How much does 1 dental implant cost?

As of 2026, the average cost per dental implant is about 800,000–1,800,000 KRW (approx. $584–$1,314). Domestic implants (Osstem, Dentium, etc.) are 800,000–1,200,000 KRW (approx. $584–$876), while overseas premium brands (Straumann, Nobel Biocare, etc.) are around 1,500,000–2,500,000 KRW (approx. $1,095–$1,825). If a bone graft is needed, an additional 300,000–800,000 KRW (approx. $219–$584) may apply. For patients 65+, treatment is covered by Korean NHIS, so the out-of-pocket copay is about 300,000–500,000 KRW (approx. $219–$365) per implant.

Is dental implant surgery painful?

Implant surgery is performed under local anesthesia, so there is little to no pain during the procedure. Mild pain and swelling for 1–3 days afterward can usually be controlled with prescribed pain relievers. Choosing sedation dentistry (conscious sedation) can further reduce anxiety and discomfort during surgery.

How long does the dental implant process take?

A typical dental implant timeline is 3–6 months. It includes post-extraction healing (4–8 weeks), implant placement surgery (30 minutes–1 hour), osseointegration (mandible 2–3 months, maxilla 4–6 months), and fabrication/placement of the restoration (1–2 weeks). With an Immediate Implant, placement can be done on the day of extraction to shorten the overall time.

For patients 65 and older, what are the Korean NHIS coverage conditions for implants?

As of 2026, Korean NHIS covers up to 2 implants per lifetime for those aged 65 and older. Copay rates are: standard 30%, low-income tier 20%, and basic livelihood recipients 10%. With coverage, the out-of-pocket cost per implant is about 300,000–500,000 KRW (approx. $219–$365). Note: adjunct procedures such as a Sinus Lift or Bone Graft (GBR) are not covered by Korean NHIS.

What types of dental implants are there?

Implants are categorized by brand, placement method, and indication. By brand: domestic (Osstem, Dentium, Neo, MegaGen) and overseas (Straumann, Nobel Biocare, Astra). By placement method: conventional implants, Immediate Implant, Flapless Implant, and Navigation-Guided Implant. By indication: single-tooth implants, multiple-tooth implants, Full-Mouth Implant, and Implant Overdenture.

What is the failure rate for dental implants?

Modern dental implants have a very high success rate of 95–98%. Causes of failure include failed osseointegration (2–3%), peri-implantitis (5–10%), prosthetic complications, and nerve injury. Risk factors include smoking, systemic diseases such as diabetes, inadequate bone quality/quantity, excessive bite force, and poor oral hygiene.

What’s the difference between a Dental Implant, a Dental Bridge, and a Denture?

A Dental Implant is placed as a standalone tooth without harming adjacent teeth and provides function and esthetics closest to natural teeth. A Dental Bridge requires trimming the teeth on both sides and has a lifespan of 7~15 years. A Denture is more affordable, but chewing power is only 30~40% of natural teeth, and bone resorption progresses. Over the long term, a Dental Implant is most favorable for preserving adjacent teeth and maintaining bone.

Can patients with diabetes get a Dental Implant?

Yes, patients with diabetes can undergo Dental Implant surgery if their blood sugar is well controlled. In general, surgery can be performed safely when HbA1c is 7% or below. However, if blood sugar control is poor, the risk of failed osseointegration and infection increases, so it is best to coordinate with your primary physician to stabilize blood sugar first, then proceed with surgery.

What are the post-op precautions after Dental Implant surgery?

On the day of surgery, bite on gauze for 1~2 hours and use a cold compress to reduce swelling. For 2~3 days after surgery, eat soft foods (rice porridge, soup) and avoid chewing on the surgical side. Avoid alcohol and smoking for 1 week. Take the prescribed antibiotics and pain relievers, and when brushing near the surgical area, use a soft toothbrush and be gentle. Stitches are removed 7~14 days after surgery.

Dental Implant Costs: A complete rundown of why they vary by clinic

Name: Dental Implant Complete Guide 2026
Creator: Seoul BD Dental
Published: 2026-05-23

01 What is a Dental Implant

A Dental Implant is a dental procedure in which an artificial tooth root is placed in the jawbone and an artificial tooth (crown) is attached on top. In 1965, Swedish orthopedic surgeon Per-Ingvar Branemark discovered that titanium can bond with bone (osseointegration), launching the era of modern dental implants.

Why Dental Implants are needed

Losing a tooth is not just a cosmetic issue. Reduced chewing function can cause digestive problems, adjacent teeth tip into the empty space, and the opposing tooth overerupts. The most serious problem is alveolar bone loss. Without a tooth root to stimulate it, the bone in that area gradually resorbs; in the first year after extraction, approximately 25% is lost horizontally and about 4mm vertically.

A Dental Implant’s artificial root delivers stimulation to the bone like a natural tooth root, the only tooth-replacement option that helps prevent bone loss. Dental Bridges or Dentures cannot directly stimulate the bone, so bone loss continues over time.

Please note

According to the Korean Dental Association, leaving a missing tooth untreated triples the risk of losing adjacent teeth within 5 years. Because the loss of one tooth can trigger a chain of oral-health deterioration, getting treated as soon as possible is important.

History of Dental Implants

The history of modern dental implants is generally divided into four generations.

1st Generation (1960s–1980s) — Branemark system. Introduction of screw-shaped implants made of pure titanium. Osseointegration concept established
2nd Generation (1990s) — Advances in surface treatment (SLA, RBM). Osseointegration time shortened (6 months → 3 months)
3rd Generation (2000s) — Introduction of digital technology. CT-based surgical planning and the start of guided surgery
4th Generation (2010–present) — Navigation-Guided Implant, immediate placement and immediate loading, digital intraoral scanning, 3D-printed custom abutments

With over 60 years of clinical history, dental implants are now performed more than 12,000,000 times annually worldwide, making them one of the most proven dental treatments.

02 Structure and Principles of Dental Implants

A Dental Implant consists of 3 main components. Understanding the role and material of each helps explain differences in cost and guide what to choose.

1. Fixture — artificial tooth root

A screw-shaped component placed in the jawbone and the core of the implant. Made from commercially pure titanium (Grade 4) or titanium alloy (Ti-6Al-4V), it bonds directly with bone (osseointegration) to act like a natural tooth root.

Surface treatment of the fixture greatly impacts the speed and success of osseointegration. Representative surface treatments:

SLA(Sandblasted, Large-grit, Acid-etched) — Sandblasted then acid-etched. The most widely used method
SLActive — Chemically activated SLA surface. Shortens osseointegration to 3–4 weeks (Straumann's proprietary technology)
RBM(Resorbable Blast Media) — Bioresorbable surface coating. Commonly used in Korean implants
TiUnite — Anodic oxidation to create a porous surface (Nobel Biocare's proprietary technology)

2. Abutment — connecting post

Connects the fixture and the Crown. Made of titanium, Zirconia, or gold alloy; available as stock or custom. In front-tooth areas, a custom Zirconia abutment is often chosen for esthetics.

