Upload a CBCT. Receive a consultant’s report and a print-ready surgical guide — in as little as 3 days. Built for dentists across Iraq and the Gulf.
Four guides printed in our own lab, shown at one scale. Every dimension is measured from the file the guide was printed from, none typed.
Registration is open to everyone. Every account is reviewed by our team before activation.
We reserve the right to decline an account. Cases involving patient imaging carry obligations we take seriously.
Preview form — nothing you type here is saved or sent anywhere.
There is no password to choose, and none to forget. You confirm the number, and that is your account.
We send a six-digit code to — on WhatsApp. It is valid for ten minutes.
Preview only — no message is sent and no code is checked. Any six digits move you on.
Activation usually takes up to 24 hours. We will message you on WhatsApp the moment it is ready.
Five steps, one upload. We confirm receipt the same working day.
Worked examples of the workflow this service is built on — the same sequence of guides, planned in the same software. They are here because they are instructive, not because they are ours.
Dr. Francescantonio Polito
Published in the clinical literature. Future Guide neither planned nor performed this case, and claims no part of it.
A 69-year-old woman in good general health presented with a severely compromised upper arch. Her clinical condition included multiple previous extractions, a residual denture damaged by extensive caries, several apical and periapical inflammatory processes, severe mobility of the remaining teeth, and a large area of palatal irritation caused by the removable prosthesis. Because of the resulting aesthetic and functional impairment, an implant-supported fixed rehabilitation was planned, with the upper arch treated as the first surgical phase.
The digital workflow began by aligning the DICOM data with the STL files obtained from the intraoral scan. A diagnostic wax-up was imported into the guided-surgery software so that six implants could be planned according to the intended prosthetic result. The implant positions, dimensions, and prosthetic components were selected before surgery, and a preconstructed provisional restoration was incorporated into the treatment plan.
Using the SCULPT module, a sequence of predetermined templates was created for the extractions, limited osteoplasty, guided osteotomy preparation, implant insertion, and provisional restoration. A tooth-supported positioning guide established the location of an external base, which was stabilized with fixation pins and remained in place throughout the procedure. Magnetically coupled components were then exchanged in sequence while preserving the planned position. After guided implant placement and positioning of the prosthetic components, the prefabricated provisional restoration was connected at the end of the intervention.
This case demonstrates a complete digital and prosthetically driven workflow for full-arch immediate-load rehabilitation, from virtual planning and sequential guides to implant placement and delivery of the provisional restoration.
Dr. Michael Cerri
Published in the clinical literature. Future Guide neither planned nor performed this case, and claims no part of it.
This case presents the immediate-load rehabilitation of an entire post-extraction arch through a fully digital workflow. The clinical objective was to transfer the virtual plan accurately through the extraction, implant-placement, and provisional-restoration stages while maintaining a stable reference throughout treatment.
The predetermined-template concept used a bone-anchored base to reduce positional inaccuracy during implant insertion. Implant 3D Guide Design and the SCULPT module were used to create the separate portions of the guide system and to divide the temporary prosthesis into an aesthetic component and a supporting substructure. The resulting components could be used sequentially while maintaining the same planned reference position.
The patient received a screw-retained prosthesis on the same day. The clinical sessions lasted two hours in the morning and forty-five minutes in the afternoon. The case illustrates how preoperative digital design can support a predictable stackable workflow and shift a substantial part of the work from the surgical appointment to the planning stage.
Dr. Francescantonio Polito
Published in the clinical literature. Future Guide neither planned nor performed this case, and claims no part of it.
A 68-year-old woman required rehabilitation of the upper anterior region after losing a previously cemented prosthesis. The remaining root in position 12 and tooth 23 were severely compromised. The treatment plan included their extraction, post-extraction implants in positions 12 and 23, a third implant in position 21, and an immediately loaded provisional restoration.
The initial digital workflow used Implant 3D and the SCULPT module. Because extensive metal-ceramic restorations complicated the alignment of the CBCT and model scan, a custom radiological device was designed to provide reliable reference points. A diagnostic wax-up then established the prosthetically correct implant positions. During planning, the team identified bone peaks that required corrective osteoplasty to create a more suitable ridge form in this highly aesthetic area.
