Direct answer
Yes. A ceramic dental implant can be removed. A mobile or nonintegrated implant may come out with limited force. A firmly integrated zirconia implant may require reverse torque if the system and implant condition permit, or bone-cutting techniques such as a trephine, bur, or piezosurgery. The procedure should be planned to preserve bone and protect nerves, sinus, adjacent roots, and soft tissue.
Key takeaways
- “Permanent” means designed for long-term function, not impossible to explant.
- Removal difficulty depends more on integration, position, fracture, diameter, and surrounding anatomy than on the word ceramic alone.
- One-piece implants may offer coronal access for engagement, but fracture or extensive preparation can complicate torque removal.
- Trephines and burs remove surrounding bone and may create a larger defect than reverse torque.
- The replacement and grafting plan should be considered before the implant is removed.
Evidence and decision snapshot
| Question | Established role | Possible value | Important limitation |
|---|---|---|---|
| Nonintegrated or mobile implant | Little bone attachment is present. | Often removed with relatively low torque and limited bone loss. | Infection and defect anatomy still require debridement and planning. |
| Integrated intact implant | The fixture is rigidly bonded to bone. | Reverse torque may preserve bone if the implant can be safely engaged. | Ceramic may fracture if force and engagement are unfavorable. |
| Fractured zirconia implant | A segment may remain embedded in bone. | Trephine, bur, or piezosurgery can retrieve the fragment. | Removal can sacrifice bone and approach vital anatomy. |
| Malpositioned recent implant | Integration may be incomplete. | Early removal can prevent a long-term restorative or anatomic problem. | Delay can make removal more invasive. |
Why a ceramic implant might be removed
Indications include failure to osseointegrate, progressive peri-implantitis, fracture, severe malposition, nerve compression, sinus displacement, inability to restore the implant, recurrent infection, or a carefully investigated suspected material-related reaction. Removal should follow diagnosis; nonspecific symptoms alone do not prove that the implant is the cause.
The restorative value of the implant is considered alongside the biologic problem. A healthy integrated implant should not be removed merely because a crown chipped or a replaceable component loosened. Conversely, repeated attempts to save a mobile, fractured, or untreatable fixture can increase bone loss.
Preoperative planning
The clinician identifies the manufacturer, one-piece or two-piece design, diameter, length, surface, connection, and any prior preparation. Periapical images show crestal bone and adjacent structures; CBCT may be needed for facial-lingual anatomy, nerve or sinus proximity, fracture extent, and planned grafting.
The team should decide whether the goal is immediate replacement, simultaneous grafting, ridge preservation, or uncomplicated healing. A temporary tooth or prosthesis should be planned before removal, especially in the esthetic zone or full-arch treatment.
Reverse torque removal
Reverse torque uses a removal device to rotate the implant counter to its insertion direction and break the bone interface. Systematic reviews of mixed implant populations report high success and less bone loss than circumferential cutting when the technique works. The implant must be accessible and structurally able to transmit torque.
Zirconia requires caution because ceramic can fracture rather than deform. A heavily prepared one-piece abutment, preexisting crack, small diameter, or damaged coronal portion may not tolerate removal torque. Dedicated system instruments and controlled force are preferable to improvised engagement.
Trephines, burs, and piezosurgery
A trephine is a hollow drill that cuts a ring of bone around the implant. It is useful when reverse torque fails or a fragment remains, but the trephine diameter must exceed the implant and therefore removes bone. Burs can create a trough around selected surfaces. Piezosurgery may improve precision near delicate anatomy but still removes bone and requires time and irrigation.
The surgeon balances bone preservation against the risk of leaving a fragment or injuring adjacent structures. In some fractured apical fragments that are asymptomatic and distant from infection, a specialist may consider whether removal morbidity exceeds benefit, but retained ceramic fragments are a case-specific decision and should not be normalized.
Healing, grafting, and replacement
After explantation, granulation tissue and the defect are evaluated. A clean contained site may receive a graft or, in selected cases, an immediate replacement implant in a new position with primary stability. Infection, large fenestration, nerve symptoms, severe bone loss, or uncertainty usually favors staged healing.
Removal does not commit the patient to another implant. The revised plan can include a bridge, removable prosthesis, leaving the space, or later ceramic or titanium replacement. The reason for removal should determine what must change before another fixture is placed.
Frequently asked questions
Is removing a ceramic implant more painful than removing titanium?
Pain depends on surgical extent and anatomy. A nonintegrated implant may be simple; a deeply integrated or fractured fixture may require more bone removal regardless of material.
Can reverse torque break a zirconia implant?
Yes, fracture is possible, especially if the implant is damaged, narrow, heavily prepared, or poorly engaged. The technique must be selected carefully.
Can a ceramic implant be removed without a bone graft?
Sometimes. Small defects may heal without grafting, while larger or esthetic defects may benefit from ridge preservation or staged reconstruction.
Can another implant be placed the same day?
In selected clean sites with adequate bone and a corrected restorative position, yes. Many cases are safer as staged treatment.
Will removing the implant fix unexplained symptoms?
It may resolve symptoms that are clearly caused by infection, compression, fracture, or local inflammation. Resolution of nonspecific systemic symptoms cannot be guaranteed.
Questions to discuss with your implant team
- Why is removal recommended and what evidence links the implant to the problem?
- Is the implant integrated, fractured, malpositioned, or infected?
- Which removal technique is expected to preserve the most bone safely?
- What nerve, sinus, root, or soft-tissue risks are present?
- What graft, temporary tooth, and future replacement plan will follow?
What this means for patients
Ceramic implants can be removed. The least invasive method depends on whether the fixture is mobile, integrated, fractured, or malpositioned. Removal planning should protect bone and anatomy and should include the temporary and long-term replacement strategy.
Selected references
- Roy M, Loutan L, Garavaglia G, Hashim D. Removal of osseointegrated dental implants: a systematic review of explantation techniques. Clin Oral Investig. 2020;24(1):47-60. doi:10.1007/s00784-019-03127-0.
- Anitua E, Orive G. A new approach for atraumatic implant explantation and immediate implant installation. Oral Surg Oral Med Oral Pathol Oral Radiol. 2012;113(3):e19-e25.
- Froum S, Yamanaka T, Cho SC, Kelly R, St James S, Elian N. Techniques to remove a failed integrated implant. Compend Contin Educ Dent. 2011;32(7):22-26, 28-30.
- Stajcic Z, Stojcev Stajcic L, Kalanovic M, Dinic A, Divekar N, Rodic M. Removal of dental implants: review of five different techniques. Int J Oral Maxillofac Surg. 2016;45(5):641-648. doi:10.1016/j.ijom.2015.11.003.
- Attard L, Lee V, Le J, et al. Mechanical Factors Implicated in Zirconia Implant Fracture Placed within the Anterior Region: A Systematic Review. Dent J. 2022;10(2):22. doi:10.3390/dj10020022.
- Pachiou A, Delgado-Ruiz R, Schnurr E, et al. ZrO Summit 2025, Group 1. Int J Oral Maxillofac Implants. 2026. doi:10.11607/jomi.11788.