3. Crown — artificial tooth

The visible, tooth-shaped restoration. Its characteristics vary by material:

Material	Aesthetics	Strength	Longevity	Typical area
Zirconia	★★★★★	★★★★★	15–20 years	Both anterior and posterior teeth
PFM (Porcelain-Fused-to-Metal Crown)	★★★★	★★★★	10–15 years	Mainly posterior teeth
All-ceramic	★★★★★	★★★	10–15 years	Anterior teeth (front teeth)
Gold	★★	★★★★★	20+ years	Posterior teeth (molars)

Principle of Osseointegration

A Dental Implant is not simply "stuck" into the bone, but bonds at the molecular level is called osseointegration. A titanium oxide layer (TiO₂) forms on the titanium surface, and bone-forming cells (osteoblasts) adhere and proliferate on this layer to create new bone. Typically, this takes 2–3 months in the mandible (lower jaw) and 4–6 months in the maxilla (upper jaw).

Key points

Modern Dental Implants have osseointegration success rates of 97–99%. Backed by 60 years of clinical data and advances in materials science, implants are now among the most predictable procedures in dentistry.

03 Complete comparison of Dental Implant types

Dental Implants are by brand, by placement method, and by indicationand are classified in various ways. To choose the option that best fits your oral condition and budget, it's important to understand the features of each.

Comparison by brand

Brand	Country	Key features	Cost per unit (2026)	Best for
Straumann	Switzerland	Global No. 1; SLActive surface; osseointegration in 3–4 weeks	1,500,000–2,500,000 KRW (approx. $1,095–$1,825)	Complex cases; those seeking faster healing
Nobel Biocare	Switzerland/Sweden	Pioneer of dental implants, TiUnite surface, All-on-4 patent	1,500,000–2,500,000 KRW (approx. $1,095–$1,825)	Full-arch reconstruction, immediate loading
Astra Tech	Sweden	OsseoSpeed surface, micro-thread design	1,300,000–2,000,000 KRW (approx. $949–$1,460)	Esthetic zone, bone preservation
Osstem	Korea	World #3, SA surface, excellent value	800,000–1,200,000 KRW (approx. $580–$876)	Typical cases, cost-effective
Dentium	Korea	S.L.A surface, SuperLine/Implantium	800,000–1,200,000 KRW (approx. $580–$876)	Typical cases
NeoBiotech	Korea	IS-II/III, CMC surface	700,000–1,000,000 KRW (approx. $511–$730)	Budget-friendly option
MegaGen	Korea	AnyRidge, Xpeed surface	800,000–1,200,000 KRW (approx. $580–$876)	Soft bone, immediate placement

More expensive doesn’t automatically mean better

More than which dental implant brand you choose the surgeon’s experience and techniquematter far more. Korean-made implants have over 10 years of clinical data and show success rates comparable to overseas premium brands. However, in complex cases with insufficient bone or when immediate loading is required, the specialized surface treatments of premium brands can be advantageous.

Comparison of placement methods

Method	Description	Advantages	Considerations
Conventional implant	Incision → drilling → placement → suturing (two-stage surgery)	Most common; extensive clinical data	Healing period: 3~6 months
Immediate Implant	Placement on the day of extraction	Shortens treatment time; no additional surgery needed	Requires good bone quality
Immediate Loading Implant	Temporary tooth placed on the day of placement	Able to eat the same day; esthetics restored immediately	Requires initial stability of at least 35Ncm
Flapless Implant	Placed through a small opening without a gum incision	Minimal pain and swelling; faster recovery	CT-based guide required
Navigation-Guided Implant	Precise placement with real-time 3D navigation	Accuracy within 0.5mm; highest precision	Expensive equipment required
Sedation Implant Surgery	Surgery under conscious sedation	Relieves surgical anxiety; pain-free procedure	An anesthesiologist is required

Types by Indication

Single-tooth Implant

Performed when one tooth is missing. The most common type, accounting for about 60% of implant surgeries. Favors tooth preservation because adjacent teeth are left untouched.

Multiple-tooth Implant

When 2~5 consecutive teeth are missing, 2~3 implants are placed and a bridge-type prosthesis is connected. Because you don’t need to place as many implants as the number of missing teeth, costs are reduced.

Full-Mouth Implant (All-on-4/All-on-6)

For edentulous patients (no natural teeth), the full arch is restored with only 4~6 implants. Compared with traditional full-mouth implants (8~10), it can reduce both cost and surgical scope. Full-Mouth Implant details →

Implant Overdenture

A denture is secured to 2~4 implants. Chewing power is 2~3 times better than a conventional denture, and the price is about 30~50% of fixed full-mouth implants. Implant Overdenture details →

04 Comprehensive guide to implant costs (2026)

Implant costs are the most frequently asked question. As of 2026 We’ve broken down the costs in detail.

Basic cost structure

The cost per implant generally includes Fixture (material cost) + Surgery fee + Prosthetic fee (Crown)make up the total cost.

Items	Korean-made	Premium imported	Notes
Fixture (material)	200,000–350,000 KRW	500,000–800,000 KRW	Varies by brand
Surgery fee	250,000–400,000 KRW	300,000–500,000 KRW	Clinic-level standard
Crown (prosthetic)	250,000–400,000 KRW	400,000–700,000 KRW	Based on Zirconia
Total	800,000–1,200,000 KRW	1,500,000–2,500,000 KRW	Per implant

When additional costs apply

Additional procedures	Cost	If needed
Bone Graft (GBR)	300,000–800,000 KRW	When the jawbone is insufficient
Sinus Lift	500,000–1,500,000 KRW	When the bone is thin in the upper molar region
Gum graft (soft-tissue graft)	200,000–500,000 KRW	When there is insufficient gum tissue
CT scan	50,000–100,000 KRW	Required pre-surgery exam
Sedation (sleep dentistry)	150,000–300,000 KRW	If you have severe fear of surgery
Navigation surgical guide	100,000–300,000 KRW (approx. $73–$219)	when precise placement is required
Temporary tooth (provisional)	50,000–150,000 KRW (approx. $37–$110)	when maintaining front-tooth esthetics

Example cost estimates

Case 1: 1 molar, Korean-made implant, no additional procedures → approx. 800,000–1,200,000 KRW (approx. $584–$876)
Case 2: 1 front tooth, premium overseas brand, gum graft → approx. 2,000,000–3,000,000 KRW (approx. $1,460–$2,190)
Case 3: 1 upper molar, Korean-made, bone graft (GBR) + sinus lift → approx. 1,500,000–2,500,000 KRW (approx. $1,095–$1,825)
Case 4: All-on-4 full-arch (one side) → approx. 8,000,000–15,000,000 KRW (approx. $5,840–$10,950)

