The Dental Implant Procedure, Step by Step

• A single implant is 60 to 90 minutes of chair time under IV sedation; a full arch (All-on-6) runs 4 to 5 hours. You go home the same day.
• Most patients are sedated within about 90 seconds and have no memory of the surgery itself.
• Nothing on surgery day is improvised. Every drill depth and angle is planned on a 3D CBCT scan first, placing implants without one is operating blindfolded.
• I place each implant through a printed surgical guide and torque it to 35 to 45 Ncm, then layer it with your own PRP under my Vampire Implants™ Protocol.
• The bone fuses to the implant over 8 to 14 weeks. Then I confirm integration with a torque test before the final crown goes on.
• Whole-journey time, sedation to final crown, is usually 14 to 16 weeks for a straightforward single tooth.

Before surgery day I finalize your plan, order your implant and surgical guide, and get your prescriptions filled in advance, so nothing is rushed on the morning of. If you take blood thinners I coordinate a hold protocol with your physician; certain heart conditions or a joint replacement mean we pre-medicate with antibiotics. The real work happens here, on the scan.

I send you home with a written prescription packet, anti-inflammatory, antibiotic, sedative, to fill ahead of time, plus instructions for what to eat the night before (a normal dinner) and the morning of (nothing if you are under IV sedation). A 3D CBCT scan, the digital surgical guide, and your final implant are all sized and ordered.

Honestly, longevity begins a month before I ever pick up a drill. If you are not already supplementing, I start you on vitamin D around 5,000 IU about a month out, the research links adequate vitamin D to better healing, and since the surgery uses your own blood for the PRP, a healthy body means healthy blood to build with. (Vitamin D supports healing; it is not a guarantee.) Some patients need bone built up first, a bone graft before the implant or a sinus lift to rebuild upper-jaw height, and where the bone is already there, we can sometimes do same-day implants instead.

You arrive 30 minutes early with a driver, rinse with chlorhexidine, change into a gown over your clothes, and a nurse starts your IV. I do a final review with you while the team draws your blood for the Vampire Implants™ Protocol. Then sedation goes in, and most patients close their eyes within about 90 seconds.

IV sedation is administered and we monitor your blood pressure, pulse, and oxygen continuously. The AAOMS reports office-based anesthesia by trained surgical teams has an excellent safety record, and that continuous monitoring is exactly why. Most patients describe it as a long nap with no memory of the surgery itself.

Total chair time for a single implant is 60 to 90 minutes from sedation to recovery. A full-arch All-on-6 is 4 to 5 hours. Either way you go home the same day, accompanied by your driver. If you want the whole calendar laid out rather than the surgery hour, I mapped it on the dental implant timeline.

The implant goes in through a guide printed from your CT scan that locks my drills to the exact pre-planned angle and depth. I prepare a small osteotomy, a channel in the bone, then thread the implant in to a firm but controlled torque, layer it with your own PRP, and seal the gum over a healing cap. The placement itself takes about 90 seconds per implant.

The guide tells the drill where to go. But the felt-torque as the implant seats, that is the part no guide can replace, and it is the part I have spent 2,000+ implants learning to read.

I drill slowly, around 100 rpm under copious saline. A lot of textbooks still call for 1,200-plus rpm “for less bone death,” but in my hands slow drilling means less heat and friction, less bone death, and better integration. The implant is then torqued into the osteotomy at 35 to 45 Ncm, firm enough that the bone holds it the moment I let go, gentle enough that I am not over-compressing bone. I never crank an implant to 100-plus Ncm to force it; that crushes bone and kills it.

If an implant ever seats too high or too soft, I do not fudge it. I retire that implant, open the osteotomy a touch, and place a fresh one at the optimal torque. I never reuse an implant. On surgery day I can often feel which sites are at risk, very soft bone plus low insertion torque is the recipe for the micro-movement that keeps an implant from integrating, and that is the moment to fix it, not three months later. Your platelet-rich plasma goes onto the implant body to speed healing at the site, a measurable driver of implant success I lean on for every case.

A healing cap is placed flush with the gum line, the gum is closed with a few dissolving sutures, and the implant sits undisturbed for the next 8 to 14 weeks while bone fuses to it.