A dedicated bone-cutting guide was designed to make the reduction selective and controlled. Two virtual horizontal blade implants were positioned across the bone peaks to define the cutting paths and the corresponding piezoelectric bushings. A sequence of predetermined templates was then produced. A tooth-supported positioner established the external base, which was fixed with stabilization pins and remained in position throughout the procedure.
After the extractions and limited flap elevation, the bone-remodelling component guided the piezoelectric cutting action only over the planned peaks. A drilling template was then placed on the same stable base to guide osteotomy preparation and implant insertion. The prefabricated provisional restoration was connected in the planned position. At the later review, the book reports satisfactory hard- and soft-tissue integration and favourable tissue conditioning around the provisional restoration.
Dr. Nicola De Rosa
Published in the clinical literature. Future Guide neither planned nor performed this case, and claims no part of it.
A healthy 22-year-old non-smoking patient presented with a marked tissue deficit in the 22-23 region. Surgical exposure revealed a bone deficiency of approximately 10 mm horizontally and 5 mm vertically. The treatment plan involved guided bone regeneration with a titanium-reinforced PTFE membrane, followed by implant placement and prosthetic rehabilitation.
Before the regenerative procedure, a stereolithographic model of the maxilla was produced from the CBCT data. An aluminium template was created on this model and used intraoperatively as a support for shaping the membrane, reducing chairside working time. The graft consisted of 70% autogenous bone harvested from the ramus and 30% animal-derived bone. The book reports tension-free closure and favourable early healing.
After five months of GBR healing, a new CBCT and an intraoral scan were obtained. Implant position 23 was planned in Implant 3D according to a virtual diagnostic wax-up, and a tooth-supported static surgical guide was designed. On reopening, the regenerated bone was described as being of good quality. Guided osteotomy preparation and implant insertion were completed, followed by soft-tissue management. A fixed immediate-load restoration for positions 22 and 23 was placed five hours after surgery.
Send the CBCT and the scan and we will tell you what the plan has to solve before anything is drilled.
Two services, one workflow. You send imaging; a consultant reviews it and we return either a written plan or a plan and the guide that executes it.
A radiographic assessment of your case, written by a clinician.
A CBCT scan of the region of interest, plus your case notes. Export the study as DICOM and upload the whole folder compressed into a single ZIP — not a screenshot and not a PDF report.
What to upload ZIP (DICOM) STL PLY OBJ max 1 GB
The full plan, and the physical guide file that carries it into the mouth.
A CBCT — exported as DICOM and zipped as one folder — and an intraoral scan of the same arch as STL, PLY or OBJ, plus your case notes. Both are required: a guide cannot be designed from the CBCT alone.
What to upload ZIP (DICOM) STL PLY OBJ max 1 GB
Beyond single-unit planning, we take on the cases that need the most control.
When the posterior maxilla has resorbed past anything a fixture can hold, the anchorage moves to the zygomatic body — and the axis that gets there is long, oblique, and passes close to the sinus and the orbit.
A base seated and pinned once, and every guide after it stacks onto that base — reduction, then drilling, then placement. Each stage inherits the position the one before it was planned in, instead of being found again by hand after the ridge has changed shape.
Four to six fixtures carrying one prosthesis. The bar is decided first and the fixtures are placed to reach it — which is what prosthetically driven planning means, and why the posterior pair is tilted rather than dropped into whatever bone is under it.
The block is designed from the CBCT to sit where the fixtures are going, and it is placed and fixed in that position instead of being trimmed to fit by hand at the chair.
A framework designed for one patient from that patient's CBCT, fixed to the bone that remains and carrying the abutments itself. Nothing goes inside the ridge, because there is no ridge to go into.
The crestal level is decided on the plan, where the prosthesis and the bone can be seen together, and a reduction guide cuts to it — so the ridge is brought to the plan rather than the plan re-judged against the ridge.
