Name: Medit i700
Brand: Medit
SKU: Medit i5700
Price: 18000 USD
Availability: InStock
Rating: 5 (365 reviews)

Posted on November 6, 2019November 6, 2019 by CAD-Ray — Leave a comment

Flash and Flush For Digital Impressions

With digital dentistry and designing cases in color, you do not need flash like you do for analog impressions. The purpose of flash is so that you can discern the separation of the margin from the tissue in stone. You still need to displace the tissue to expose the line of sight to your margins, but you don’t necessarily need the flash. But if you get both, it certainly helps! You can see an example of this with the margins scanned in HD mode with the Medit i500.

flash and flush help expose the margins for the Medit i500 ios

In the following video we demonstrate how we set up the case and image the prep. With digital dentistry, you can image the opposing, the arch, and the bite in any sequence you want. This has great implications clinically where team members can scan most of the data needed and the dentist can step, prepare the tooth, and just image the prep and the contacts of the neighboring teeth. Advanced users who are looking for speed can process the case even before the prep is imaged, and then just image the prep and only process that arch and merge them in the cad software, greatly speeding up the process

case set up for medit preparation imaging

CLICK TO DOWNLOAD THE UPPER AND LOWER OBJ FILES TO LOOK AT IMAGE QUALITY FOR YOURSELF

Posted on October 28, 2019October 28, 2019 by CAD-Ray — Leave a comment

Distal Extension Second Molar Crown Replacement in Copy Mode and With Two Bites

Every distal extension case I have to accomplish the following:

take two bites to make sure my vertical dimension does not change with pre-op and prep images
make sure I have proper clearance
We usually take the bites and all other images BEFORE I have even imaged the prep- I usually grab the prep images last
most of this you can delegate to your team and just take the prep images and make it simple for yourself

this video shows the clinical steps. to see what the lab does with your case, click in the link to see the subsequent steps. you can also choose to design and mill it, which is what I did

Distal extension copy case with two bites

design of second molar case with two bites

emax try in

Posted on October 28, 2019July 11, 2020 by CAD-Ray — Leave a comment

Tissue Displacement Flash for Analog Impressions vs FLUSH for Digital Impression

With analog dental impressions, it is imparative to separate the gum tissue from tooth structure and to create a trough for flash for dye work. This is not the case with the intra-oral scanner by Medit. All you need to do is displace the tissue so you have a clear line of site to the margins, and you just need to be flush. You don’t need flash like you do with stone work

tissue and/or cord flush to margin for digital impressions

emax try in

Posted on October 25, 2019December 27, 2019 by CAD-Ray — Leave a comment

Implants and Digital Impressions

“Yes it can

I would however do separate abutments and crowns just in case you bind somewhere you can adjust crowns separate from abutments

You would have struggle with analog impressions

This is THE indication for digital dentistry over analog impressions!

I’m stealing this photo for my presentations 😉”

Posted on October 25, 2019October 25, 2019 by CAD-Ray — Leave a comment

Live Intra-Oral Scan Verification Jigs for Full Arch Scans and Global Accuracy

This is a detailed video demonstration that shows you how to capture full arch scans for multi unit implant cases in edentulous jaws and, more importantly, how to assess its accuracy.

this is a very controversial topic and most aspire to capture intra-oral scans without the need for a verification jig. to date, this has been impossible to measure during live intra-oral scans. you can only do so with trueness and precision studies on benchtops, with known reference frames.

