Orthodontic device used for rapid maxillary expansion with the aid of four HS MARPE orthodontic mini-implants;
Mini-implant-assisted rapid maxillary expansion - MARPE - is a technique that is already being established and is significantly less invasive than conventional surgical treatment. It has excellent success rates in young patients, young adults and also adults, with moderate to extreme atresia.
To learn more about MARPE Circuit Breakers, their installation, activation protocol and clinical cases, access the MARPE eBook by clicking here.
Comes with Circuit Breaker Expansion Key;
Stainless steel;
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Circuit breaker
MARPE EX
– Indicated for adolescent patients, young adults and adults with severe atresia;
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– 9, 11 and 13mm openings;
– The Circuit Breaker is fixed to the patient's palate using L-shaped feet, of adjustable height, which have a through hole for the insertion of HS MARPE mini-implants that will anchor the device skeletally. The individual height adjustment of the feet will customize the breaker to the patient's palate, adapting it to deep palates or severe atresia;
Circuit breaker
MARPE SL
– Indicated for adolescent patients, young adults and adults with moderate atresia;
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– 6, 9 and 11 mm openings;
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– The Circuit Breaker is fixed to the patient's palate through slots (channels) for the insertion of the four HS MARPE mini-implants that will anchor the device skeletally;
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– This model allows the replacement of a mini-implant with loss of stability during the disjunction process, with its angulation or displacement without interfering with the expansion procedure;
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Circuit breaker
MARPE 2S
– Indicated for patients in pubertal growth (9-13 years);
– 9 and 11 mm openings;
– The Circuit Breaker is fixed to the patient's palate through slots (channels) for the insertion of HS MARPE mini-implants that will anchor the device skeletally;
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– The mini-implants are installed with an inclination of up to 45o, in the premaxilla region;
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The mini-implants are installed with an inclination of up to 45°, in the premaxilla region.