Every case that arrives goes to one person, not a queue. He opens your files before the clock starts, tells you the same day if something cannot be planned from, and stays with the case on WhatsApp until the plan is back with you.
Send us the case details on WhatsApp and we will tell you which one it needs.
Every case moves through the same seven stages. You can see which stage yours is at, at any time, from your dashboard.
Your case is uploaded and queued while we check the subscription is active. Nothing is invoiced for the case itself — if the subscription is current, this step passes in minutes.
The subscription is confirmed and your files pass a completeness check. The delivery clock starts here — not at upload.
Only if something is unusable or absent. We tell you exactly what to re-upload. The case is not rejected and it costs you nothing extra — the clock pauses until the files arrive.
A consultant reads the CBCT: bone volume, density, anatomical limits, and the position the prosthetics require. This is a clinician's judgement, not an automated output.
For guide orders, a designer builds the guide against the approved plan — sleeve positions, drilling sequence, support and retention.
The report and the guide file are available in your dashboard. Review them and either approve, or request your one free revision.
You download the files, and 24 hours later everything to do with the case is deleted from the site — your imaging included.
You are uploading real patient imaging, and that carries obligations for both of us.
The report is consultative and the guide is a planning aid. Final clinical responsibility rests with the treating dentist.
A consultant reads your CBCT, plans the implants, and designs the guide. You approve it, then print it on the printer in your own clinic.
No software to buy, and none to learn. We plan in Implant 3D — the Italian planning software we distribute across the region.
Guide produced with Implant 3D · Media Lab S.p.A.
CBCT, intraoral scan and the case details — one upload, in your browser.
Bone volume and density read, the nerve canal traced, the anatomical limits marked.
Position, angle, diameter and length decided by what the prosthesis needs.
Sleeves, drilling sequence, support and retention — built for your implant system.
Nothing is finalised before you agree with it. Then the STL is yours.
Find yours, and see what the plan has to solve before anything is drilled.
These describe clinical situations, not patients. No case, photograph or outcome on this page is presented as work already completed.
Your case is planned in Implant 3D — the Italian software behind guided surgery
The implant positions, the sleeve heights and the guide itself all come out of one file. Nothing is drawn twice, so nothing can disagree with anything else.
We answer every day from 08:00 to 22:00, and reply to written enquiries within 24 hours.
Choose a subject so your message reaches the right person straight away.
Please do not attach patient imaging to an e-mail or a chat message. Imaging belongs in the case portal, where it is handled under the privacy policy.
We hold exclusive Middle East distribution for IML Swiss Dental Implants and RESISTA, and we are appointing country partners now.
Implant systems from Switzerland and Italy, paired with a guided-surgery service that gives dentists a reason to choose them over what they already use.
Applications are reviewed individually. We appoint one partner per territory.
Speak to us directly — we will tell you honestly whether your territory is still open.
Both start with a CBCT. Choose a guide if position, depth and angulation must be reproduced exactly.
No consultation to book There is no call and no appointment before you start. The consultant’s opinion is part of the case itself — send the case and it comes back with the plan.
The consultant reads these notes before opening the scan. The more context you give, the better the plan.
Start typing and the field suggests known systems. The list is there to save you typing — it is not a catalogue of what we stock. If your system is not in it, type it in full.
Additional planning — tick only what this case needs
Two separate uploads, because they come from two different machines. In this preview they are checked and listed but not sent — you attach them to the WhatsApp message at the end.
Preview build — no file leaves your device.
Not sure the scan is usable? Check it in a second →
A CBCT is not one picture — it is a folder of DICOM slices. Export that folder, compress it, and upload the ZIP.
The surface of the arch, straight out of your intraoral scanner. Required for a surgical guide; optional for a report on its own.
Check the details below and confirm them. You cannot change them after submission without contacting us.
The report is consultative and the surgical guide is a planning aid. Final clinical responsibility for the patient rests with you as the treating dentist.
There is nothing to pay for this case. Your monthly subscription covers it — the one exception is a rush case.
Your country —
Any number of cases, any scope, any additional planning, and one revision on each — all inside the monthly subscription. No invoice is raised for this case.
