The following instructions are specific for a CHROME GuidedSMILE edentulous case. Call 800.228.6663 and ask to speak to one of our experienced dental lab technicians regarding this magnificent service and technology. ROE offers chairside support during surgery anywhere in the USA. Please call to schedule one of our experience CHROME technicians.
Watch the CHROME GuidedSMILE surgery in the videos below to see it in action.
Please consider all instructions on this web site and from our laboratory as explanation of our product and its use. Do not use CHROME as a substitute for surgical skill, implant placement training, or prosthetic conversion. CHROME’s purpose is to serve as augmentation to a doctor’s skill and experience.
Surgical Instructions for the Edentulous Patient
Stage 1: Pin Guide
The Pin Guide is the plastic device that connects to the Fixation Base (CR/CO) via 2-3 CHROME Loc attachments. The Pin Guide’s function is to deliver the Fixation Base by using the patient’s ridge and palate as support. The Pin Guide must be successfully oriented into place to achieve a successful surgery.
- Use cold sterilization prior to surgery
- Passively assemble the Pin Guide (a) & Chrome Fixation Base (b) to feel the relationship between the two.
- Push in all the CHROME Locs, with Pin Guide fully seated
- Info: the Pin Guide is a duplicate of either the patient’s existing denture or a scan appliance.
- Seat Pin Guide (a) similar to seating a denture. This step is very important and sets the foundation for the remaining steps. If guide is not fully seating, make adjustments similar to adjusting a complete denture. Once seated, the patient should be able to occlude naturally. Slight occlusal adjustment may be needed. Reseat w/ Fixation Base (b).
- Remove the Pin Guide/Fixation Base assembly and numb the patient. Once injections are complete, seat the pin guide and keep pressure until the anesthesia swelling has dissipated and the denture is fully seated again. Verify that the denture is in the correct midline position, visually check for even blanching and occlusion, and remove.
- Lay labial facial flap from the crest of the ridge. Once complete, return the guide to the mouth, hold firmly and ask patient to bite. Drill the facial holes for the pins. Must use the provided Drill and Pins as they are calibrated with the guidetubes and plan. Drill to depth and place the pins. Use a mallet to ensure full seating. It is important to use the mallet only after all pins are hand inserted on edentulous cases—avoid torqueing the guide. Once all the sites are drilled and pins are placed, disengage the CHROME Loc plungers to remove the Pin Guide from fixation base.
- The fixation base remains in place for the entire surgery & parts pick-up.
Stage 2: Bone Reduction Guide / Fixation Base
The Fixation Base serves several purposes including support for the Osteotomy Guide, Nano-Ceramic, and final RAPID appliance pick-up. This guide is also the bone reduction guide. The Fixation Base must be secure and stable.
- Pin the Fixation Base to the reduced bone model and feel the transition from guide to bone.
- Notice that this guide does not contact bone. The guided is fully supported by the pins.
- Check to verify that the pins easily pass through each of the chrome channels and bone sites.
- With Fixation Base seated, extract teeth and reduce the bone to the top of the Fixation Base. Use tools of choice: rongeurs, burs, surgical saw, piezo
- If the Fixation Base was removed to perform extractions (try to avoid every removing the Fixation Base before surgery is complete), insert Fixation Base using finger pressure on each pin until they are mostly seated, then use the surgical mallet, ensure full seat of each pin.
- If posterior area has a step up due to bone reduction, use a bur to create a sloped transition. From reduced bone to non reduced bone.
Stage 3: Osteotomy Guide
Osteotomy guide controls the doctor’s fully guided kit. GuidedSMILE compliments nearly all fully guided kits. Follow kit provider’s protocol.
- Using the CHROME Locs, connect the Osteotomy Guide to the bone guide and ensure a passive connection.
- Test the Fully Guided Kit parts and ensure passive fit of each site.
- Study the enclosed GSI report for tool sequence, abutment rotation, images of Fixation Base, parts, etc.
- Insert Osteotomy Guide into the anchored Fixation Base. Use the CHROME Loc attachments to ensure the guided is fully seated.
- Perform osteotomy drilling and install implants according to specific implant company protocols.
- Place implants through the guide if fully guided kit allows. If tools torque, Osteotomy guide can be temporarily removed to relieve torqueing pressure on the handpiece. Otherwise, remove osteotomy guide and place.
- Once all implants are seated, remove Osteotomy Guide.
- Allow the last 1/4 of the implant to be above the bone crest and hand torque to final position aligning the flat side of the implant to one or the flat sides on the Hex of the osteotomy guide.
- Zero degree abutments (straight implants) are round on the Osteotomy Guide. Angle abutments have a Hex sites.
Stage 4: Carrier Guide / Abutment Orientetion Guide
- Carrier fits into the Fixation (d) Base and is held into place with the CHROME Locs (e) . Insert to test.
- The carrier serves to ensure the MUA abutments are in the correct position, the temp cylinders are in the correct trajectory, and to direct the driver to the MUA screws.
- Notice the direction of the square ‘access’ sites off each angled implant site. These squares provide the access for the driver. The driver will drop into the square and engage abutment the screw.
- At this point the implants are in place and in the correct rotation.