All that changed this month with the launch of Medit’s AI (artifical intelligent implant suprastructure automatic identification) system. it is meant to primarily identify a scanbody and the location of the fixture. But we can use it to our advantage to give us a LIVE verification jig.

this is not comparing telegammetry to ios scans. it is showing how you can assess the accuracy of your live global scan, which was impossible a month ago. it should be readily apparent to you that every scanner on the market can produce accurate or inaccurate models, and the end result is completely up to the operator.

this invalidates most if not all studies to date that assess trueness and precision of intra-oral scanners because none of them can measure those values intra-orally. this is a new benchmark that all manufacturers should try to achieve now

live full arch verification jig

A summary and review of the above video

review of full arch imaging and accuracy verification

In this video we slowed the speed down so you can appreciate the subtle changes in the histogram

Notice microns worth of changes while imaging across the arch

This video shows the relationship of the two models to each other and the location of the implant suprastructures

matching models

Download the Case File

Posted on October 23, 2019 by CAD-Ray — Leave a comment

World’s First Verfication Jig For Cross Arch Accuracy

Medit i500 Artificial Intelligent Implant Suprastructure Identfication System not only simplifies advanced implant prosthetics but can be used for immediate assessment of cross arch accuracy.

Posted by Armen Mirzayan on Wednesday, October 23, 2019

Posted on October 23, 2019 by CAD-Ray — Leave a comment

Medit i500 Scanbody Identification System

medit scanbody identification system

Posted on October 23, 2019 by CAD-Ray — Leave a comment

Using Medit i500’s Artifical Intelligent Implant Suprastructure Identification System to Find Multi-Abutment Margins

finding multi unit abutment margins

Posted on October 22, 2019October 23, 2019 by CAD-Ray — Leave a comment

What Is An Implant Scanbody, Why Should You Use it, And Why You Need The Medit i500’s AI !

dental implant scanbody used by the medit i500

Dental implant surgery and restorations were the most risky procedures just 10 years ago. They were also the most profitable, but also carried the largest liability and the most significant surgical and restorative lab costs. A simple error introduced in the restorative process could easily eliminate the profit margin and a more significant mishap can create an undesirable outcome

We have seen dramatic changes in implant surgery where both the cost of the surgical stent and the fixture placement have reduced to the point where fully guided surgery is now the norm as they speed up the surgery and normalize the accuracy of placement across a broad range of practitioners with varying levels of experience. We are now seeing the same type of effect on the restorative side of the implant treatment, where digital dentistry is greatly reducing costs and errors.

With permission from blueskybio.com, we captured some key elements with analog impressions to highlight potential errors that can be introduced. The full video can be seen here:

analog impression of an implant fixture

The common sources of errors that someone can introduce are:

The inherent nature of impression material that can distort during the impression step
The angulation of the impression abutment may prevent it from seating all the way or may bind on the adjacent teeth making it difficult to capture an accurate impression
The size of the impression abutment can usually block access to the contours of the adjacent teeth where the pvs material does not capture the detail needed to generate good contacts and emergence profiles
Not securing the implant analog with the abutment in the impression material so that it does not distort or vibrate out of its position while pouring stone into the PVS material
With multiple implant, the problems can compound exponentially if the implants do not draw well together with complications ranging from locking the tray in the patient’s mouth accidentally or distorting the impression material enough when removing it where you decrease the accuracy. Some practitioners prefer to do this in multiple steps, correcting angulation and collisions with custom abutments and several impressions

Fortunately, in this impression of 3 implants that were placed with a guided, the impression abutments are parallel to each other but just a few degrees in either direction, you can have multiple collisions of the abutments with the adjacent teeth or in between the abutment themselves. What a scanbody does is it allows for the optical scan of a geometric shape that helps CAD software identify the exact location of an implant fixture, its timing, and its relationship to the arch form.

It has significant advantages as there is no distortion of the impression material. Moreover, you can capture all the detail of the adjacent teeth before you place the scanbody in the mouth. This dramatically reduces the errors and adjustments you will need to make during the seat appointment.