Why prices vary by clinic

Because dental implants are non-covered (out-of-pocket), prices vary by clinic. The main reasons are:

Implant brand used — The material cost difference between Straumann and Korean-made alone can be 300,000–500,000 KRW (approx. $219–$365)
Clinician experience and expertise — University hospital background; whether the doctor is a board-certified specialist
Equipment level — Whether CT, navigation, and a digital intraoral scanner are available
Operating room environment — Dedicated operating room; infection-control systems
Warranty period and aftercare — Length of free warranty; whether regular checkups are included
Location — Costs tend to be: Seoul Gangnam > Seoul metro area > regional areas

Be cautious of implants that are excessively cheap

Ultra-cheap implants under 500,000 KRW (approx. $365) may involve issues such as ① non-certified low-cost fixtures, ② low-grade prosthetics, ③ separate charges for add-on procedures, and ④ no warranty. Because implants are used for 10~30 years, rather than the initial cost, Total Cost of Ownership (TCO) should be considered.

05 7 steps of the dental implant procedure

Dental implant treatment isn’t simply “putting in a tooth,” but a structured medical process. Understanding each step can reduce anxiety about treatment and help you communicate more effectively with your care team.

Comprehensive evaluation and diagnosis

We take panoramic X-rays, CT (CBCT) imaging, perform an intraoral exam, and review your overall health.

Using CT imaging, we analyze the jawbone’s height, width, and density in 3D and precisely measure distances to key anatomical structures such as the inferior alveolar nerve and the maxillary sinus. We also review systemic conditions such as diabetes, hypertension, and osteoporosis. Time required: about 30~60 minutes.

Treatment planning

Based on the CT data, we determine the implant’s position, angulation, depth, brand, and whether any adjunct procedures are needed.

Using digital implant planning software, we virtually place the implant and perform prosthetic-driven (top-down) design that considers the final crown. The need for Bone Graft (GBR) or a Sinus Lift is also finalized at this stage. We clearly explain the treatment plan, estimated costs, and timeline to the patient.

Pre-treatment (if needed)

We perform any necessary preliminary procedures such as extraction, removal of residual roots, Gum (Periodontal) Treatment, and Bone Graft (GBR).

If gum disease is present, we begin with Scaling (Dental Cleaning) and Gum (Periodontal) Treatment. If a tooth must be removed, we either wait a healing period of 4~8 weeks after extraction or, when conditions allow, place the implant immediately at the time of extraction. When bone volume is severely insufficient, we first perform a Bone Graft (GBR) and place the implant 4~6 months later.

Dental Implant Placement Surgery

After local anesthesia (or sedation), we make a small incision in the gum, prepare the bone with a drill, and place the fixture.

Surgery time per implant is about 20~40 minutes. With a flapless approach, placement is done through a small punch without a gum incision, resulting in much less bleeding and swelling. With a navigation-guided approach, placement is performed while viewing a live 3D display, achieving accuracy within 0.5mm. We suture afterward and place a temporary tooth if needed.

Osseointegration period (Healing Period)

This is the period during which the implant fuses firmly with the bone. Lower jaw: 2~3 months; upper jaw: 4~6 months.

During this time, osteoblasts form new bone on the implant surface. Avoid excessive force on the surgical site, and we monitor progress at 1~2 week intervals. Newer SLActive-surface implants can markedly shorten osseointegration to 3~4 weeks.

Second-stage surgery and prosthesis fabrication

Once osseointegration is confirmed, we uncover the implant, connect the abutment, and fabricate the prosthesis (crown).

We take a precise digital impression with an intraoral scanner and analyze the bite relationship with the opposing teeth. If there is an on-site dental lab, the prosthesis can be completed the same day to within 3 days; if sent to an outside lab, it takes 1~2 weeks. Together with the patient, we confirm the shade, shape, and occlusion.

Final prosthesis placement and maintenance

We place the crown, adjust the bite, and provide a schedule for regular checkups.

Right after placement, we fine-tune the bite with articulating paper. Follow-up checkups are scheduled at 1 month, 3 months, 6 months, and 1 year, and then recommended once or twice per year thereafter. To prevent peri-implantitis, it is best to receive professional cleaning (Scaling (Dental Cleaning)) every 3~6 months.

06 Dental Implant lifespan and proper care

How long do Dental Implants last?

An implant’s longevity is divided into two parts:

Fixture (artificial tooth root) — Semi-permanent. With proper care, can last 30 years or more. The first patient to receive an implant placed by Professor Brånemark in 1965 used it for 41 years.
Crown (upper restoration) — May need replacement every 10~20 years, depending on bite forces, materials, and maintenance.

Five factors that determine implant longevity

Oral hygiene — The most important factor. Peri-implantitis (gum disease around an implant) is the number one cause of reduced longevity.
Regular checkups — Professional cleaning and X-rays every 6 months~1 year
Smoking status — Smokers have 2~3 times the implant failure rate of non-smokers.
Overall systemic health — Factors include diabetes, osteoporosis, and use of immunosuppressants
Bite force — If you have Teeth Grinding (Bruxism) or clenching habits, a night guard is recommended.

Proper Dental Implant care

Daily care

Brush gently with a soft toothbrush at least 3 times a day
Clean around the Dental Implant with an interdental brush or Waterpik (regular floss may be unsuitable)
We recommend toothpaste made for Dental Implants (low-abrasive formula)

Routine maintenance

Visit the dentist every 3~6 months for professional cleaning
Take an X-ray every year to check bone condition
Check for Crown screw loosening, bite changes, etc.

Please avoid these

① Biting hard items with a Dental Implant (ice, hard candy, dried squid, etc.) ② Smoking after surgery ③ Skipping regular checkups ④ Leaving Teeth Grinding (Bruxism) untreated ⑤ Ignoring bleeding around the Dental Implant — these 5 are major culprits that can greatly shorten a Dental Implant’s lifespan.

07 Dental Implant side effects and causes of failure

Dental Implants have a 95~98% success rate, but as with any surgery, there are still risks. We explain potential side effects and causes of failure honestly.