- Screw down the MUA abutments as indicated on the GSI report. There are images in the report that show the MUA screw access angle. The carrier (image above) also indicates the rotation of the MUA’s. Once they are placed in the correct rotation, the drive will be able to engage their screws. If the MUA’s do not line up with the squares, remove and rotate the implant into the proper direct / index, then seat the MUA’s—see callouts above.
- With all MUA’s seated, screw the Temp Cylinders to the MUA’s and verify their correct position and trajectory using the Carrier and ultimately the Nano-Ceramic. The Temp Cylinders should emerge vertically and near the middle of the holes in the Nano. If they are close to an edge but not touching this may be acceptable. If there is contact you have a choice of rotating the implant or adjusting the Nano. This has implications for the final restoration screw access hole position.
Stage 5: Nano‐Ceramic Pick-Up and Optional RAPID Appliance
- Seat the Nano-Ceramic (f) to the Carrier which is connected to the Fixation Base and ensure a passive fit.
- Notice the thickness of the Carrier and how it simulates the tissue thickness of the patient – Approximately 3mm.
- With carrier in place, use provided green gaskets and blue plugs fill blockout the temp cylinders and to fill the gap between the temp cylinders and the carrier.
- Coat the inside of the access holes of the Nano with provided resin bonding agent so acrylic will bond. Seat the Nano-Ceramic onto the carrier pegs. Backfill the voids around between the temporary cylinders and the Nano with Quick-Up. Do not allow any material to enter the temp cylinders! Once fully set (self cure, follow instructions), unscrew the cylinders and remove the Nano. Trim the cylinders with a disc or bur, fill all the voids / holes in the Nano, adjust and polish to finish.
- Optional: Screw down the second set of temp cylinders. Insert the RAPID (g) appliance and repeat the pick-up process. The new iJIG has replaced the need for the RAPID (contact laboratory for details)
- Remove the Fixation Base and carrier, place optional comfort caps, suture, deliver the Nano-ceramic prosthetic.
- Seat the Nano-Ceramic, adjust occlusion, capture photographs and share with the lab.
What are the purposes of it?
Bone reduction verification, MUA angle guide, delivery of the prosthetic and RAPID appliance, spacer for reflected soft tissue, verification that the driver is going in the right direction on angled implants (note the black square on angled sites – see instructions for specifics), tissue reflection.
What if the implants are not protruding directly under/through the sites?
This could mean any number of things went awry: Pin Guide was not seated correctly; angle implants are too deep or too shallow changing the connection position; implant chose a different path if they were inserted by hand, not guided; decide if they are placed in an area that is not acceptable – take an x-ray to verify that they are in an acceptable position and make a judgment to move or leave. The plan called for the implants to emerge in a specific position, and the fix is to modify the Carrier Guide and the prosthetic for pick-up. Be sure the Temp Cylinders do NOT contact the Carrier Guide or the prosthetic during the pick-up.
What if the angle implants, MUA’s and Temp cylinders are not aligning through the holes?
Verify that the implants are in the correct position. This can be observed visually through the carrier guide. If looks good, then the angled implants may be inserted in the wrong rotation. If it is, then the implant must be rotated, as little as just a few degrees. This should ‘right’ the MUA and Temp Cylinder. Also, verify that the abutment screw is in line with the black square on the Carrier Guide. This square is where the driver passes through to deliver the abutment screw, in the same trajectory as the implants. If the implant has been placed with the correct indexing to the hex on the Osteotomy Guide, then the MUA may need to be removed and placed in one rotation clockwise or counterclockwise. The best course of action is to follow the implant guided kit to deliver the implant exactly as the Hex indicates.
Do you have to use the Green Gaskets?
YES. Must block out the pick-up material so as not to lock in the prosthetic. Can use light body, gloves for rubber damn, wax, other similar easily removed material.
What if Carrier Guide is not seating? Do you force it?
NO, do not force or bend. It will break and be detrimental to success. Three main reasons it will not seat: 1) something is in the CHROME Loc box. Carefully inspect and clean 2) bone was not reduced sufficiently and is ‘holding it up’ 3) soft tissue is in the way. Make a stitch, or reflect more if needed.
What do you look for that might be holding it up?
- Something is in the CHROME Loc box. Carefully inspect and clean
- Bone was not reduced sufficiently and is ‘holding it up’
- Soft tissue is in the way. Make a stitch, or reflect more if needed.
Can the prosthetic or RAPID be used early on to check occlusion?
Yes, checking occlusion early is a good trick to know if there will be adjustment and to judge how the surgery is going so far, to see that everything is stacking correctly.
What if Carrier Guide breaks?
If the CHROME Loc insert breaks there should be two remaining that work. That is sufficient. If more break, then hold down the Carrier Guide through the remaining procedures. If the guide broke in half, reinforce with acrylic on the INTAGLIO side, not the occlusal side. Do not want it raising the prosthetic. There is a gap under between it and the bone. This part can be reinforced.
What if there is not enough torque on the implants?
This is very critical. The prosthetic must not be loaded if the torque does not meet the minimum number. We recommend using and ISQ device to check NCm’s. If you do not plan to load, at least pick up 3 of the Temp Cylinders on the MUA’s for tripoding. This is a good index for the delivery of the prosthetic in two to three months. The remaining implants can be picked up later. There is NO WAY to do this once CHROME removed. Anything in the future is floating and cannot be picked-up. Pick up the RAPID appliance at this point as well if possible.
Do I have to buy the Fixation Kit, or can I use my own pins and drills?
