Can You Get a Tooth Pulled and an Implant the Same Day?

Same-day tooth extraction and implant placement is a well-established procedure, and research consistently shows it works about as well as waiting months for the socket to heal first. Survival rates for immediately placed implants hover around 97 to 98 percent across multiple studies, which is statistically indistinguishable from the delayed approach. That said, “can you” and “should you” are different questions. Whether this shortcut makes sense for your mouth depends on the condition of the tooth being removed, where it sits in your jaw, how much bone surrounds it, and the thickness of your gum tissue.

How Same-Day Implants Compare to the Traditional Route

The traditional protocol for dental implants involves pulling the tooth, waiting three to six months for the socket to heal and the bone to remodel, and then placing the implant in a second surgery. Immediate placement skips that waiting period entirely. A systematic review and meta-analysis comparing the two approaches found a 97.4 percent survival rate for immediately placed implants and 97.5 percent for delayed ones, with no statistically significant difference between the groups.¹ A separate long-term retrospective study reported nearly identical numbers: 98.4 percent survival for immediate placement and 98.6 percent for delayed.²

The meta-analysis did note that when implants failed, slightly more of them were in the immediate group, with some individual studies reporting survival rates between 90 and 95 percent for immediate placement versus consistently above 95 percent for delayed.¹ So the overall picture is reassuring, but there is a real if small spread in outcomes depending on how carefully patients are selected and how the surgery is performed. This is not a procedure where every mouth is equally suited to the shortcut.

Why the Bone Changes After Extraction Matter

When a tooth is pulled, the surrounding bone starts to shrink almost immediately. This resorption happens whether an implant goes in right away or not. A study tracking extraction sites over four months found that the outer (buccal) bone wall lost about 56 percent of its width, while the inner wall lost roughly 30 percent.³ A meta-analysis put the average outer bone loss at about 1 mm horizontally and 0.8 mm vertically, and found that the starting thickness of the bone wall was the strongest predictor of how much would be lost.⁴

This bone shrinkage is the central challenge of immediate implant placement. When you wait several months, the bone remodels and stabilizes, giving the surgeon a predictable ridge to drill into. When you place the implant the same day, you are working with a socket that is actively changing shape. The implant needs to be anchored firmly enough in what bone remains to stay put while everything heals around it. To achieve that initial grip, surgeons typically extend the implant a few millimeters deeper into the bone beyond the socket’s natural depth.⁵ A prospective trial measuring implant stability in molar sockets found that this approach consistently produced excellent initial stability in both the upper and lower jaw.⁶

Filling the Gap Between Implant and Socket Wall

A tooth’s root rarely matches the shape of a screw-shaped implant. After the implant is placed in a fresh socket, there is usually a gap between its surface and the socket wall, sometimes called the “jumping gap.” How that gap is managed has a meaningful effect on how much bone you keep long-term.

A randomized trial comparing bone graft material to platelet-rich fibrin (a concentrate of your own blood) for filling this gap found that actual bone graft preserved significantly more bone. The group receiving just the blood concentrate lost about 1.85 mm of crestal bone, while the bone-graft group lost only about 0.77 mm.⁷ Another trial confirmed the pattern: bone graft materials kept the bone crest in a better position, though the blood concentrate still produced acceptable results with less than 1.5 mm of bone loss after the first year.⁸

In practical terms, this means most immediate implant procedures include some form of bone grafting around the implant. The graft material acts as a scaffold that encourages your own bone to grow in and fill the gap. For patients, this is usually just part of the same surgery and does not add a second visit, though it does add to the cost.

Can You Also Get a Temporary Crown the Same Day?

Getting the implant placed the same day is one thing. Getting a visible tooth on it immediately is another step entirely, often called “immediate restoration” or “immediate loading.” This is where the implant gets a temporary crown right away so you walk out of the office with something that looks like a tooth. Research supports this approach in specific situations, particularly for single teeth in visible areas. A study of immediately placed and immediately restored single implants found the protocol maintained the existing shape of both the bone and gum tissue in most cases, eliminating the need for a removable temporary denture during healing.⁹

There is an important caveat: the temporary crown placed the same day is usually adjusted so it does not make full contact with the opposing teeth during chewing. It is there for appearance and to support the gum tissue, not for eating a steak. You typically get the final, fully functional crown weeks or months later once the implant has integrated with the bone. For back teeth that nobody sees when you smile, many surgeons skip the temporary crown entirely and let the implant heal under the gum.