Complications that can occur during or right after surgery

Complication	Incidence	Symptoms	Management
Inferior alveolar nerve injury	0.5~5%	Altered sensation or tingling in the lower lip and chin	Most recover within 3~6 months. Prevented with precise CT-based planning
Sinus membrane perforation	1~3%	Nasal discomfort, sinusitis	Addressed with a Sinus Lift and antibiotics
Excessive bleeding	Rare	Persistent bleeding at the surgical site	Apply pressure to stop bleeding; re-suture if needed
Postoperative infection	1~2%	Swelling, fever, pus	Antibiotics and drainage
Damage to adjacent tooth	Very rare	Contact with the neighboring tooth root	Preventable with precise CT-based planning

Long-term complications

Peri-implantitis

An inflammatory disease affecting the gums and bone around a Dental Implant, "implant gum disease"you could call it. It occurs in 5~15% of Dental Implants, and if left untreated, bone can resorb and you may lose the Dental Implant. The main causes are poor oral hygiene, smoking, diabetes, and skipping regular checkups.

Osseointegration failure

When the Dental Implant does not fuse with the bone and becomes mobile; incidence is 2~3%. It usually occurs within the first 3 months after placement. Causes include excessive early loading, infection, overheating, and patient systemic factors (smoking, uncontrolled diabetes), etc.

Prosthesis-related complications

Screw loosening — The abutment screw loosens, making the restoration wobble. Can be resolved by retightening.
Porcelain fracture — The porcelain layer of the crown cracks. Repair or replace.
Residual cement — Cement remains under the gums and causes inflammation. Can be prevented with a screw-retained design.

Key steps to reduce complications

① Choose an experienced specialist, ② CT-based precise surgical planning, ③ Aseptic surgery in a dedicated operating room, ④ Regular postoperative maintenance — Following these four steps can minimize the risk of complications.

08 Dental Implant: Korean NHIS and private indemnity insurance

Korean NHIS coverage (age 65+)

Since July 2014, dental implants have been covered by the Korean NHIS for citizens aged 65 and over.

Category	Coverage details
Eligibility	Korean NHIS enrollees aged 65 or older
Number	Up to 2per lifetime
Patient copay rate	General 30%, lower-income (second-lowest bracket) 20%, basic livelihood recipients 10%
Estimated cost	Per implant, about 300,000–500,000 KRW (approx. $220–$365) (patient copay)
Covered services	First-stage surgery (implant placement) + second-stage surgery (abutment) + prosthesis (crown)
Not covered	Bone Graft (GBR), Sinus Lift, extraction, CT scan, and other adjunctive procedures

Private medical indemnity insurance (silson private indemnity) coverage

Dental implants themselves are non-covered (out-of-pocket), so most indemnity plans do not reimburse them. However, certain covered items during the implant procedure(diagnosis, extractions, Gum (Periodontal) Treatment, etc.) may be claimable under indemnity insurance. Benefits vary by enrollment date and policy; please check your own policy.

Tax deduction

Dental implant costs are eligible for the year-end medical expense tax credit . You can receive a 15% tax credit on medical expenses exceeding 3% of your annual salary. Please keep your dental implant receipts.

09 Dental Implant vs Dental Bridge vs Denture: Comparison

An objective comparison of the three treatment options you can choose after tooth loss.

Criteria	Dental Implant	Dental Bridge	Denture
Cost (per tooth)	800,000–2,500,000 KRW (approx. $580–$1,825)	600,000–1,500,000 KRW (based on 3 units; approx. $438–$1,095)	300,000–1,000,000 KRW (partial denture; approx. $219–$730)
Expected lifespan	15–30 years+	7–15 years	5–10 years
Chewing function	80–90% of natural teeth	60–70% of natural teeth	20–40% of natural teeth
Impact on adjacent teeth	None	Requires reducing both adjacent teeth	None to slight
Prevents bone loss	Yes (the only method)	X	X
Esthetics	★★★★★	★★★★	★★~★★★
Treatment time	3–6 months	2–3 weeks	2–4 weeks
Surgery required	O	X	X
Maintenance difficulty	Moderate	High (flossing required)	High (cleaning required)

Which should I choose?

Dental Implant — recommended when: When adjacent teeth are healthy, when you want the most cost-effective option long term, when you want a natural-tooth chewing feel
Dental Bridge — recommended when: When you do not want surgery, when adjacent teeth already have crowns, when you want faster treatment
Denture — recommended when: When cost is the main consideration, when multiple teeth need to be replaced at once, when overall health issues make surgery difficult

10 Dental Implant guide for special cases

Dental Implants for patients with diabetes

Dental Implants are possible for patients with diabetes when blood sugar is well controlled. HbA1c 7% or less is the safety threshold; at 8% or higher, infection risk increases, so we coordinate medical management first. In patients with diabetes, osseointegration may take 1–2 months longer, and antibiotics before and after surgery are especially important.

Dental Implants for Patients with Osteoporosis

Most patients taking oral bisphosphonates (anti-resorptive agents) can still receive Dental Implants. However, if intravenous bisphosphonates are used, there is a risk of jaw osteonecrosis (MRONJ), so consultation with a specialist is required. If the duration is under 4 years, it is generally safe.

Dental Implants for Patients with Hypertension

If hypertension is stably controlled, Dental Implants are not a major problem. If blood pressure is 180/110mmHg or higher on the day of surgery, the procedure may be postponed. If you take anticoagulants (warfarin, aspirin, etc.), consult your physician to decide on any temporary interruption.

Dental Implants for Smokers

Smoking is a leading risk factor, increasing implant failure by 2–3 times. Nicotine constricts blood vessels, reducing blood flow at the surgical site and impeding osseointegration. We strongly recommend quitting at least 2 weeks before surgery and continuing through 8 weeks after. Long-term cessation greatly affects implant longevity.

When Bone Is Insufficient

Even with insufficient jawbone, Dental Implants are possible using a range of Bone Graft (GBR) techniques:

Autogenous bone graft — Harvests bone from another area of your own body. Best for new bone formation
Allograft/Xenograft bone graft — Uses human-derived or bovine-derived graft materials. Most common
Synthetic bone graft — Synthetic graft material. Minimizes infection risk
GBR (Guided Bone Regeneration) — Uses a barrier membrane to guide bone regrowth
Sinus Lift — When the upper molar area has thin bone, the sinus membrane is lifted and bone is grafted. Sinus Lift Details →

11 2026 Latest Dental Implant Technology

Navigation-Guided Implant

Like a car navigation system, this technology places implants while viewing a live 3D screen. By combining CT data with real-time position-tracking sensors, it enables placement within 0.5mm of the planned positionfor high-precision results. It greatly enhances safety in challenging cases close to nerves or blood vessels. Navigation-Guided Implant Details →

Digital Guided Surgery (Guided Surgery)

Based on CT data, we use a 3D-printed surgical guide (stent). Once the guide is seated in the mouth, the drill proceeds only along the preplanned position·angle·depth, enabling accurate placement.

Immediate Placement · Immediate Loading

This technique places the implant on the day of extraction (immediate placement) and fits a temporary tooth the same day (immediate loading). It greatly shortens treatment time and offers notable esthetic advantages in the front-tooth region. However, adequate bone condition and initial stability (35Ncm or more) are required. Immediate Implant Details →

Digital Intraoral Scan (iTero/TRIOS)

We 3D-scan the teeth and gums with an intraoral scanner instead of rubber-like impression material. This enables more precise restoration fabrication and reduces patient discomfort.