- You’ll have to purchase our kit. It is specifically made for our guide and the software plans the position exactly to place the pin in the lingual cortex.
- They are now al a carte items that are based on the number of pins and drills needed for the case.
- They are multi-case use.
Do I have to buy two Fixation Kit for a double arch?
You can complete both arches because you’re just going to do one at a time.
Does the CHROME loc’s engage? What if the plunger does not plunge?
- CHROME Loc’s are carefully checked. Guides may be going in crooked. Inspect the CHROME Loc Box for material. Might be clear, broken Pin Guide plastic that is hard to see. Perhaps the case was heat cleaned and warped. Carefully adjust the hold on the insertion part that is going in the box, until the plunger plunges.
- Taper the end of the plunger tip, round off the edge.
- Rongeurs twist and pull. Be delicate, full removal is not terrible, just inconvenient because it will not work as designed for the rest of the surgery.
- NO Autoclave, only 20 minutes cold sterilization
What if the plunger pulls out?
The pin can be re-seated. It will not function as the others. It will pull out every time, so please use care when pulling so as not to drop in the mouth. The plunger will still work. Clinical chairside support may have extra plastic sleeves to replace the damaged one. CHROME is on the 3rd generation CHROME Loc design and a new design is being rolled out Q1 2019.
What if the Fixation Base contacts bone in the posterior? What could that mean?
- Exostosis that we missed. Lab may have trimmed the model and missed it. Inspect, a flap and adjust bone, or adjust metal with a disc, if possible – do not cut off a CHROME Loc or pin site.
- Pin Guide may have seated crooked. This is BAD. If the teeth are still in, remove the Fixation Base and re-insert with the Pin Guide FULLY seated.
- Mobile teeth may exist and the Pin Guide moved the teeth. If the Pin Guide has an integrated bite, re-start the case using the bite for seating the Pin Guide. Next time, inform the CHROME team of mobile teeth, especially of most or all are mobile. We will design a Pin Guide that seats against the opposing teeth.
What if it contacts labial bone?
Pin Guide is not seated correctly. Perhaps the bone is very soft and the malleting pushed the fixation base and oblonged the holes. This is bad. Suggest pulling the Fixation Base back out to mimic the GSI report images, pack gauze plugs between the Fixation base and the bone and be gentile during the surgery. Or, just use the Fixation Base for bone reduction and then freehand the implants using the Carrier Guide as just a guide for close implant location. These are just suggestions for a case that is not aligned correctly. This is not a surgical recommendation! These suggestions can lead to very unpredictable surgery and results.
If the fixation base wobbles?
Do not drill to depth. Drill ½ into the bone and use a surgical mallet to force the pins in. If it is too late and all the pins are in, this is bad. Suggest pulling the Fixation Base back out to mimic the GSI report images, pack gauze plugs between the Fixation base and the bone and be gentile during the surgery.
The fixation drill breaks?
If you cannot back it out or easily remove, and you have an extra 2mm, leave it in place and use the other drill. Length can be measured by setting it next to a pin and using a sharpie. If this is the only drill, it must be removed. Remove the Pin Guide and the other pins and remove the drill. This is a last resort, as the removed pins will not fit the same as the initially did, and can be detrimental to the stability of the Fixation Base.
Do I have to buy two Fixation Kit for a double edentulous arches surgery?
Now the only time that you would need more pins is if you were going to do a double edentulous arch. In this situation, we often ask the doctor to do both Fixation Bases at the same time because the Pin Guides are duplicates of the denture, but are not the same teeth as the long term temps. In other words, the Pin Guides put the fixation base in the exact position using the teeth of BOTH dentures. You’ll need ALL the pins on these cases.
Further, the Pin Guide is a duplicate of the patient’s denture. So if there are dual pin guides, we want both of those in the mouth at the same time and at the right occlusion, everything fits perfectly, just like their old denture did, then you drill everything.
If you just do the maxillary, for example, and you go through the whole procedure and three hours later the patient’s wearing their future maxillary teeth, it doesn’t match up with the old denture lower Pin Guide. In this situation, we would have to make a pin guide that’s designed for the lower for the second surgery of the day. We would have to design it so that it meets the patient’s new prosthetic.
So instead of this, we encourage you to put both pin guides in, drill all the facial sites, put the pins in, load both metals, and you could take the lower metal out and put it back in in a few hours. It doesn’t have to be in there for three hours, but at least the sites are drilled in the right position.
What is the difference between CHROME and the many plastic guides I’ve seen?
There are significant differences between CHROME and Every other guide. Plastic is flexible therefore it has to rest on the bone. This means a large lingual flap with means longer healing time; it means bone must be adjusted for the guide to seat; the teeth usually have to be removed leaving very few good references for the guide; the bone guide fits to sockets of extracted sites, not very accurate; all plastic guides cover the sites so there is little to no irrigation during drilling; metal osteotomy guide hovers above the site for full vision and irrigation – far superior to plastic guides.
What is the difference between CHROME and nSequence?
There are significant differences that make CHROME superior to nSequence. Ours us much less invasive with no lingual bow, offers incredible stability with CR/CO Fixation Base, allows for full visualization during drilling and placing implants, includes 5 parts rather than many, many parts that require training and extended manual, and ours it tooth supported, not bone supported. Other advantages include no metal substructure to restrict implant position changes in surgery, we work with all implant systems with guided kits and MUA’s, much simpler prosthetic conversion with our carrier guide, rather than the gasket floating system.