This video shows you the contour or the shape of a specific scanbdoy. There are many manufacturers that produce the scanbodies for a variety of fixtures with different geometries. Ideally, you use a titanium based one so that you can take an x-ray to make sure it is seated all the way. A frequent cause for error with digital impression is that you bind on tissue of bone which block you form seating all the way.

sample scanbody

Once you have scanned the pertinent information, you can then take the digital models to CAD software where the location of the fixture is identified digitally and you can design the restoration of your choice. This can be titanium abutment or a tibase that retrofits ceramic material like emax or zirconia. The following video demonstrates how you identify the scanbody in exocad and proceed with a sample design.

purpose of a scanbody

Once the design is completed, you can outsource the fabrication of the abutment and/or the crown. There are many machines that you can use to fabricate the titanium abutment. Please note that the milling machines do not mill the connection. The connection to the implant comes pre-manufactured. The cylindrical block is milled to shape. The cad software also maintains the relationship of the abutment to the crown so that they retrofit to each other.

Now imagine if you had multiple implants that did not draw together? What’s great about digital dentistry and how we use the Medit i500 here is how we utilize a single scanbody to capture the location of 3 fixtures. One thing we emphasize at CAD-Ray is how digital impression allow you to create models over time and out of sequence. They are also editable and additive. In the subsequent video we demonstrate how you can capture segments at a time, which can greatly help when you have implant abutments colliding into each other.

You can place the scanbdoy in one location, scan it, digitally protect the area, remove the scanbody, place it into another location and image it at the new location, dramatically overcoming all the obstacles described above

3 implant fixtures captured with one scanbody

Now for the greatest news and the largest advancement in digital dentistry in a decade! Medit i500 has launched the Artificial Intelligent Implant Identification System where the software automatically recognizes these scanbody and lets you skip dozens of steps to get to the immediate design steps of the restoration. The algorithm utilized to match the digital scanbody to the physical one is proprietary to Medit and is unparalleled in its accuracy. A lot of the guess work and inherent errors in the digital platforms are reduced with this software which is a contrasting as the difference between analog and digital impressions.

Posted by Armen Mirzayan on Monday, September 23, 2019

Posted on September 25, 2019September 25, 2019 by CAD-Ray — Leave a comment

Using Medit’s Artificial Intelligent Implant Suprastructure Identification System to assess the accuracy of a cross arch digital impression!

medit i500 artificial intellegent implant identification system

Using Medit’s Artificial Intelligent Implant Suprastructure Identification System to assess the accuracy of a cross arch digital impression! long title but it had to be to do it justice. For a primer, we highly recommend that you watch all of our videos on imaging fundamentals

here we put all the pieces of a puzzle together to answer how you can capture full arch impressions for implants accurately (or inaccurately). As the user, you are completely responsible for not introducing errors or capturing the data correctly

The Medit i500 has features that help you not only capture implant suprastructures, where you can bypass the scanbodies all together which impedes capturing the bite correctly for a lot of people, but you can identify their location and margins, even if they are hampered by bleeding. Most importantly you can use them as landmarks to accurately capture very accurate full arch impressions.

Medit’s reliability map, implant suprastructure identification system, and matching histogram colors can help you drastically reduce or eliminate steps and errors in full arch digital implantology

Using Medit’s Artificial Intelligent Implant Suprastructure Identification System to assess the accuracy of a cross arch digital impression! long title but it had to be to do it justice

here we put all the pieces of a puzzle together to answer how you can capture full arch impressions for implants accurately (or inaccurately). As the user, you are completely responsible for not introducing errors or capturing the data correctly

The Medit i500 has features that help you not only capture implant suprastructures, where you can bypass the scanbodies all together which impedes capturing the bite correctly for a lot of people, but you can identify their location and margins, even if they are hampered by bleeding. Most importantly you can use them as landmarks to accurately capture very accurate full arch impressions.

Medit’s reliability map, implant suprastructure identification system, and matching histogram colors can help you drastically reduce or eliminate steps and errors in full arch digital implantology

Posted by Armen Mirzayan on Wednesday, September 25, 2019

Posted on September 23, 2019September 23, 2019 by CAD-Ray — Leave a comment

Artifical Intelligence by Medit i500 Allows Automatic Implant Suprastructure Identfication

case set up for scanbody

uncover to digitally impress titanium scanbody

Just like that, the world of implants changed overnight!