You asked for delivery in 24 hours. A rush case carries one extra fee, added to your next subscription invoice — nothing is collected here.
Rush fee —
This preview has no accounts and no billing. On the live site this step shows whether your subscription is active before the case enters the queue.
Keep this number — quote it in any message about this case.
This preview has no server: the button below opens WhatsApp with the case details already written. Attach the CBCT and STL files to that message yourself.
Files are deleted 24 hours after we deliver the case — your imaging and ours. Download the report and the guide on the day they arrive and keep your own copy.
We will confirm the subscription is active and start work, then notify you on WhatsApp at every stage.
Send your CBCT — and an intraoral scan if you need a guide — with your case notes. ZIP (DICOM) · STL · PLY · OBJ, up to 1 GB. Scan requirements
A clinician reviews the anatomy, available bone and the planned implant positions.
We design the guide and send it for your approval. One free revision is included.
Download the print-ready file and produce the guide at your lab or printer. Files are deleted 24 hours after delivery — download them the same day.
Follow one case from the scan to the printed guide — the measurements, the plan and the four-day clock.
Sorted by delivery date — the most urgent first.
| Case | Patient | Service | Submitted | Due | Status |
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Completed cases are deleted 24 hours after delivery. Download anything you need to keep — today.
A PDF invoice is issued automatically for every case.
| Invoice | Case | Date | Amount | Status |
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Account details and how you sign in.
Sorted by SLA risk. Breached cases first, then those closest to their deadline.
| Case | Doctor | Service | SLA | Assigned to | Stage |
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Subscriptions and rush fees only — a case is never invoiced on its own. Anything older than 4 hours is flagged.
Registration is open to everyone — activation is your decision. A licence number is optional.
Billing is a monthly subscription. Nothing is charged per case except a rush.
The subscription is the same everywhere; only the payment route differs.
Last 8 months.
Operational limits. Changing these changes what the website promises.
You subscribe by the month and send cases. Nothing is charged case by case — the only extra is a rush case, and that is a separate fee added to your subscription.
Set the service, the units and anything extra. There is no total to work out — this builds the case summary you send us.
All of these are inside the subscription.
Message us and we will send the subscription and the rush fee in writing.
We hold regional distribution rights for two European implant systems and the Italian planning software behind guided surgery — and we plan the cases that use them.
Supply is live in these markets. If your country is not listed, ask us — we are appointing partners.
Tell us the system, the components and the quantity. We reply with pricing and availability for your country.
Structured international courses and short modules on planning, handling the guide, and the surgical protocol — taught in Arabic and English by the clinician who reviews your cases, and open to dentists across the region.
Academician and practitioner specialised in guided implant surgery and full mouth rehabilitation, and an international speaker in the Middle East in digital restorative dentistry. Associate at KHCMS — Kurdistan Higher Council of Medical Specialties.
Founder of IML SA, the Swiss manufacturer behind the IML implant system Future Guide distributes. His work is in implant design — thread morphology, the conometric connection, and medical-grade titanium with bio-active surface treatment — and in building IML as a bridge between European manufacturing and the Middle East. A CrossFit athlete outside the company, which he credits for the habit of finishing what he starts.
Academician and practitioner specialised in implant surgery, with a particular interest in 3-D planning and guided implants. Postgraduate masters in conservative dentistry and endodontics, in periodontics and implantology, and in implant prosthodontics and perioral aesthetics. International speaker on 3-D planning in implantology and guided implant surgery.
Entrepreneur in computer science and dental medicine. A degree in computer science and more than thirty years in the industry, and the founder of Media Lab — the Italian company behind Implant 3D, the planning software every case on this site is built in.
We are recording the first course now. Register below and we will contact you with the dates, the fee and the syllabus before it opens to everyone.
Where the videos live has not been decided. The player is one swappable component — changing the host later is a setting, not a rebuild.
Tell us on WhatsApp what you want covered — the first cohort is being shaped now.
Future Guide plans guided implant surgery for dentists across Iraq and the Gulf, and distributes the Swiss and Italian implant systems those plans are built on.