Who works on CHROME cases?
Team of 26+, including 4 dentists, several CDT’s and many people with years of dental, surgical, CAD technology. The team is very impressive.
How long does a CHROME case take to make?
The timeline of these cases is broken up into 2 phases – planning and production, with an online meeting for approval scheduled in between. We don’t start these cases until we have ALL of the CORRECT records – that is when the timeline begins.
- Simple guides: 3 days to plan, 4 days to fabricate
- CHROME: 5 days to plan, 10 days to fabricate with a buffer to discuss records and to schedule an online meeting
Please do not schedule surgery until the online meeting is complete. If we run into problems during the planning phase, the case can get held up, and we don’t want to disappoint you or the patient!
How much should I expect to spend on my first case?
Very good question. There a few things to consider, the Full Package, The Fixation Kit, Prosthetic Conversion Kit, spare denture(s), JC Try-In (optional), Chairside support and any work-up items. Email ROE your particular patient scenario and we can do the math together.
What if I want to split the fees with my surgeon (or referral)?
- This is very important because you hate to have to figure out who owes what later. And quite often with these, the surgeon bears very limit lab costs.
- It is best to agree on who pays for what upfront. ROE can provide a spreadsheet that breaks down our suggestion for surgical and restorative fees. We can email you this upon request.
What is the most challenging part of getting a case in my hands?
Generally, it’s the records that’s usually hold a case up because. Chrome works wonderfully, really a great product, but it must start with great records. We have very specific protocols and checklists to help. Except for tough bite, all the rest is general dentistry collecting records.
What diagnostic steps are not included in CHROME?
- If we need to open the bite with our JC Try-In, or other lab fabricated methods.
- If we need to duplicate or create a new denture, create a scan appliance, perform wax-ups… these items are outside the cost of CHROME.
What is included in a CHROME Complete Package?
- The package includes almost everything to complete a CHROME case, from the PreVu smile simulation through day-of-surgery guides and long term temp, the final restoration, and the miniComfort guard.
- The package includes one iJIG, one Printed Try-In, and one final restoration. It includes planning, live online meeting, digital set-ups, and much more. Cases do require our Fixation Kit, which has the pins and drill(s) needed to support the guide.
- We offer a Prosthetic Conversion Kit for blocking out and luting during the conversion.
- The package does not include implants, abutments, temp cylinders or other implant components, chairside support.
The complete CHROME package includes everything for the day of surgery?
The full package includes:
- Pin Guide
- metal Fixation Base
- Carrier Guide
- Nano-Ceramic Prosthetic
- RAPID Appliance
- Implant Report
What is a miniComfort guard?
- This is a patented guard that covers the lower teeth only, except for the molars.
- It has two ‘elements’ that rest under the maxillary canines to keep the teeth separated.
- The idea is that the patient’s biting force is limited due to limited occlusal contact.
- It is a very popular guard for all patients.
What is the Bite Proof product?
- It is a long-term temporary.
- If you really need to verify more than just our chairside JC Try-In, the bite-proof is more like an overlay temporary, more like a snap-on smile.
- You’d actually bond it in place and send a patient home and have them back and equilibrate, workout the bite, workout the occlusion, et cetera. It might even be a week or two or more. And then once satisfied, they are the patient’s new teeth essentially.
- That’s what the Pin Guide will fit when we move forward.
- You would treat those like the patient’s new teeth. We don’t use it very often, but if you have a patient who you’re really concerned about producing a good bite, as they’ve had issues, then this is a possible solution.
How much can you open the bite in the lab?
We limit the bite to opening 3mm’s, sometimes 4 if the original bite is very accurate.
What is the cost of iJIG and Printed Try-In outside of the CHROME package?
Price may vary due to parts. Part prices will vary greatly depending on the implant system. Call ROE to get an accurate price.
What articulators does the lab use?
Our standard is a Stratos. We’re all calibrated. A lot of our doctors bought them from us so that they’re all calibrated. So if I wanted to buy a Stratus from you that’s calibrated what would the fee for that be? About a thousand dollars. We order it. We would buy it with the magnetic mounts and we would calibrate it for you and ship it to you.
What if a patient is edentulous and has not denture?
Well that patient walks in and they’ve got an awful denture, doesn’t fit, teeth are in the wrong place, etc, or they don’t have a denture. Let’s make them a new economy denture to be used as a back-up and a scan appliance. This is a cost outside the full CHROME package.
Do you make back-up dentures for the day of surgery?
- Most doctors order a backup spare denture.
- If this is a single arch case then you would order our 3D printed economy denture.
- If it is a double arch case, then we like to mill both arches from the same PMMA material that is used in the long term temp so that the materials match if one arch does not get completed. The cost of this is double.
- Rationale – you have a double arch surgery with beautiful nano-ceramic temporaries that are going to be loaded. But let’s say the maxilla doesn’t go and you have to load it with a denture. Well, the 3D printed economy denture does not have the same aesthetics as that nano-ceramic. So we can mill those backup dentures so that they are the same material as that nano product.
Does ROE have Ivoclar universal mounting jigs so that if I take a face bow with a Denar, Whip Mix or Hanau facebows?
