NiTi Brush

PERI-IMPLANTITIS · IMPLANT DECONTAMINATION · HANS KOREA

NiTi Brush

Rotating nickel-titanium brush for mechanical debridement of contaminated implant surfaces in peri-implantitis – in four models for different defect situations.

BRISTLES

Nickel-titanium

Shape-memory alloy

SPEED

600–1,200 rpm

Implant motor, 20:1 handpiece

COOLING

Sterile saline

Continuous external irrigation

USE

Single use

Supplied non-sterile

MODELS

4 brush shapes

Nano · Pocket · Short · Omega

CLINICALLY DOCUMENTED

Extensive scientific literature

According to the manufacturer, the NiTi Brush is explicitly named in 34 publications. They come from 141 investigators at 59 institutions in 20 countries and cover more than 1,088 treated implants with follow-up periods of approximately 6 to 120 months. The brush also serves as the mechanical reference method in multicentre randomised trials.

NITI BRUSH

Available models

NiTi Brush · Overview by brush shape and area of use.

Model	Brush shape	Area of use
Nano	Bundled, pointed bristles	1–2 exposed threads, early peri-implantitis, targeted work
Pocket	Open brush head	More than 2 exposed threads – standard model for most cases
Pocket Short	Like Pocket, shorter shank	Molar region and limited mouth opening
Omega	Wide, splayed head that wraps around the thread	Deep, extensive defects

Available individually or as a set of 4 – the set can be mixed individually. Please state the desired models in the order note.

WORKING PRINCIPLE

What makes the NiTi Brush special?

In peri-implantitis, parts of the implant surface are exposed and covered with biofilm, granulation tissue and calculus. This surface must be thoroughly cleaned before regenerative therapy.

The flexible nickel-titanium bristles adapt to the thread and also clean inside the thread grooves without altering the implant geometry. The surface is returned to a machined finish. A visible colour change to a bright, metallic surface indicates the end point of cleaning.

APPLICATION

Treatment procedure

Diagnosis and access: flap elevation and exposure of the defect
Brush selection: choose the model according to the number of exposed threads and the defect shape
Sterilisation: autoclave in a sterilisation pouch at 134 °C for at least 15 minutes
Debridement: 600–1,200 rpm with continuous external saline irrigation; approx. 2–3 minutes per implant reported in the literature
Chemical decontamination: optional, to remove residual biofilm (e.g. with HYBENX)
Regeneration: followed by guided bone regeneration (GBR)

FOR CLINICIANS

Indications & notes

Debridement and decontamination of the implant surface in peri-implantitis
Surgically treated defects with flap access
Cases in which the implant is to be retained, e.g. under fixed bridges
Only with an implant motor and 20:1 handpiece – not with a turbine or high-speed handpiece
Contraindicated in patients with known titanium or nickel allergy
For single use only

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NiTi Brush

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