3D-Printed Custom Abutment

A custom abutment individually designed and fabricated to match the patient’s gum contour. It seals against the gingiva more closely than stock abutments, reducing bacterial leakage and improving esthetics.

12 How to Choose a Good Dental Implant Clinic

Because a Dental Implant is intended to last for decades once placed, choosing the right clinic is critical. Refer to the checklist below.

Essential Checks

Specialist Credentials — Confirm that an oral and maxillofacial surgeon, periodontist, or prosthodontist performs the surgery
CT (CBCT) on-site — The foundation for precise diagnosis and surgical planning. Avoid clinics that operate using only a panoramic X-ray without a CT.
Dedicated operating room — Performing surgery in a general treatment room increases infection risk. A dedicated operating room is essential.
Dental Implant brands used — Confirm that certified brands (Korean MFDS-approved) are used.
Warranty period — Be sure to get the free repeat surgery/repair warranty period in writing.
Transparent pricing — Whether all extra fees (Bone Graft (GBR), CT, anesthesia, etc.) are clearly disclosed in advance.

Additional considerations

Navigation, digital guides, etc. advanced equipment availability
In-house dental lab availability — affects restoration quality and turnaround time
Sedation for Dental Implant surgery (sedation) availability — for patients with severe surgical anxiety
Google, Naver, etc. real patient reviews check — prioritize reviews from the past year
Multidisciplinary team care availability — coordinated care among orthodontic, prosthodontic, and oral surgery specialists
Evening/Weekend appointments — an important factor for working adults

12+ Clinical evidence and research on Dental Implants

Dental Implants are among the most well-validated procedures in modern dentistry. Sixty years of clinical history and tens of thousands of scientific papers support their safety and effectiveness. Let’s review key data.

Long-term survival data

Follow-up period	Dental Implant survival rate	Dental Implant success rate	Source
5 years	95~98%	92~96%	Pjetursson et al. (2007)
10 years	92~95%	85~90%	Moraschini et al. (2015)
15 years	89~93%	80~85%	Buser et al. (2012)
20 years	85~90%	75~82%	Astrand et al. (2008)
30 years or more	80~87%	70~78%	Branemark first patient (41-year follow-up)

"Survival rate" refers to the percentage of implants not removed, while "success rate" is the percentage functioning normally without complications. The latter is a stricter standard.

Risk analysis by failure factors

Risk factors	Relative failure risk	Management strategy
Smoking (1 pack/day or more)	2.5~3x	No smoking from 2 weeks before to 8 weeks after surgery
Uncontrolled diabetes (HbA1c > 8%)	2~3x	Proceed with surgery after blood sugar is stabilized
Osteoporosis medication (intravenous bisphosphonates)	10x or more	Coordinate a drug holiday with your specialist
History of radiation therapy (head and neck)	3~5x	Reassess 6 months after treatment
Severe Teeth Grinding (Bruxism)	2~3x	Night guard required
History of periodontitis	2~3x	Gum (Periodontal) Treatment first + regular maintenance
Low bone density (D4 bone quality)	1.5~2x	Bone Graft (GBR) + surface-treated Dental Implant
Poor oral hygiene	2~4x	Oral hygiene instruction + regular checkups

Key conclusions from major academic studies

Cochrane Review (2014) — No statistically significant difference in 1-year survival between Immediate Implant and conventional Dental Implant. In appropriately selected cases, Immediate Implant is safe.
Esposito et al. (2007) — The timing of prosthetic loading (immediate vs delayed) has minimal impact on Dental Implant survival when adequate primary stability (35Ncm or greater) is achieved.
Albrektsson & Donos (2012) — Criteria for Dental Implant success: no pain or infection; no clinical mobility; annual bone loss ≤0.2mm.
Lang et al. (2012) — 5-year survival of Dental Implants with Bone Graft (GBR) is statistically equivalent to conventional Dental Implants (96.2% vs 96.7%).
Heitz-Mayfield (2008) — Peri-implantitis incidence: 4.1% with regular maintenance (professional cleaning every 3~6 months) vs 39.5% without — roughly a 10x difference.

South Korea Dental Implant Market Data (2026)

Annual Dental Implant procedures: about 2,800,000 cases (world’s highest per-capita rate)
Domestic Dental Implant brand market share: Osstem ~49%, Dentium 18%, MegaGen 9%, Neo 7%, imported brands 17%
Annual Dental Implants covered by Korean NHIS for ages 65+: about 650,000 cases
Average Dental Implant fee in South Korea (before insurance): about 1,390,000 KRW per implant — varies by clinic and type; exact cost will be provided after consultation
Dental clinics with implant clinicians: approx. 18,000 nationwide

12++ Dental Implant surgery safety and complication management

Dental implant surgery is safe, but because it is a surgical procedure, it’s important to understand and prepare for potential complications. Here we cover the main complications and how to prevent and manage them.

Intraoperative complications (immediate)

1. Inferior Alveolar Nerve Injury

A complication that can occur in about 1~5% of lower-jaw Dental Implant cases. Symptoms include numbness or reduced sensation of the lip/chin.

Prevention — Use CBCT to accurately locate the nerve canal, keep a safety distance of at least 2mm from the canal, and utilize Navigation-Guided Implant.
Management — Adjust the implant position immediately; vitamin B complex; most recover within 3~6 months (permanent nerve injury is under 0.5%).

2. Sinus Perforation

A complication in upper molar Dental Implant placement where the sinus membrane is perforated. Incidence is about 10~20%, but most cases are asymptomatic.

Prevention — Check residual bone height with CBCT; if 5mm or less, perform a Sinus Lift first.
Management — Small perforations heal naturally; larger ones are reinforced with a collagen membrane + Bone Graft (GBR).

3. Intraoperative bleeding

Significant bleeding can occur if palatal or lingual arteries are injured.

Prevention — Map vessel course with CBCT, apply pressure hemostasis, and for patients on anticoagulants, hold medication in advance.
Management — Gauze pressure (10~15 minutes), suturing, emergency care if needed

4. Injury to adjacent teeth

Can occur in about 0.5~1% if the root of an adjacent tooth is contacted during drilling.

Prevention — Digital guide, Navigation-Guided Implant, ensure adequate placement space (at least 1.5mm from the adjacent tooth)
Management — After nerve assessment, provide Root Canal Treatment or conservative care

Short-term postoperative complications (within 1 week)

1. Swelling and pain

A normal response seen in almost all patients. Lasts on average 3~5 days, with most recovering within 1 week.