Medit i500’s artificial intelligence implant identification…

Posted by Armen Mirzayan on Monday, September 23, 2019

Posted on September 16, 2019September 16, 2019 by CAD-Ray

Dual Buccal Bite with Medit i500

double buccal bite for proper mounting of case

case can be discussed and downloaded here

Posted on September 12, 2019 by CAD-Ray — Leave a comment

How To Transfer The Margin Line To The Lab From Your Medit i500

This first video details how you can mark your margins in meditlink with your medit iscan software. The very first step that you must do is properly identify the job definition. If you choose orthodontic modules or bite splints for example, you will not have the opportunity to transfer the marked margins because they are not part of the equation. So the best practice is to always properly label the tooth and the prescription

margin placement to transfer from dentist to lab with meditlink

Once you have processed the case and it is in the preview mode you have one last chance to review the order and submit it to your lab of choice. In this next video we show what happens to your data once your lab receives it and particularly how your drawn margin line accompanies the upper and lower arches and the prepared upper right molar

how the lab receives your margin line from medit i500

Posted on September 12, 2019September 13, 2019 by CAD-Ray — Leave a comment

You Need Enough Redundant Data Between The Pre-op and Prep Models To Activate Image Aquisition

When you have preops that you are trying to stitch to preps in medit, and this could also include relating scanbodies to arches as well, you need enough data that is redundant in both catalog boxes

if you watch this video carefully, you can see how i over trimmed the mesial part of the equation and even though the camera is active, it is not acquiring images. you can see the red box.
once i move the camera to the distal molar, the acquisition starts because the molar has more data points than the premolar and the software / camera recognized the area and started to acquire images.
understanding this will unlock a lot of complicated cases and make the easier for you

case set up for medit copy case

enough data is required between your preop and prep condition to actively take images

quick design in exocad

DOWNLOAD CASE FILE

Posted on September 12, 2019September 12, 2019 by CAD-Ray — Leave a comment

Missing Order Form in Meditlink

A common question we get at cad-ray.com is how a case cannot be submitted to a lab. Most of the time, it is because the job has not been created. You must identify the teeth or the arches that you will be working on define the restorative material of choice or the type of appliance you will be submitting. Once you have done so, the order box will appear for you to submit the case

missing order form to submit a case to a lab

In this next video, you can see what happens when a lab gets your case and what they can do with it

what the lab gets

Posted on September 11, 2019September 11, 2019 by CAD-Ray — Leave a comment

Shining 3D AoralScan Margins

preview of margins captured by Shining 3D Aoralscan

case set up and imaging of upper and lower arches and buccal bite

labeling tooth and marking margins

Click to Download the Lower Arch Model OBJ file

Posted on September 11, 2019September 11, 2019 by CAD-Ray — Leave a comment

One Mill Does It All

We are very pleased with millbox and the imes icore coritec one for a chairside milling solution. We’ve been testing it for a long time and its CAM (millbox) is very intuitive and the results are always predictable. It can mill titanium abutments, emax, and zirconia blocks.

The following videos illustrate how you can image a scanbody intra-orally and then design it in cad software. Here we used exocad to identify the biomax RP implant and designed both the custom titanium abutment and the suprastructure, both of which were milled with the CORiTEC ONE

There are so many implant and component libraries in cad/cam dentistry which can lead to a lot of confusion. What we highly recommend is that you visually compare the part numbers that you will be using with the part numbers displayed on the millbox software. One letter or number difference and the mistakes will have a profound impact on the bottom line of a dental practice

Posted on September 11, 2019September 14, 2019 by CAD-Ray — Leave a comment

Medit i500’s Artificial Intelligence Custom Implant Identification Using The Analog Impression Abutment As A Scanbody

Medit has launched a software that is the greatest advancements in digital dentistry in more than a decade! With artificial intelligence, you can identify the scanbody during intra-oral digital scans. This has many implications for accurate scan captures and skipping multiple steps in the design process in CAD software like exocad.