Front Teeth and the Aesthetics Question

The stakes are highest for teeth in the “smile zone,” where even a small change in gum position is visible. Immediate placement in the front of the mouth actually has an aesthetic advantage. A retrospective study comparing immediately placed and restored implants against implants placed into healed sites found that both approaches produced satisfactory cosmetic results at first. But over three years, the immediately treated group maintained its aesthetics better, particularly in younger patients and for central incisors.¹⁰

The reason likely comes down to preserving the gum architecture. When a tooth is removed and the site is left to heal for months, the gums reshape and flatten. Placing an implant immediately helps maintain the papillae, the small triangular peaks of gum between teeth, which are notoriously difficult to rebuild once lost. A study looking specifically at those papillae found that patients who received immediate placement and immediate restoration had significantly better preservation of the gum tissue between the implant and the adjacent tooth.¹¹

Gum tissue thickness plays an underappreciated role in all of this. People with thin gums are more prone to recession around implants. A systematic review found that thin soft tissues were associated with about 0.6 mm more recession than thicker tissue.¹² When you have thin gums and are getting a front tooth replaced, a connective tissue graft from the roof of your mouth is sometimes added during the same surgery to thicken the tissue and prevent the implant from showing through or the gum from pulling back. A five-year randomized controlled trial of immediate implants in the front of the mouth found that this soft-tissue grafting procedure helped maintain gum levels, with the grafted group showing slight tissue gain versus measurable loss in the non-grafted group over five years.¹³ For anyone with a thin tissue type, that graft can make the difference between a result that looks natural for years and one that gradually develops a grayish shadow or visible recession at the gum line.¹⁴

Back Teeth Have Different Challenges

Molar extraction sockets are wider, deeper, and often have multiple roots splaying in different directions, which makes fitting a single cylindrical implant into the space less straightforward than for a single-rooted front tooth. Nonetheless, a systematic review and meta-analysis of immediate implant placement in molar sockets found that the technique is predictable in selected cases, with high survival and success rates and minimal bone loss.¹⁵ One earlier study looking specifically at molar sites found that immediate implants in the lower jaw had a better prognosis than in the upper jaw, likely because the lower jawbone is generally denser.¹⁶

Because aesthetics matter less for molars (nobody sees them), the main concern shifts to mechanical stability. The wider socket means there is a bigger gap to fill and potentially less surrounding bone to grip the implant. Surgeons often use a slightly wider or longer implant in molar sites, and computer-guided surgery has made it easier to position these implants precisely in whatever bone is available.

When There Is an Infection

This is the area where the evidence warrants the most caution. Many teeth that need extraction are already infected, whether from a failed root canal, a periapical abscess, or advanced gum disease. The traditional view was that you should never place an implant into an infected socket. That view has softened, but the data still shows higher risk.

A meta-analysis found that immediately placed implants in infected sockets had nearly three times the risk of failure compared to immediate implants in clean sockets.¹⁷ A separate meta-analysis reported a similar direction, with a roughly doubled failure risk, though that finding sat at the edge of statistical significance.¹⁸ It is worth noting that even with the elevated risk, the vast majority of implants placed into infected sockets still survive. The absolute failure rate climbs from roughly 2 to 3 percent to perhaps 5 to 8 percent, depending on the study and how aggressively the infection is managed.

When surgeons do place implants into infected sites, the protocol typically involves thorough cleaning of the socket, removal of all granulation tissue, and antibiotics, though there is no consensus on exactly which antibiotic or how long to take it.¹⁹ Some practitioners prescribe antibiotics starting days before the extraction; others only use them afterward. The case reports and small studies that support immediate placement in infected sites generally involve meticulous surgical debridement combined with antibiotic therapy.²⁰ If the infection is large or involves significant bone destruction, most surgeons will opt for the traditional route: clear the infection, let the site heal, and come back for the implant later.

How Digital Planning Changed the Equation

One reason immediate implant placement has become more routine over the past decade is the widespread adoption of digital surgical planning. Using cone-beam CT scans and intraoral scanning, the surgeon can map the tooth’s socket, the surrounding bone, and the nerves and sinuses before ever picking up a drill. Software then generates a precise plan for where the implant should sit, and a 3D-printed surgical guide directs the drill into that exact position during the procedure.