Management: cold compresses (first 24 hours), prescribed pain medication, soft foods

2. Bleeding

A small amount of bleeding within 24 hours after surgery is normal. Persistent bleeding after 24 hours is not.

Management: bite on gauze for 30 minutes, keep your head elevated and rest, come to the clinic urgently if it continues beyond 24 hours

3. Infection

Incidence about 1~5%. Prompt response is important.

Symptoms: severe pain at the surgical site, increasing swelling, pus drainage, fever
Management: change/add antibiotics, incision and drainage, remove the implant if severe
Prevention: antibiotics before and after surgery, oral hygiene, avoid smoking

4. Suture loosening / wound dehiscence

Incidence about 2~5%. Early suture loss leading to wound opening.

Management: Visit immediately for re-suturing or conservative care
Prevention: Minimize irritation to the surgical area; soft foods

Long-term complications (3 months or more)

1. Failed osseointegration

The Dental Implant fails to integrate with bone and is mobile. Occurs in about 2~3%.

Causes: overheating, infection, early loading, smoking, diabetes, poor bone quality
Management: Dental Implant removal → heal for 2~3 months → re-insertion

2. Peri-implantitis

An inflammatory disease of the gums and bone around the Dental Implant. Occurs in about 10~20% after 10 years.

Symptoms: gum bleeding/swelling, bone loss, pus discharge, mobility
Treatment: non-surgical (Scaling (Dental Cleaning), antibiotics), surgical (regenerative surgery, resective surgery); if severe, Dental Implant removal
Prevention: Regular checkups every 3~6 months, daily oral hygiene, quit smoking

3. Prosthetic complications

Screw loosening — occurs in 5~15%; retightening resolves it
Screw fracture — 1~3%; screw replacement
Crown fracture / wear — 10~20% within 10 years; remake
Porcelain chipping — occurs with PFM crowns; polish or remake

Complication rates — differ by clinic

Even with the same Dental Implant, complication rates can vary greatly depending on the clinic’s systems and the clinicians’ experience.

Metrics	General dental clinic	Specialized Dental Implant center
1-year survival rate	About 95%	About 98~99%
5-year survival rate	About 90~93%	About 96~98%
Infection rate	About 5~10%	About 1~3%
Major complications	About 3~7%	About 0.5~2%
Use of CBCT	Only in some cases	100%
Navigation	Almost none	Used for complex, high-difficulty cases
Dedicated operating room	Only some	100%

Patient efforts to reduce complications

① Thorough pre-op evaluation (CBCT, blood tests), ② Honest medical history disclosure (diabetes, osteoporosis medications, smoking, etc.), ③ No smoking before and after surgery (minimum 2–8 weeks), ④ Strictly follow all post-op instructions, ⑤ Regular checkups (1 week/1 month/3 months/6 months/1 year after surgery, then annually).

12+++ In-depth guide to Bone Graft (GBR) and Sinus Lift

If you’ve been missing teeth for a long time or had severe Periodontitis, you may not have enough bone for Dental Implant placement. Here’s a detailed look at the Bone Graft (GBR) and Sinus Lift performed in these situations.

Why is Bone Graft (GBR) needed?

During the first year after tooth extraction, the alveolar bone resorbs by about 25% horizontally and about 4mm vertically (Schropp et al., 2003). After 5 years post-extraction, on average more than 50% bone resorption occurs. For Dental Implant placement, at least 10mm of bone height and 6mm of bone width are required; if bone is insufficient, a Bone Graft (GBR) is essential.

Types of bone graft materials

Type	Source	Advantages	Disadvantages	Cost
Autograft (autogenous bone)	Your own bone (jaw, pelvis)	Best biocompatibility; osteoconductive	Requires a second surgical site	300,000–800,000 KRW (approx. $220–$580)
Allograft	Processed human cadaver bone	Ample supply; no second surgical site	Rare immune reaction	200,000–500,000 KRW (approx. $146–$365)
Xenograft	Processed bovine/equine bone (e.g., Bio-Oss)	Most widely used; extensive clinical evidence	Very slow resorption	200,000–500,000 KRW (approx. $146–$365)
Alloplast (synthetic)	Synthetic (HA, β-TCP)	Infection risk 0; ethical	Lower osteoconductivity	150,000–400,000 KRW (approx. $110–$292)

Differences among bone grafting methods

1. Simultaneous Bone Graft (GBR)

The bone graft (GBR) is performed at the same time as dental implant placement. Applied when the bone deficit is about 1–3 mm. Because it can be completed in one procedure without additional surgery, the patient burden is lower.

2. Staged Bone Graft (GBR)

Bone grafting (GBR) is performed first, and the dental implant is placed 4–6 months later. Applied when the deficit is 3 mm or more. Because the implant is placed after stable bone forms, the success rate is higher.

3. Guided Bone Regeneration (GBR)

A technique in which the bone graft (GBR) material is covered with a collagen membrane to block ingrowth of other tissues and guide bone formation. This is a core technique in modern bone grafting.

4. Block Bone Graft (GBR)

A block of bone is harvested from the side of the jaw or the palate and grafted to the defect. Applied to large defects. Dental implant placement after 6 months of healing.

Sinus Lift — specialized procedure for upper molars

In the upper molar area, the maxillary sinus (air space next to the nose) often leaves the bone thin. If the residual bone is 5 mm or less, a sinus lift is needed, elevating the sinus membrane and placing a bone graft beneath it.

Two sinus lift methods

Method	Indications	Approach	Recovery	Cost
Lateral Window Approach	Residual bone 5 mm or less	Gum incision beside the tooth → create a window in the lateral bone wall	1–2 weeks of swelling; 4–6 months of healing	500,000–1,500,000 KRW (approx. $365–$1,090)
Crestal (Summers) Approach	Residual bone 5–8 mm	Elevate the sinus membrane at the implant site	About 1 week; implant can be placed at the same time	300,000–800,000 KRW (approx. $220–$580)

Success rate of sinus lift

Modern sinus lift procedures have a very high success rate of 95–98%. Potential complications include: 1) membrane perforation (10–20%, most heal spontaneously), 2) bleeding (3–5%), 3) sinusitis (1–2%), 4) implant failure (under 5%).

Bone grafting is not something to fear

Bone grafts (GBR) and sinus lifts are safe, routine procedures in modern dentistry. Sixty years of clinical use and abundant data support their safety. By reinforcing areas with insufficient bone, patients who previously could not receive dental implants can now undergo successful treatment. Do not be afraid—consult a specialist.

12++++ Digital Implant Workflow

Since the 2010s, dental implants have undergone a digital revolution. As every step from diagnosis to prosthetics has gone digital, precision has improved dramatically.