But there is more! This will knock your socks off. You can build your own custom library for scanbodies or you can use geometries of abutment libraries from your favorite implant line. In this article we show how to import the stl file for a physical impression abutment (Closed Tray- Blueskybio Part #MIJH) and use it as a scanbody. Just watch the following videos

A lot of implant manufacturers will readily distribute their libraries of abutments and scanbodies. Here, we just chose the MIJH impression abutment and previewed it in one of the many free 3D viewer programs included in windows 10.

stl of closed tray biomax impression abutment

Once the data is imported into the library, you can preview it and incorporated into your own library of abutment. Please note that the abutment libraries are stored in the arch catalog boxes while the scanbody libraries are stored in the scanbdoy library, which means the abutment itself may be taken into consideration when capturing the buccal bite.

load digital abutment and identify physical abutment

Once the abutment is identified in Medit it is directly transferred into cad software like exocad to proceed with design. Note in this footage how little of the physical abutment impression was brought into cad software. This greatly reduces errors and your imaging time intra-orally. You can also place a stock abutment and scan it in the same manner and be able to find margins with great ease without having to reach hemostasis or good tissue retraction

desing in exocad

CLICK TO OWNLOAD THE MUA LIBRARY

DOWNLOAD THE BIOMAX NP LIBRARY

Posted on September 10, 2019September 10, 2019 by CAD-Ray — Leave a comment

Upper Tibase and Lower Custom Abutment Scanbody Optical Impressions Made with Medit i500 Artificial Intelligence

In this article we demonstrate how two separate implants are placed with guided surgery and then scanbodies are used immediately after placement to capture the location of the fixtures. While the patient is healing for the next 4-5 months, an upper tibase restoration will be fabricated with a lower custom titanium abutment. Digital impressions were taken with the Medit i500 for implant planning and Blueskybio software was used for the two surgical stents. Two 4.3 mm biomax implants were placed

guided implant planning

To start the case, the job is defined for an upper tibase and a lower implant restoration. Proper labeling here is important so that the cad software, exocad, can launch the appropriate design components

case set up in meditlink

While the patient was anesthetized, the edentulous arches on the patient’s left side were imaged. The bite was also taken, which ignores any information that is present in the scanbody catalogs. It is important to understand this as a new user because usually, the scanbodies are taller than the occlusal heights of the adjacent teeth. If these were captured in the wrong catalog boxes, the upper and lower jaw alignment could be mal-aligned

upper edentulous arch scan prior to surgery

After sufficient anesthesia is achieved, the two surgical stents were seated and verified for fit. It is up to the clinician’s discretion to either lay a flap to access the area or to do the surgery flapless. Since the implant designs showed ample bone, and the fixtures were going to be placed sub-crestal, a tissue punch technique was used here as the area will granulate in. At uncovery, a flap can be used to advance the tissue to the buccal to enhance keratinized tissue appearance

upper surgical stent try-in

One of the greatest benefits of digital dentistry is that you can capture parts of a model independent of time and sequence. In this particular situation, we opted to capture the scanbody for the upper arch even before the lower arch received the implant.

We utilized Medit i500’s Artificial Intelligence to spot and mark the scanbodies. Once these data points are plotted and synchronize with what appears intra-oral, you no longer have to worry about distortion or artifact in the scanbody itself. Color coding is a good indication of an accurate identification of the DESS scanbodies.

Digital Scanbody Drop

The significance of these identified scanbodies is that you can directly import them into the cad software and the fixture locations are readily identified and the design process can proceed.

Posted on September 10, 2019September 14, 2019 by CAD-Ray — Leave a comment

Hemostatis Allows for Easy Imaging of Margins on a Direct Abutment

deep scan of metal abutment

hemostasis allows for identification of direct abutment

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case set up for medit copy case

enough data is required between your preop and prep condition to actively take images

quick design in exocad

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