Yes, we can mount your facebow with our universal Facebow Mount
What is iJIG?
- iJIG is a fit verification jig with teeth. It is a scanned version of the long term temp, with our special iJIG scan analogs. It is the simplest method of transitioning from an existing full arch prosthetic to a new final. In CHROME, the RAPID appliance is an even simpler method.
- Click here for iJIG info: https://www.roedentallab.com/products/chrome-guidedsmile/chrome-guidedsmile-components/chrome-ijig/
What final restorations are available with CHROME?
We offer three options:
- Full milled, beautifully-stained zirconia,
- Ultra-Nano Trilor (Trilor substructure),
- Ultra-Nano Ti (titanium substructure).
What is Ultra-Nano?
- One solid block of composite is milled for the teeth and is bonded to either an opaqued titanium bar or on a Trilor bar.
- Trilor is a metal-free material, kind of like Kevlar composite.
- They are used by most of our clients, especially in double arch when clanking is a concern between zirconia arches.
What is a JC Try-In?
- JC Try-In is an appliance that we fabricate when a bite needs to be verified. We also use it when we open a bite on the articulator more than 3mm’s.
- It is a printed flipper essentially, that the patient does not usually wear home. It is made for clinical equilibration.
- If the patient is to wear it home we need to know, because we will design it a little bulkier.
- It should be returned equilibrated with a new bite registration, and always analog, never digitally. Capture photographs if the bite is changing much with the JC seated.
What are the normal steps to a final after CHROME surgery?
RAPID appliance or iJIG appointment and then a Printed Try-In and then a final.
Are we allowed to give out a list of doctors who do CHROME with our lab to patients?
ROE Dental Laboratory works only with doctors, dental practices and other dental laboratories. We cannot do any dental work for patients. We do not want to leave you needing help with no recourse though.
If you complete the form below, and provide consent, we will forward your information to a dental practice in your area that does CHROME GuidedSMILE. They will be able to take care of you, help you with your case and start treatment that works for both of you. Please provide your information below.
CHROME patient form link: https://www.roedentallab.com/products/chrome-guidedsmile/chrome-contact/chrome-patient-form/
What if I need implant parts, can I order them directly through you?
We are happy to order implant parts for you, but please anticipate additional time for receiving the parts as well as additional costs. ROE does offer third-party parts that are stocked and carry the same warranty as OEM parts.
What implant systems do you regularly use?
ROE works with all implant systems.
Is the long term temp milled or printed?
It is milled. We may have a printed option later, but for best esthetics and tooth strength, we mill from a solid puck.
Is the long term temp reinforced with metal?
We’ve made thousands of these cases and have had very little breakage. We offer metal for a nominal additional cost, in case you forsee a problem with a particular patient, or if the prosthetic is less than 12mm thick. The metal can cause issues during surgery if and implant needs to be moved.
What to do if the temp cylinders are touching the sides of the holes?
First, check implant rotation on angled implants – the best course of action is to rotate the implant until the Temp Cylinder is straight and parallel with the others. This means remove the MUA and use a hand driver to slightly adjust. The implant must be indexed precisely according to the Hex on the Osteotomy Guide for straight temp cylinders. The goal with CHROME is to deliver all parallel Temp Cylinders. This creates simple pick-up at the surgery and ideal screw access in the final. If the Temp Cylinders are going to be picked up in the current tipped position, then adjust the prosthetic slightly to remove the contact. Sometimes the Temp Cylinders can be seated from the top down. In other words, seat the prosthetic on the remaining cylinders and deliver the crooked cylinder from the occlusal hole. If not, again, adjust the shaft of the prosthetic to accommodate. DO not over adjust, need 3mm from shaft to outside of prosthetic.
What if the doctor wanted ports and we did not include them?
Use #4 round bur and drill a hole through to the cylinder
The prosthetic is seated but hitting the posterior or anterior first? Steps to correct? Or adjust the teeth?
Verify that the Carrier Guide is fully seated. If so, can shim a few millimeters and backfill. This will open the bite a little. If very high in the posterior, trim ½ of the pegs to remove resistance and shim halfway to occlusion then adjust the occlusion.
Prosthetic is already thin, and now there has to be a lot of adjustment?
Float the anterior and backfill. If double arch then trim the thicker of the two. Do not reduce to less than 8mm’s of vertical prosthetic material remaining. This very thin! MUST make an analog model with a flask as a back-up. MUST complete the RAPID pick-up to have a means of ordering another prosthetic during the healing time. This could have been observed at the bone reduction time with the Carrier Guide and RAPID or Prosthetic seated for testing. This means it should not be a surprise.
How do you check occlusion if the temp cylinders are too high?
Cut down the cylinders to be flush with the prosthetic.
What is the best tool for adjusting the cylinders?
Bite should have been verified at the RAPID and cylinders can be trimmed after the pick-up is completed. If the doctor wants to test the bite on the conversion prosthetic, then trim the cylinders in the mouth, or remove and trim. Mark with sharpie first. Trim with a 557 Carbide.
How do you modify or add-to your Nano Ceramic long term temp?
You can use powder and liquid monomer materials, other resins, composites.
What to test first?
Check kit early to ensure passive fit. Spoons should fit with little to no resistance. If the spoons are a little lose, ensure the top of the Osteotomy guide sleeves and the spoon are flush seated when drilling all sites. Be sure if there are divergent, very close implants, that the spoons will seat fully w/o touching one of the other sites. This would have been checked in the lab, but a verification is still suggested.