Digital vs. Conventional Implants

Step	Conventional	Digital
Diagnosis	Panoramic + standard X-ray	CBCT 3D imaging
Treatment planning	In the clinician's head / 2D simulation	3D Dental Implant planning software (NobelClinician, Implant Studio)
Impression taking	Impression material (rubber) → plaster model	Intraoral scanner (iTero, Trios, etc.) → digital model
Surgical guide	None (dependent on clinician's skill)	Precision 3D-printed guide
Surgical precision	Error 1~3mm	Error 0.3~0.5mm
Prosthesis fabrication	Handcrafted by a dental technician	CAD/CAM milling / 3D printing
Fabrication time	1~3 weeks	Same day~3 days
Patient information sharing	Limited	3D visualization improves patient understanding

Precision of Navigation-Guided Implant

Navigation-Guided Implant uses real-time 3D tracking to precisely guide Dental Implant placement during surgery. The positional error is as follows.

Conventional (Freehand): Average positional error 1.5~2.0mm; angular error 5~10 degrees
Static guide (Static Guide): Average positional error 0.7~1.0mm; angular error 2~4 degrees
Navigation (Dynamic Navigation): Average positional error 0.3~0.5mm; angular error 1~2 degrees

These precision differences directly reduce the risk of nerve or vessel injury, improve prosthetic fit, and shorten surgery time.Navigation-Guided Implant details →

Same-day Dental Implant (Same-day Implant)

Thanks to advances in digital technology, "Same-day Dental Implant"—completing diagnosis→surgery→prosthetics in one day—is now possible.

Morning: CBCT diagnosis → digital simulation → 3D-printed guide fabrication
Afternoon: Dental Implant placement → digital scan → CAD/CAM prosthesis fabrication → delivery

However, Same-day Dental Implant requires: ① good bone quality (D1~D2), ② single tooth, ③ primary stability 35Ncm or greater, ④ sufficient remaining bone.Same-day Dental Implant details →

The future of AI-based diagnosis

From 2025 onward, AI-based Dental Implant diagnosis is being adopted rapidly.

AI Imaging Analysis — automatically measures nerve canals, blood vessels, and bone density on CBCT
AI Placement Recommendation — automatically suggests the optimal Dental Implant position, angle, and size for each patient
AI Simulation — predicts bone changes at 5 and 10 years
AI Prosthetic Design — automatically designs the most natural shape to match natural teeth

Seoul BD Dental actively adopts these digital and AI technologies in everyday care to deliver safer, more precise Dental Implant treatment.

13 Top 30 Dental Implant FAQs

Does Dental Implant surgery hurt?

Because it’s done under local anesthesia, there is little to no pain during the procedure. Mild pain and swelling can occur for 1~3 days afterward, but prescribed pain relievers (e.g., ibuprofen) usually control it well. Most patients say it hurts less than a Wisdom Tooth extraction. If you choose sedation dentistry for the implant procedure, you’ll be comfortable enough that you likely won’t remember the surgery.

How long does Dental Implant treatment take?

Typically 3~6 months. Extraction → healing (4~8 weeks) → placement surgery (20~40 minutes) → osseointegration (lower jaw 2~3 months, upper jaw 4~6 months) → prosthesis fabrication and placement (1~2 weeks). With an Immediate Implant, extraction + placement can be done the same day to shorten the timeline. If a Bone Graft (GBR) is needed, add 2~3 more months.

Can I eat right after Dental Implant surgery?

On the day of surgery, once the numbness wears off you may eat lukewarm, soft foods such as porridge or soup, chewing on the opposite side. For 1 week, avoid chewing on the surgical side and avoid hot or spicy foods. Regular foods are usually fine after 2~4 weeks, and hard foods after the final prosthesis is placed.

At what age can you get a Dental Implant?

After jawbone growth is complete. Generally, males 18~20 years and females 16~18 years. Placing an implant during the growth period is risky because bone growth can bury the implant. There is no upper age limit—if your general health allows, it’s possible even in your 80s or 90s.

What if a Dental Implant fails?

We remove the failed implant, then re-place it after 2~3 months of bone healing. If the bone defect is large, a Bone Graft (GBR) may be done first. Many clinics offer free re-surgery if failure occurs within the warranty period. The success rate of re-placement is similar to the first surgery (90~95%).

Is an MRI safe with a Dental Implant?

Yes. Implants are made of titanium and are safe for MRI. Titanium is non-magnetic, so it doesn’t react to magnetic fields. However, metal artifacts may appear on the MRI, which can obscure tissues around the implant. Just let the imaging center know in advance that you have an implant.

Will a Dental Implant set off airport metal detectors?

No. The amount of titanium used in dental implants is very small (weighing about 3~5g), so it won’t trigger airport metal detectors. You can travel internationally with confidence.

What’s the difference between front-tooth and molar Dental Implants?

For front teeth (anterior), esthetics matter most. To harmonize with the gum line and adjacent teeth, we use customized Zirconia abutments and all-ceramic/Zirconia Crowns, and the cost is 20~30% higher. For molars (posterior), chewing force is key, so we use high-strength Zirconia or gold Crowns.

Why is smoking discouraged with Dental Implants?

Nicotine in cigarette smoke constricts gum blood vessels and reduces blood flow. Reduced blood flow lowers oxygen and nutrient delivery, impairing osseointegration and wound healing. Implant failure rates in smokers are 2~3 times higher, and the risk of peri-implantitis is 3~6 times higher. We strongly recommend quitting at least 2 weeks before and for 8 weeks after surgery.

Can I get a Dental Implant if I have Teeth Grinding (Bruxism)?

Yes, but extra protection is needed. Excessive bite forces from bruxism can cause Crown fractures, screw loosening, and bone loss. You must wear a night guard (bruxism appliance) during sleep, and we recommend a high-strength Zirconia restoration.

Can I drive on the day of my Dental Implant surgery?

If only local anesthesia is used, you may drive, though we recommend having an escort for safety. If you had sedation dentistry (conscious sedation), a guardian must drive you, and please avoid important work or exercise that day.

Will I have a temporary tooth during Dental Implant treatment?

In the front-tooth area, for esthetics, a temporary tooth (provisional) is often worn during the osseointegration period. Options include a removable type (bonded to neighboring teeth) or a fixed type (attached directly to the implant). The fee is typically 50,000~150,000 KRW (approx. $37~$110). For molars, many patients get by without a temporary tooth by chewing on the other side during healing.

Can multiple Dental Implants be placed at once?

Yes. If your general health is good, placing 2~4 at one time is common. Doing several at once means anesthesia and the surgical process happen only once, which is efficient. Because the surgical area is larger, swelling and recovery can be a bit longer.

When do Dental Implants need to be removed?

① Severe peri-implantitis with progressive bone loss; ② lack of osseointegration causing implant mobility; ③ fracture of the implant fixture (very rare); ④ placement in the wrong position causing functional problems.

