of taking an impression for a multi-implant structure is reduced to just a few minutes when including the insertion and removal of the ICamBodies. This results in: *Large savings in valuable chair time due to the easy placement of the ICamBodies and the rapid measurements with the iCam4D. *Predictable outcome as the result is independent of the skill Level of the user. *Elimination of costs for materials for taking the impression for multi-implants. *No re-tries as the first part will have a perfect fit.
Laboratory Benefits

The work for the laboratory and/or dental technician is greatly reduced. The advantages include: *No need for a stressful rapid production of models with gingiva mask and implant analogs. *No need to scan complex implant models.
Key Aspects

Key aspects in the development of the iCam4D system were: *To make the ICamBodies very small, easy to handle, and easy to disinfect. *To make the measurements completely independent of the operator. *To make both the ICamBodies and the measurement as precise as technically necessary to assure a perfect fit. *To make the capture of the gingiva as simple as possible.
Technology

The iCam4D is a hand held “camera unit” consisting of four cameras and one projector. lt combines photogrammetric and structured Light scanning techniques to capture 3D data. lt uses the ICamBodies, high precision mechanical parts with a unique proprietary target arrangement, to determine the position and orientation of implants. The position and orientation computed for one implant is called an “ICamPosition”. The ICamBodies are replaced by Imetric at regular intervals to assure that they always meet the necessary precision requirements. Another component of the iCam4D technology are the ICamRefs. These are similar to healing abutments and in fact it is possible to use healing abutments instead of the ICamRefs. The smaller size of the ICamRefs makes it much simpler to take an impression of the gingiva or to scan the ICamRefs and gingiva with an intra-oral scanner. The software of the iCam4D then allows the user to transform the ICamPositions into the coordinate system of the gingiva using the ICamRefs. This is done with a few simple clicks.

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