Where online can I order sleeves myself and not have to call in?
You will need to log into your ROE online account. Once logged in under lab products you’ll find the product CBCT Guide Sleeves. You can then choose your specifics (ex/ implant brand and quantity) then place your order. If you do not find the exact information, there is a notes section for more specific parameters such as height, ID (inside diameter), or OD (outside diameter), and specific implant systems and guided kit.
Spoons from the guided kit are tight how to adjust?
Adjust as minimally as possible. Use a metal-cutting bur and indicator in the guide tube to identify exactly where the contact it. Turn the Guide upside down and look up into the tube and visualization of the hang-up area should be evident. If the spoons are so lose that it appears the wrong design was made, clinical decision to move forward must be made. If the bone is very wide, proceeding may be ok.
Spoons are loose, how do you overcome?
Use the top of the spoon, make sure it is flat on the osteotomy guide and drill. If the ridge is very narrow use much more caution. Wrapping the spoon with Teflon tape is an option.
Trajectory of the site looks off. How do you test to ensure it is correct?
- Assemble the spoon and drill and show the trajectory all the way to the bone. Often the sleeves seem lingual, but the sleeve is just the trajectory not the stopping point of the implants. In other words, the guide may look lingual, but it is in the position as designed.
- Clinical judgment must be made if the guide clearly shows a wrong trajectory. Free-hand may be needed.
At what point do you bail and freehand?
- Clinical solution: see the drill touching the bone first.
Implants have threads exposed, but the spoon is buried in the guide, what to do?
Perhaps the bone was reduced too much. Bone level must be an extension of the Fixation Base and not angle up or down from that plane. If this is the case, use training on treating exposed threads. If anatomically and prosthetically allowable, place the implant deeper using a hand driver.
Wrong implant sizes and parts are ordered? Can this be overcome?
Call the rep. Call the company to find the rep. Call doctors in the area with inventory! Find a compatible implant system and contact their rep. Try not to bail.
How does one start a CHROME case?
First, create an online account to upload your records: https://www.roedentallab.com/case-upload/ . We have developed easy-to-follow checklists – https://www.roedentallab.com/products/chrome-guidedsmile/getting-started-with-chrome/chrome-patient-records/
A CT Scan:
- a.) Dentate: Scan with jaw’s open, biting on cotton
- b.) Edentulous: dual scan. Use denture as scan appliance and seen in occlusion
- a.) upper, lower and bite, we will need all of the anatomy.
- a.) For a full-guided smile case only
- b.) Full face smile
- c.) 3 pictures of the bite. Left, right and straight occlusion on with cheek retractors.
What if I am not digital? I don’t have digital impressions
- Send you PVS impressions or models with a bite. Feel free to mount your case on a semi-adjustable articulator and we’ll scan the models and begin working on the case.
- Whether digital or not, every case gets articulated on semi adjustable articulator. Every case goes through a multiple step evaluation. Actually we have dentists here who analyze the cases, make measurements of space, measurements of gingival zeniths for standard openings; we do all kinds of things to make sure that we’re ready to move forward, and that that’s a two or three day process.
How do I know what records to send for each type of case?
What CBCT cone beam scanners do you work with?
- We work with all cone beam scanners. We just need the ‘raw dicom’ from the scanner. We need multi-file dicom, should be a set of files that end in .dcm. Just export them into a folder and then zip the folder and upload via our web portal. If you are having trouble:
- Web page to help with exporting dicom: https://www.roedentallab.com/collaboration/export-dicom/
Walk through beginning a dentate CHROME case
- Send photos for a Smile Simulation
- Send the lab models, bite, a Facebow if needed, DICOM with teeth separated, or digital impressions that include the vestibule and palate if upper.
- ROE will perform a set-up that you can see if requested
- Within 3 days of receiving the records, we will contact you for additional records, or send an email asking for the online meeting schedule
- We host a live online meeting where a pre-planned case is ready for your review and you are confirming or changing alveolectomy, implant position and size.
- You schedule surgery
- We fabricate the case and ship to you after 10 lab days of production
- We provide a list of implants and angulations, cuff height range, so that you can order. You’ll order 2 sets of temp cylinders, one for the nano, one for the RAPID.
What if the patient is wearing a full arch temporary?
Simply capture the records as if they were normal teeth
What photographs do you want for CHROME?
- Very nice, full smile photo for the Smile Simulation. Everything is in focus. The patient is an exaggerated smile. We want to see the, you know, the poor dentition so we can improve upon it. Examples are found here.
- We also need left, right and center retracted photos in occlusion. We take those retracted photos use them to confirm that we articulated your cast correctly.
Pins are all short but the plan says long?
This is ok. Use the short pins and do not drill to full depth. Use a surgical mallet and tap the remaining 3-4 mm’s. If the plan calls for short pins and you only have long, a judgement call must be made. It may be okay to tap through the lingual cortical plate. This solution changes doctor by doctor and where the exit point is, mandibular or maxilla. Long Drills are 25mm and Short Drills are 21mm. Can leave the long drills protruding from the Fixation Base. This is the best option, as the trajectories of the pins should hold the base in place.
Drill breaks in the Fixation Base – how do you remove it?