Do Dental Implants feel like natural teeth?

They feel very similar, but not identical. Natural teeth have a periodontal ligament (PDL) that senses subtle pressure, while implants are fixed directly to bone, so there is a slight difference in sensation. Most patients adapt over time and can hardly tell the difference from natural teeth.

Is there a difference between upper-jaw and lower-jaw Dental Implants?

Yes. The lower jaw (mandible) has denser, harder bone, so osseointegration is faster (2~3 months) with a higher success rate. The upper jaw (maxilla) has relatively softer bone and a maxillary sinus (air space next to the nose), so osseointegration takes 4~6 months; if bone is insufficient, a Sinus Lift may be needed.

Is Orthodontic treatment possible after getting a Dental Implant?

A Dental Implant is fixed to the bone and cannot be moved with orthodontic force. Therefore, if Orthodontics are needed, complete the Orthodontic treatment first and then place the Dental Implant. Conversely, if you already have an implant, you can still straighten the remaining teeth. An implant can even be used as orthodontic anchorage (anchor).

When can I start exercising after Dental Implant surgery?

Light walking is fine from the day after surgery. Moderate exercise such as jogging or gym workouts is okay after 1 week, and swimming or sauna after 2 weeks. Strenuous sports (soccer, martial arts, etc.) are okay after 4 weeks or more. Because a rise in blood pressure during exercise can cause bleeding at the surgical site, increase your intensity gradually.

Why does the gum around a Dental Implant look dark?

What looks like dark gum around an implant is usually the color of the titanium abutment showing through thin gum tissue. This is more common in the front-tooth area when the gum is thin. Switching to a Zirconia abutment can solve the issue, and a gum graft to thicken the tissue is another option.

Can a Dental Implant get a Cavity?

No. An implant Crown is made of artificial materials and does not decay. However, bacteria can accumulate on the gums around the implant and cause gum disease (peri-implantitis). Just as you prevent Cavities in natural teeth, gum health care is essential for implants too.

Can a Dental Implant come loose or fall out?

It’s very rare, but possible. It can occur with failed early osseointegration (within the first 3 months), severe long-term peri-implantitis, or excessive external force (e.g., trauma). Modern implants have a 10-year survival rate of 95% or higher, and regular checkups plus proper maintenance minimize these risks.

Does food easily get stuck between a Dental Implant and a natural tooth?

When we make the prosthesis, we precisely set the contact with the adjacent tooth, so food generally does not get trapped. Over time, however, the neighboring natural tooth can move slightly and create a gap. In that case, it can be resolved by remaking the prosthesis or with a Composite Resin restoration.

Do I need to stop any medications before Dental Implant surgery?

It depends on what you take. Anticoagulants (warfarin, Eliquis, etc.) may need to be stopped 3~7 days before surgery in consultation with your physician. Aspirin is usually continued. For osteoporosis medicines (bisphosphonates), the plan depends on how long you’ve been taking them. Be sure to tell your dental team about all medications you currently take.

Is it okay to drink alcohol after Dental Implant surgery?

Avoid alcohol for at least 1 week after surgery. Alcohol dilates blood vessels and increases bleeding risk, can interact with antibiotics and reduce their effect, and can lower immunity and raise infection risk. If possible, avoid drinking until the Crown is placed.

Has the safety of Dental Implant materials been verified?

Yes. The titanium used for implants (Grade 4, Ti-6Al-4V) has been used for over 50 years in multiple medical fields—including orthopedics (artificial joints) and cardiac surgery (artificial valves)—and is one of the safest, most biocompatible metals. Allergic reactions are extremely rare (under 0.01%). If a metal allergy is suspected, a Zirconia Implant can be used as an alternative.

What if a Dental Implant reaches the end of its lifespan?

The implant fixture itself is semi-permanent, but the upper prosthesis (Crown) may need replacement after 10~20 years. Crown replacement is relatively straightforward: without placing a new implant, we simply fabricate and attach a new upper prosthesis. If the fixture itself has a problem, we remove it and perform re-implantation.

I have severe dental anxiety—can I still get a Dental Implant?

Yes. With Sedation Dentistry (conscious IV sedation), you can be comfortable enough to remember little of the procedure. A sedative is administered through an IV, and an anesthesiologist monitors your vital signs throughout surgery. You typically regain normal consciousness within 30 minutes~1 hour. Sedation Dentistry for Implants — Details →

Can other teeth hurt after a Dental Implant?

Occasionally. Because a Dental Implant loads differently than a natural tooth, you may feel slight discomfort in nearby teeth at first. Bite adjustment (fine-tuning the height) usually resolves it, and you adapt within 1~2 weeks. If pain persists, we’ll recheck your bite.

What is the “no-prep implant” I saw online?

The term “no-prep implant” isn’t accurate. It usually refers to a Flapless Implant, which places the implant through a small punch hole without cutting the gum. The bone-drilling steps are the same, so it doesn’t mean “no bone removal.” The main advantage is minimizing the incision to reduce pain and swelling. Flapless Implant — Details →

What is a Zirconia Implant (metal-free)?

It’s an implant made from Zirconia (ceramic) instead of titanium. It’s an alternative for patients with metal allergies or those who want a completely metal-free option. Esthetics are excellent and plaque adheres less, but there is less clinical data than for titanium and the cost is higher. Currently it is used selectively.

What are smart ways to save on Dental Implant costs?

① If you’re 65 or older, use the two implants covered by Korean NHIS first; ② domestic implants (Osstem, Dentium (Dentium), etc.) perform very well; ③ use Korea’s year-end medical expense tax deduction; ④ take advantage of clinic promotions or interest-free credit card installments; ⑤ placing multiple implants at once can reduce the number of surgeries. Still, don’t choose on price alone—compare quality of care and warranty terms as well.

5 things to remember when choosing a Dental Implant

A detailed CT evaluation comes first — Safe placement isn’t possible without assessing bone volume, nerve location, and the maxillary sinus.
The experience of the surgical team — Check the cumulative number of Dental Implant cases and whether they hold specialist credentials.
Fixture brand ≠ success rate — Placement position, bone quality, and your dentist’s skill matter far more than the brand.
Warranty terms and aftercare — Before treatment, confirm the fixture warranty, prosthetic warranty, and routine checkup policy.
Don’t decide based on price alone — Request an all-inclusive estimate and ask whether diagnosis, Bone Graft (GBR), and prosthetic materials are billed separately.

Helpful companion guides

Seoul BD Dental Medical Team

This guide was co-authored and peer-reviewed by 14 specialists who graduated from Seoul National University College of Dentistry. It is based on the clinical experience of specialists in Dental Implant, Prosthodontics, Oral and Maxillofacial Surgery, and Periodontics, together with the latest scholarly evidence, and is updated regularly.

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