Two things decide most of a single implant’s future, and I control both at placement: where it goes, and how well it heals. CBCT planning fixes the first. My Vampire Implants™ Protocol, UV photofunctionalization plus your own PRP, drives the second. The surgery is roughly 70 percent of the long-term outcome, and this is where that 70 percent is earned.

Without a 3D scan you are placing implants blindfolded, and you never want a surgeon blindfolded. The scan tells me the exact width and height of your bone, the path of your nerve, and where the sinus floor sits before I ever drill, so the implant lands exactly where the plan says and stays 2 to 3 mm off any nerve or artery. That location and angulation dictate the mechanical forces the implant will carry for the rest of its life, and proper force is what makes it last. I plan it the way a Porsche is built: every measurement is set in advance, so nothing on surgery day is guesswork.

Then I UV-activate the titanium surface chairside, which restores its ability to bond to bone, and bathe it in your PRP. UCLA research on UV-activated implants shows 50 to 100 percent more bone-to-implant contact, with better blood flow and a stronger infection response. It is probably my best technology, and it is what lets me place implants for the diabetics and smokers other offices turn away.

You wake up in our recovery room with no memory of the surgery, like you took a long nap. Day 1 is the worst of it, usually a 3 to 4 on a 10-point pain scale, controlled with the ibuprofen-and-Tylenol stack I prescribe. About 60 percent of my patients never fill the narcotic. Swelling peaks at 48 hours and is mostly gone by Day 5.

I send you home with ice packs, a soft-food list, and a phone number that reaches me directly, not an answering service, for the next 72 hours. The ADA notes ibuprofen with acetaminophen relieves acute dental pain better than opioids, which is exactly the non-narcotic regimen I rely on. Most patients are back at a desk job at 48 hours; I ask you to skip the gym, heavy lifting, and straws for one week and rinse with warm salt water after meals.

I keep the day-by-day version short here on purpose, because two sibling pages own it in full. For the hour-by-hour and week-by-week of healing, read what dental implant recovery actually feels like, and for the honest answer on how much a dental implant hurts, I wrote that one separately so this page can stay on the surgery.

Between surgery and the crown, the implant heals quietly under the gum and I check on it. I see you at 2 weeks for a soft-tissue check, re-image at 6 weeks to confirm bone is laying down around the implant, and at about 12 weeks I test the integration torque. If the implant resists a controlled reverse torque, it is integrated and ready for its crown.

The first three months are the only window where osteoblasts lay down fresh bone against the implant and you build maximum bone-to-implant contact, which is why I will not rush a crown onto an implant that has not earned it. In a healthy patient that takes about three months; in a diabetic, closer to four to six. The rare miss is the implant that never integrated, micro-movement let the body wall it off in a fibrous capsule instead of bonding bone to it, and a torque test catches that before it ever becomes your problem.

During this window you eat normally on the rest of your mouth and avoid biting directly on the implant. If the gap is visible, a temporary tooth, a flipper, an Essix retainer, or a bonded “Maryland” tooth, can fill it for esthetic reasons; I provide this at no extra cost when a visible tooth needs it.

Once integration is confirmed, I scan the implant position digitally, design your zirconia abutment and crown in CAD, and mill them in our lab, ready for delivery in 1 to 2 weeks. The delivery visit is short and comfortable for most patients, 30 to 45 minutes, with no numbing needed for most.

At delivery the healing cap comes off, the abutment is torqued onto the implant, and the crown is bonded onto the abutment. You leave with a fully functioning tooth. I balance the bite carefully here, because how your bite lands on an implant decides how long it lasts, axial force straight down the long axis is what bone is built to absorb, and the lateral, side-to-side shaking is what drives bone loss over the years.

Then I see you at 1 week, 3 months, and 12 months, and after that twice-yearly hygiene with periodic occlusal adjustments, rebalancing the bite almost like rotating the wheels on a car. That maintenance is how my 10-year biological warranty works: keep your twice-yearly visits and if the implant fails biologically within those 10 years, I redo the work at no cost to you. (I do not, and no honest practice should, claim a “lifetime implant warranty.”)