First question, do you remove? If it is not protruding through the Fixation hole then may just leave, especially if there are 3 more. If removal is needed, remove the Pin Guide, remove other pins and then Fixation base, and remove with rongeurs. Now what? Your drill broke. The drill is a 2.0mm that coordinates with the pin length, but, you can simply get another drill from another kit and use a sharpie to measure the length compared to the pin, and drill. You can always under drill and mallet into place.
Drill all sites first? Or what is the procedure?
Drill one at a time, push in the pin and move to the next site. Best practice is switch from far right or left, over to far opposite site. It is very important to not move the Fixation Base with the pin, rather, stop the pin at the Fixation Base sleeve.
When to mallet the pins?
‘Always mallet’ is a good protocol, even if it is just the last few millimeters. The pins should have resistance so that they do not come lose during the procedure. If the pin(s) is pushed to full depth easily, do not drill the next site to depth. Leave the drill a few mm’s short and mallet the pin until flush with the fixation base sleeve.
Pin Breaks, what is a substitute?
- Very rare, but can use a drill or bur shank to hold the base in place.
- Recommend back-up drills and pins kits
Pin is loose
Don’t drill to depth. Stop 3-4mm or more short of the drill stop and mallet the pins in. If the Fixation base is lose after all the pins are seated then the bone is probably of very low density. There is no good solution, but can us a cotton plug and wedge between the bone and the Fixation Base to force the metal out, away from the bone. Try to mimic the image on the GSI report. There are images of how the metal should relate to the alveolar bone. Be very careful with assembling and disassembling the guides.
How do I order Pins and Drills?
Question to Customer: Do you know if you need long or short, and how many? If the customer knows, then take the order and keep reading. If they do not know, then you can look in the M:/ drive at the GSI report for the specific patient and page two will tell you ‘Long or Short’.
ROE sells Pins and Drills for our surgical guides. CSR can take the order and write the case up and email Data Entry to add a Pan and give to Guided Surgery Department. Once established Pins and Drills are sold as ala cart items. They are called a “material”.
ROE Codes: Example Materials
CLFIX01 CHROME PIN – SHORT
CLFIX03 CHROME DRILL – SHORT
How much are guided surgery Pins and Drills?
Fixation Pins are $42 Each and a Drill is $99. We recommend purchasing a full kit with 4 long pins 4 short pins and 2 drills for $534.
What is the prosthetic conversion kit?
- That is an al a carte item that most of our doctors buy.
- It includes 1 tube of Stellar dual cure Pink and White tubes, special block-out gaskets and plugs.
- It includes materials for the quick conversion.
- We’ve tried many materials on the market and developed this kit to be the best.
- ERA pickup does not seem to be strong enough, Duralay is not esthetic, and other materials have just not proven themselves.
How much does it cost?
2019/Q2 – $188
What is included?
Quick-Up, adhesive blockout gaskets, syringeable blockout, applicators
Do you have to use the adhesive?
YES – will not bond without the bonding agent
Is Voco light cure or self-cure… or dual-cure?
We only includes the SELF CURE ONLY Voco
Does the prosthetic have to be dry to use Voco and adhesive?
Must be completely dry, including clean of blood. Future debonding eminent if the surface of the prosthetic cylinders is dry or contaminated.
What alternatives are good when VOCO is gone or missing?
Duralay, acrylic, Holmes Quick Set, GC Pattern Resin, Stellar. If these materials are not available find a doctor in the area and ask. Do not use standard acrylics.
Should the inside of the cylinders be adjusted for mechanical retention?
Yes, very helpful, especially if not using VOCO or GC Pattern resin. If using acrylic or ERA pick-up (not advised materials), yes.
When to cut off posterior teeth?
5mm distal from the posterior hole. Optional to grind down the posterior tooth down so that there is a flange extending posteriorly for the iJIG to capture the ridge when going to final. This is nice for capturing the posterior ridge in the future. This is up to the doctor if to leave the distal flange. If the doctor is going to make an iJIG then recommended to leave the flange. If picking up the RAPID (advisable), the posterior teeth are not removed and the ridge can be captured under the molars later.
What is the minimal torque for immediate loading? Do you add the implant torques together?
Totally up to the doctor. But we’ve heard doctors add them for a total of 140 rule between all of them. We don’t recommend. Can add another implant in the area. Sleep implants and add to the RAPID, or iJIG later.
What if the hole is too deep for the doctor’s tools to tighten and loosen the temp cylinders?
Ask the implant rep for a longer driver. Our clinical techs bring long lab drivers to surgeries.
What if you have to choose a different site for an implant? How do you adjust the carrier guide and prosthetic?
Index the carrier where the hole is and adjust the prosthetic, making the hole smaller than the others so that not to jeopardize strength. Can also go back to the denture prosthetic and convert, All-on-4 style, as a last resort.
How many implants are too few to continue?
3, unless one is in the middle. Total clinician judgment call.
Can you load a spinner?
What is the purpose of the RAPID appliance?
RAPID Appliance has two unique and very important primary functions. 1) Serves as a back-up indexed prosthetic in case the surgical prosthetic fails. Simply seat the RAPID, equilibrate, capture a bite and opposing and send to us for a new temporary, or final prosthetic. 2) Serves as the simplest method of transitioning to the final. Simply add tray adhesive to the intaglio, seat, equilibrate, capture a reline impression and send to us with bite opposing and photographs. The CHROME team can go to final or return what we call the Printed Try-In, a screw-down final prototype for clinical verification.
