0 0,25
0 0,25
0 0,25
A : Titanium B : Stainless-steel A : Titanium B : Stainless-steel
C : Plastic C : Plastic A : Titanium B : Stainless-steel
D : Cavitron D : Cavitron A : Titanium B : Stainless-steel C : Plastic C : Plastic
IMPLANT CARE SOLUTION TITANIUM IMPLANT SCALERS | 3 E : Densonic E : Densonic D : Cavitron E : Densonic D : Cavitron E : Densonic C : Plastic D : Cavitron E : Densonic
Average work traces and substance removal (µm) on implants and abutments after treatment with different instruments. Average work traces and substance removal (µm) on implants and abutments after treatment with different instruments.
Average work traces and substance removal (µm) on implants and abutments after treatment with different instruments. Average work traces and substance removal (µm) on implants and abutments after treatment with different instruments.
Average work traces and substance removal (µm) on implants and abutments after treatment with different instruments.
Control: untreated implant surface Control : untreated implant surface Control : untreated implant surface
Control : untreated implant surface Control : untreated implant surface
Control : untreated implant surface
A : Implant surface treated with Titanium curette : Implant surface treated with Titanium curette
A: Implant surface treated with Titanium curette A : Implant surface treated with Titanium curette : Implant surface treated with Titanium curette
A : Implant surface treated with Titanium curette
B : Implant surface treated with stainless-steel curette : Implant surface treated with stainless-steel curette
B: Implant surface treated with stainless-steel curette B : Implant surface treated with stainless-steel curette : Implant surface treated with stainless-steel curette
B : Implant surface treated with stainless-steel curette
C: Implant surface treated with plastic curette C : Implant surface treated with plastic curette : Implant surface treated with plastic curette
C : Implant surface treated with plastic curette : Implant surface treated with plastic curette
C : Implant surface treated with plastic curette
D : Implant surface treated with Cavitron ultrasonic scaler with universal insert. : Implant surface treated with Cavitron ultrasonic scaler with universal insert.
D: Implant surface treated with Cavitron ultrasonic scaler with universal insert. D : Implant surface treated with Cavitron ultrasonic scaler with universal insert. : Implant surface treated with Cavitron ultrasonic scaler with universal insert.
D : Implant surface treated with Cavitron ultrasonic scaler with universal insert.
E : Implant surface treated with Densonic sonic scaler with universal tip. : Implant surface treated with Densonic sonic scaler with universal tip.
E : Implant surface treated with Densonic sonic scaler with universal tip. : Implant surface treated with Densonic sonic scaler with universal tip.
E: Implant surface treated with Densonic sonic scaler with universal tip. E : Implant surface treated with Densonic sonic scaler with universal tip.
BENEFITS OF THE TITANIUM IMPLANT SCALERS
BENEFITS OF THE TITANIUM IMPLANT SCALERS
BENEFITS OF THE TITANIUM IMPLANT SCALERS
BENEFIT OF THE TITANIUM IMPLANT SCALERS ffi cient removal of the bacterial deposits [11] [13].
E ffi cient removal of the bacterial deposits [11] [13]. Gentle on titanium implant surfaces. Unlike plastic scalers, titanium scalers don’t leave contaminants on the treated implant surface [8]. ffi cient removal of the bacterial deposits [11] [13]. Gentle on titanium implant surfaces. contaminants on the treated implant surface [8]. • Efficient removal of the bacterial deposits [11] [13] . • Gentle on titanium implant surfaces. • Unlike plastic scalers, titanium scalers don’t leave contaminants on the treated implant surface [8] .
E ffi cient removal of the bacterial deposits [11] [13]. Gentle on titanium implant surfaces. Unlike plastic scalers, titanium scalers don’t leave contaminants on the treated implant surface [8].
E ffi cient removal of the bacterial deposits [11] [13]. Gentle on titanium implant surfaces. Unlike plastic scalers, titanium scalers don’t leave contaminants on the treated implant surface [8].
To avoid alteration or scratching of the implant’s surface, the practitioner To avoid alteration or scratching of the implant’s surface, the practitioner
To avoid alteration or scratching of the implant’s surface, the practitioner should use very light pressure, approximately 30 grams, during maintenance scaling procedures. To avoid alteration or scratching of the implant’s surface, the practitioner
To avoid alteration or scratching of the implant’s surface, the practitioner should use very light pressure, approximately 30 grams, during maintenance scaling procedures.
should use very light pressure, approximately 30 grams, during maintenance scaling procedures.
To avoid alteration or scratching of the implant’s surface, the practitioner should use very lightpressure, approx imately 30 grams, during maintenance scaling procedures.
HU-FRIEDY TITANIUM IMPLANT SCALERS & CURETTES
The new Hu-Friedy Titanium Implant Scalers are expertly designed and manufactured for implant maintenance, debridement, bio- film removal and can be used both supra- and sub-gingival. • Made from the same titanium alloy as implants and abutments, the working ends are gentler on these delicate surfaces than stainless steel. • Optimized sharpness with cutting edges that are finely honed and sharpened post anodization process • Improved visual acuity and enhanced contrast to the abutment surfaces with Hu-Friedy’s signature tealcolored anodized titanium. • Increased instrument value with the ability to be sharpened at any time. The new line of Titanium Implant instruments proposes a titanium sickle scaler (204SD) and a range of titanium curettes (1/2 Langer, Mini Five 1/2, 11/12, 13/14 ) with different shape and profile in order to address all kind of clinical situation. The Titanium Implant Scalers kit includes:
IMP204SDT
IMPLG1/2T
IMPM1/2T
IMPM11/12T
IMPM13/14T
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