Many middle-aged and older adults want dental implants after losing teeth, but during a health check-up they discover that their blood pressure, blood glucose, and blood lipids are elevated. They then worry: “Can I still get dental implants?” From a medical perspective, the “three highs” are not an absolute contraindication to dental implants, but they do mean that surgery requires more careful evaluation, a more stable systemic condition, and a more refined implant plan.

I. Why Do the “Three Highs” Affect Dental Implantation?

The “three highs” usually refer to hypertension, hyperglycemia, and hyperlipidemia. Their impact on dental implants mainly involves three aspects:

Hypertension: If blood pressure is not well controlled, blood pressure fluctuations and increased bleeding risk may occur during surgery.

Hyperglycemia: Long-term elevated blood glucose can impair wound healing, increase infection risk, and may affect the integration between the implant and alveolar bone.

Hyperlipidemia / arteriosclerosis: May affect local blood supply and healing capacity.

Therefore, for patients with the three highs, the key is not a simple “yes” or “no,” but whether systemic parameters are stable, medications are appropriate, oral conditions are suitable, and the implant plan is well-designed.

II. The Core of Successful Dental Implants: Osseointegration

A dental implant is not simply a “screw” twisted into bone. To become an “artificial tooth root,” it must achieve stable osseointegration with the alveolar bone. The better the osseointegration, the more stable the implant and the higher the long-term success rate.

Because healing capacity may be reduced in patients with the three highs, dentists pay closer attention to implant surface treatment, material strength, and structural design to create better conditions for osseointegration.

III. Why Is Hydrophilic Surface Treatment Drawing Attention?

After an implant is placed into the alveolar bone, the first thing it contacts is blood. If the implant surface is hydrophilic, blood spreads more readily across the surface, promoting protein adsorption and osteoblast attachment, thereby enhancing osseointegration.

The Arsiokr® ultra-clean hydrophilic dental implant uses HC-SLA ultra-clean hydrophilic surface treatment technology. Through a special post-processing rinsing process, it removes chemical residues that may remain from the manufacturing process, giving the surface excellent hydrophilic properties.

From a technical perspective, this ultra-clean hydrophilic property helps accelerate and enhance osseointegration and, to a certain extent, reduce immune rejection, providing more options for patients with the three highs and underlying diseases.

It should be emphasized that this does not mean patients with the three highs can undergo implantation without proper evaluation. Rather, it offers a technical pathway more favorable to osseointegration, provided that systemic parameters are stably controlled and the patient has passed the dentist’s evaluation.

IV. Implant Design Also Affects Stability and Safety

In addition to surface treatment, the material and structure of the implant are also critical. Arsiokr® has several design features:

Grade 4 cold-worked titanium: tensile strength reaches 1012 MPa, and wall thickness is increased by 11%, reducing the risk of implant fracture.

Stable double-thread design: allows smoother and more stable insertion, provides stronger primary stability, and is suitable for immediate implant placement and implantation in dense bone.

Safety flat-rounded apex: reduces the risk of nerve injury and perforation during surgery.

Tapered body mimicking a natural tooth root: requires less implant space, minimizes damage to adjacent teeth/roots, preserves more autogenous bone, and causes less trauma.

Natural-tooth-like neck contour and trapezoidal threads: increase contact surface area, inhibit bacterial growth in the oral cavity, and reduce the incidence of peri-implantitis; they also help reduce bone resorption and increase abutment stability.

11-degree tapered internal hex connection and platform-switching design: help establish biological width and reduce marginal alveolar bone resorption.

Together, these design features make the implantation process more minimally invasive and comfortable, while also supporting long-term stability.

V. Before Dental Implantation, Patients with the Three Highs Are Advised to Make These Preparations

Medical consultation: Ask cardiologists, endocrinologists, and other specialists to evaluate control of blood pressure, blood glucose, and blood lipids.

Medications: Especially anticoagulants, antiplatelet drugs, and glucose-lowering drugs; a physician should determine whether adjustments are needed.

Control periodontal inflammation: Periodontitis increases the risk of implant infection and should be actively treated before surgery.

Quit or control smoking: Smoking affects wound healing and osseointegration.

Choose a qualified institution: Have an experienced implant dentist perform imaging examinations and treatment planning.

Postoperative maintenance: Attend follow-up visits on time, maintain oral hygiene, and keep systemic parameters under control.

VI. Conclusion

Having missing teeth along with the “three highs” does not mean that dental implantation is absolutely impossible. The key lies in whether systemic parameters are stable, oral conditions are suitable, the implant plan is well-designed, and postoperative maintenance is adequate.With the development of implant technology, designs such as ultra-clean hydrophilic surfaces, reinforced structures, and platform switching are providing more support for complex oral conditions.