- PRGF - ENDORET®
- Medical specialties
- BTI APNIA®
- Diagnosis
- Treatment

Implantology presents challenges that require specific surgical and prosthetic approaches, from the management of severe bone atrophy to tissue regeneration and the retreatment of compromised implants. BTI offers solutions designed to address these clinical cases using predictable procedures, with the aim of simplifying treatment, reducing invasiveness and preserving the patient’s tissues as far as possible.

Horizontal and vertical bone atrophy represent major challenges in implantology, often requiring complex regeneration and bone augmentation procedures that increase treatment times and surgical morbidity.
BTI offers therapeutic alternatives that make it possible to treat selected cases with limited residual bone volume, avoiding complex reconstructive procedures. This minimally invasive approach aims to reduce treatment times and morbidity, supporting more efficient functional and aesthetic rehabilitation.
Implant failure, whether due to biological or mechanical causes, represents a significant clinical challenge, particularly when an osseointegrated implant must be removed while preserving the surrounding bone as far as possible.
BTI has developed an atraumatic explantation system that enables implants to be removed by applying controlled reverse torque, with the aim of breaking the bone–implant interface and minimising damage to the bone site. This conservative approach facilitates subsequent regeneration and implant treatment.

Biological innovation

PRGF-ENDORET® technology enables the preparation of autologous formulations rich in growth factors, designed to promote the physiological processes involved in tissue repair and regeneration.
When used as an adjunct to various surgical procedures, it helps create a favourable biological environment for healing and may help reduce inflammation and post-operative discomfort.
Its versatility allows it to be incorporated into numerous procedures, including oral implantology, periodontal surgery, bone regeneration, alveolar ridge preservation and maxillary sinus elevation, with formulations tailored to the requirements of each procedure.

These defects may be managed by selecting short or narrow implants adapted to the available bone volume. In many cases, the aim is to avoid prior regenerative surgery, optimising rehabilitation with minimally invasive implant treatment solutions.
This is a key step in maintaining tissue health and stability and can prevent bone loss and complications, thereby ensuring implant survival.
This explantation technique consists of applying controlled reverse torque to the implant in order to progressively disrupt osseointegration and allow its removal without bone drilling. With the BTI KEXIM kit, this is performed using specific adapters and a torque wrench that applies countertorque gradually and atraumatically until extraction is achieved.
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