Can it be picked up in a few months if not during surgery?
NO. If it is not picked up on the Carrier Guide while CHROME surgery is live, then the RAPID is not indexed to the implant, it’s just floating. This is not to be attempted. If the RAPID is not to be picked up at surgery, using lab analogs on the surgical prosthetic, make a stone model and use lab putty to flask over. This will allow the RAPID appliance to be placed in the flask, just like the conversion prosthetic, on temp cylinders on the analogs, and acrylic to be flowed in the flask to make the connection from RAPID to Temp Cylinder.
If I do the RAPID do I have to do an iJIG?
The RAPID serves as a verification jig. This means we have a verified model, the teeth, the opposing and bite, and new tissue levels, everything we need to make a prototype.
Does not seat fully on teeth
Seat using indicator and adjust until all the windows on the Pin Guide are in contact with the teeth. Caution, due to tooth undercut, not all of the window needs to be seated, just the occlusal/incisal. View how the Pin Guide seats on the model. This should be repeated intraorally.
Are teeth mobile?
If so, they may need to be manipulated into the Pin Guide similar to how they were impressed.
Patient had dental work since initial impressions
Modify the Pin Guide or extract teeth that do not impact the seating of the Pin Guide.
Are there teeth to be removed?
Refer to the notes! We make notes on extractions. Remove the specific teeth noted on the GSI form, due to mal-occlusion or draw.
When is too much adjustment too much?
If aggressive adjusting clearly changes the fit and seating accuracy of the Pin Guide, this may be cause enough to stop the surgery and capture new records to start over.
Appliance is contacting the vestibular tissue and will not seat?
Flap the tissue until the Pin Guide seats. In other words, flap earlier on this arch. This is due to the initial impression not capturing the full vestibule, or the bone reduction is beyond the vestibule. Once seated, inspect and adjust if needed.
CHROME Loc Loop is broken
Must use manual clamping (fingers) to hold the Pin Guide and Fixation Base together. Pin Guide and Fixation base insertion accuracy is vital to the success of the case. The surgery could also be put on hold for a new Pin Guide to be ordered. The case should be returned to us to ensure accurate assembly.
What to look for when inspecting?
Does it fit into the Fixation base passively? Do the CHROME Loc plungers easily and almost passively insert? If not, there could be material inside the CHROME Loc box preventing. This could also mean that someone heat cleaned the guide. Use a narrow bur and open the hold on the Pin Guide CHROME Loc loop until the plunger seats.
What if it does not seat after an adjustment?
This probably means the model is not accurate, or perhaps the Pin Guide is fabricated with errors. The case must start with a fully seated Pin Guide. The case may have to be delayed. This is a clinical call based on how far off.
What if the CHROME Loc plunger pin pulled out?
The pin can be re-seated. It will not function as the others. It will pull out every time, so please use care when pulling so as not to drop in the mouth. The plunger will still work.
What if the Pin Guide loops are broken?
Must use manual clamping (fingers) to hold the Pin Guide and Fixation Base together. Pin Guide and Fixation base insertion accuracy is vital to the success of the case. The surgery could also be put on hold for a new Pin Guide to be ordered. The case should be returned for us to ensure accurate assembly.
Edentulous flap first? Seat drill and then Flap? What is our protocol?
The protocol is to not flap first. Seat the Pin Guide, drill all the sites, remove the Pin Guide, flap and re-seat and insert pins. The flap can be made first. If so, carefully follow the instructions that are provided with each case. This is a ridge incision first, top of ridge flapped forward. Must use care with swelling from anesthesia. Must ensure the Pin Guide is very accurately seating even though there is no labial support.
Edentulous Pin Guide seating? How to adjust?
Just like a denture, using indicator and finding the perfect seat. Be sure to account for swelling from inflammation from the anesthesia. Hold FIRM using two people or more, solid, consistent pressure. Do not use a surgical mallet until all the pins have been pushed in as far as they will go with finger pressure. Using a surgical mallet too early can put uneven pressure on the assembly of Pin Guide and Fixation Base.
All or most of the teeth are mobile?
This is critical. If the Pin Guide moves the teeth, the implants will be in the wrong position. Let us know early in the planning. We will fabricate a Pin Guide with opposing bite integrated. The patient will be closed biting on the Pin Guide while the facial pins are being seated. If there is no bite designed in the Pin Guide, use the palate for stability, or on lowers try to use the tissue.
Edentulous Pin Guide used to verify vertical
If the Pin Guide is a replica of the denture, seat the Pin Guide and mark the nose and chin to verify final prosthetic accuracy. If this is a double arch, the Pin Guide will probably have a bite integrated, so the vertical is not centric and this technique cannot be used.
Double Edentulous protocol?
- Complete upper full surgery and prosthetic conversion and then lower arch. The mandibular Pin Guide has a bite that is designed for the maxillary temporary prosthetic. In other words, when the max is finished, use the max teeth to ensure proper seating of the mandibular Pin Guide.
- Seat both Pin Guides initially and drill all the max and man sites. Complete the max case, then flap the mandibular and the holes are already there for the pins. Both methods are acceptable. Follow the instructions included with each case for the flapping technique.