Draft — client approval requiredPlanning software, a trained eye and a printer are three separate investments. Most dentists in our region have the clinical skill but not the digital workflow — so cases that would benefit from a guide are placed freehand instead.
Future Guide removes two of those three. You keep the clinical judgement and the patient relationship; we do the planning and hand you a file your own printer can produce.
Registration and licence numbers are shown on every page of this site. Verify them before you send patient data anywhere — to us or to anyone else.
Academician and practitioner specialized in Guided Implant Surgery and Full Mouth Rehabilitation, and an international speaker in the Middle East in Digital Restorative Dentistry. Associate at KHCMS — Kurdistan Higher Council of Medical Specialties.
Handles case intake, doctor communication and the daily queue. He is the person who answers when you message us between 08:00 and 22:00.
We serve Iraq and the Gulf today. Europe and the United States are planned, not active — we would rather tell you that than imply a reach we do not have yet.
Exclusive Middle East distributor for IML Swiss Dental Implants, RESISTA and the Implant 3D planning software.
3 days for a report, 5 with a guide, 24 hours when the case is urgent.
Every case includes one revision at no additional cost.
Plans are reviewed by a clinician — not generated automatically by software.
One case tells you more about a planning partner than any page of copy.
One case, followed from the moment it is uploaded to the file the dentist prints. Every number below is internally consistent, so you can judge the level of detail before you send us anything.
A single posterior mandibular site. The dentist wants maximum implant length without approaching the mandibular canal.
“Adjacent teeth are intact and I want to keep the guide tooth-supported. My concern is the canal — tell me the longest implant I can place with a real safety margin.”
The canal is traced first, then the safety zone is set, and only then is the implant chosen. Not the other way round.
Every figure follows from the measurements above — nothing here is a default setting.
The report states the reasoning, not just the numbers — including what we would change if the ridge turns out narrower than the scan suggests.
The guide is designed around the approved plan and the exact drilling protocol of the system you use — then exported as an STL your own printer can produce.
The delivery clock starts when the files are complete and the subscription is active, not at upload. Here is how this case ran.
CBCT and STL uploaded, case data completed, patient consent confirmed.
Subscription checked as active and the file set confirmed complete. The delivery clock starts here.
Canal traced, ridge measured, bone quality assessed, implant selected.
Sleeve position, support surfaces and inspection windows built against the approved plan.
The dentist reviewed the plan and asked for the platform to sit 0.5 mm deeper — the one free revision.
Revision applied, files released to the dashboard, WhatsApp notification sent.
Everything below appears in the doctor's dashboard, and is deleted 24 hours after delivery.
Every anatomy is different — that is the whole point of planning it. Send us yours and see what comes back.
Most cases that stall do so for the same handful of reasons — and every one of them is decided in the two minutes before the scan runs. This is what we look for when a case arrives.
Drop the exported file in and the page reads its settings — voxel size, field of view, slice count, format — and tells you whether we can plan from it.
The file is read on your device. Nothing is uploaded, and the patient name inside the file is never read.
A scan cropped tightly to the implant site is the most common reason we ask for a re-upload. We plan against anatomy, and anatomy sits outside the gap.
Voxel size decides whether we can follow the canal wall confidently or have to leave a wider safety margin — which costs you implant length.
A blurred scan cannot be sharpened later. It has to be retaken, which means a second appointment and a second dose.
Scatter from crowns, posts and amalgam spreads exactly where you need to see. It can rarely be removed afterwards, but it can often be avoided beforehand.
This is the step most often done wrong, and it is invisible until the file reaches us.
A surgical guide cannot be designed from a CBCT alone. The CBCT shows us bone; the STL shows us the surface the guide will actually sit on.
If the STL and the CBCT were taken weeks apart and the mouth changed in between, the two will not match and the guide will not seat.
A printable PDF of this guide and the checklist, in Arabic and English — put it where the scan is taken.
One email with the file. We do not add you to anything.
Check it here in a second without uploading it, or send it on WhatsApp and we will tell you honestly whether we can plan from it.