A prospective study of computer-guided implant placement using these digitally designed drill guides found a mean angular deviation of less than 3 degrees from the planned position and a three-dimensional deviation of less than 1 mm at the implant’s entry point.²¹ A systematic review of 3D imaging and virtual planning techniques confirmed the trend: guided approaches consistently outperform freehand placement in precision.²² This matters especially for immediate placement, where the surgeon has to position the implant correctly within a socket that may not be centered the way a drilled hole would be. The guides remove much of the guesswork.

Digital workflows also affect the crown fabrication process. A randomized trial found that a fully digital workflow for producing implant crowns cut total production time roughly in half compared to conventional methods, and reduced overall treatment costs by more than 30 percent.²³ A cost analysis comparing digital to conventional implant workflows similarly showed about an 18 percent cost reduction with the digital approach.²⁴ These savings do not always translate directly into lower prices for patients, since the upfront investment in scanning equipment and software is substantial, but the trend is toward shorter appointments and more predictable outcomes.

What the First Year Looks Like

A four-year prospective study tracking immediately placed and immediately loaded implants reported a cumulative success rate of 97.4 percent. Three implants failed, all during the initial healing phase, and there were no infections during the follow-up period. Average bone loss from the time of placement to the four-year mark was about 0.67 mm.²⁵ That bone-loss number is reassuring because most of it happens in the first year, and less than a millimeter is well within what is considered normal for any implant, whether placed immediately or after months of healing.

When implants do fail, the failures tend to be early, during the first few months before the implant has fully integrated with the bone. A six-year retrospective survey found an overall implant failure rate of about 3 percent, with early failures showing a simple lack of integration and late failures typically linked to peri-implantitis, a chronic inflammatory condition around the implant.²⁶ Smoking, uncontrolled diabetes, and poor oral hygiene are the usual suspects for both early and late failures, regardless of when the implant was placed.

Long-Term Complications Worth Knowing About

A five-year prospective study that compared immediately placed implants to conventionally timed ones within the same patients found that about 25 percent of all implants (both groups) developed some form of biological complication, primarily mucositis, which is reversible gum inflammation. About 6 percent developed peri-implantitis, a more serious condition involving bone loss around the implant. The immediately placed implants showed a slightly higher tendency toward bone loss and peri-implantitis, but the difference was not statistically significant.²⁷

One long-term cost analysis of immediately loaded implant-supported overdentures found that they carried higher maintenance costs over time compared to conventionally loaded ones, primarily due to more frequent complications requiring repair.²⁸ That study looked at full-arch overdentures rather than single-tooth replacements, so its findings are not directly transferable to the more common scenario of replacing one or two teeth. But it is a useful reminder that “same-day” does not mean “no maintenance.” Implants, however they are placed, are a lifetime commitment to hygiene and periodic professional monitoring.

Who Is Not a Good Candidate

Not everyone walking into the extraction appointment can walk out with an implant. The main disqualifiers are situations where the surgeon cannot achieve enough initial stability for the implant to survive the healing period. This includes:

Insufficient bone: If the tooth being removed has already lost most of its surrounding bone due to advanced gum disease or a large cyst, there may not be enough structure left to anchor an implant. Bone grafting and a delayed approach become necessary.
Active large infections: As discussed earlier, small periapical infections can sometimes be managed, but extensive infections with significant bone destruction are better treated first.
Fractured socket walls: If the extraction itself causes the thin buccal bone to crack or collapse, the foundation for immediate placement is compromised.
Heavy grinding or clenching: Patients with severe bruxism put enormous forces on a newly placed implant. Some surgeons will defer immediate loading in these cases, even if they place the implant same-day.
Uncontrolled systemic conditions: Poorly managed diabetes, active radiation therapy to the jaw, or heavy smoking all increase failure risk regardless of timing, but they make the already-narrower margin for error in immediate placement even thinner.

Your surgeon makes many of these judgment calls in real time, during the extraction itself. Sometimes the plan going in is to place an implant immediately, but the socket does not cooperate, and the surgeon pivots to grafting and a delayed approach. This is not a failure of the plan; it is good clinical judgment. The best candidates for same-day implants tend to have intact buccal bone walls, adequate bone beyond the socket to anchor the implant, no large infections, healthy gums, and a willingness to follow postoperative restrictions on chewing.