Indications / Advantages

The versatility of STOP & GUIDE® lies in a dual-function system, as it can be used as a “drill stop kit” in conventional surgery and, alternatively, as a “guided surgery kit”.

Advantages of using STOP & GUIDE®

Versatile and adaptable

It adapts to the way you work in daily clinical practice, enabling the successful implementation of different guided surgery protocols: pilot-guided, semi-guided or fully guided.

Safe, friction-free system

Prevents contact between the drills and the guide sleeve, minimising the risk of overheating and particle release during drilling.

Less instrumentation, greater efficiency

Forget the need to purchase dedicated drills exclusively for guided surgery. STOP & GUIDE® allows you to use your conventional drilling sequence with a more compact surgical kit and a more streamlined workflow.

Precision that inspires confidence

Control drilling depth accurately at every stage of the procedure to achieve more predictable outcomes.

Simplicity that makes the difference

Guide your usual drilling sequence with a single driver, reducing complexity and shortening the learning curve.

BTI Implants
Formulación del producto

Punch drill

The punch bur is designed to make a precise circular incision in the gingival tissue during flapless surgery protocols. Its outer diameter is compatible with the surgical guide sleeves, enabling precise, controlled guidance throughout the procedure.

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BTI Regenera
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Drivers

Once coupled to the connector, the drivers concentrically surround the drills. Their external design allows insertion into the sleeve, while internally the drills rotate freely and safely without contact. They also incorporate laser markings at 0.5-mm intervals to estimate drilling depth in subcrestal positioning.

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BTI Sleep
Formulación del producto

Connector

This is the key anchorage component, fitted directly onto the head of the W&H contra-angle handpiece (WI-75 E/KM), allowing the selected driver to be securely and firmly screwed into place for surgery.

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BTI Academy
Formulación del producto

Implant Transport

Key components designed for implant insertion and transport during the final stage of surgery. They are available to accommodate different prosthetic platforms (Platform 3.0, etc.).

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BTI Publishing
Formulación del producto

Tester

This component attaches to the driver to facilitate its initial insertion through the guide sleeve. Its purpose is to allow the clinician to verify quickly that the narrower portion of the driver passes fully and without obstruction.

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BTI Studio
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BTI Studio

Centro de diseño y desarrollo de soluciones innovadoras para el sector de la biomedicina.

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BTI Farma

Soluciones farmacéuticas avanzadas de BTI para el sector de la biomedicina y la implantología.

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BTI Item 8
Formulación del producto

BTI Item 8

Descripción del octavo elemento del slider de marcas BTI.

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Etiqueta

BTI Item 9

Descripción del noveno elemento del slider de marcas BTI.

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BTI Item 10

Descripción del décimo elemento del slider de marcas BTI.

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STOP & GUIDE® guided surgery

Available for two platforms

Your guided surgery kits for pilot-guided, semi-guided and fully guided surgery.

Implante Ti-Golden

STOP & GUIDE® Kit

This kit contains the components required to carry out guided surgery using BTI drilling sequences for the placement of implants with an Interna narrow platform.

Implante Ti-Black

STOP & GUIDE® Kit Platform 3.0

This kit includes the components required to carry out a guided surgery workflow following the BTI drilling sequences for the placement of Platform 3.0 implants.

What are the advantages of BTI’s STOP & GUIDE® guided surgery system?

Ventajas del sistema CORE-X

  • Digital planning and compatibility

    The workflow combines CBCT and intraoral scan data to produce a three-dimensional implant plan. STOP & GUIDE® is compatible with various planning software packages, allowing surgical guides to be designed using the system’s specific metal sleeves (S3CG and SCG) and facilitating integration into different digital workflows.

  • Integration into the surgical protocol

    STOP & GUIDE® instruments, including drills, drivers and gauges, are designed for use with the W&H WI-75 E/KM contra-angle handpiece. This compatibility allows guided surgery to be incorporated into standard BTI protocols while maintaining control of the drilling sequence and working depth.

  • Adaptation to irregular alveolar ridges

    Flattening drills allow irregular or knife-edge alveolar ridges to be levelled in a controlled manner, creating a suitable surface for starting implant site preparation and facilitating accurate guided drilling.

  • Use of autologous bone

    The design of the flattening drills promotes instrument stability during implant site preparation and allows particulate autologous bone to be collected. This material can be used as a graft during the same procedure, preserving a biological resource from the patient for regenerative procedures.

  • Protocolo de fresado menos invasivo

    Fresado simplificado, usando fresas más estrechas y logrando buena estabilidad.

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Supporting material

Resources

Quick guide

Quick guide to guided surgery with STOP & GUIDE®

Visually review the kit components and the drilling sequences required to incorporate this protocol easily into daily clinical practice.

BTI Channel

STOP & GUIDE® guided surgery webinar by Dr Asier Eguia

Discover the digital workflow step by step, from radiographic planning through to the delivery of safe surgery, without friction or overheating.

Training

STOP & GUIDE® guided surgery course and surgical guides

Master the planning and delivery of static guided surgery in all its modalities, with precise control over guide design and drilling depth.

Frequently asked questions from the experts

What technical equipment is required to start working with STOP & GUIDE® guided surgery?

Getting started is very straightforward. You need a radiographic study (CBCT), an intraoral scan (STL), planning software to design the guide with the S3CG or SCG sleeves, the compatible W&H WI-75 E/KM contra-angle handpiece, the STOP & GUIDE® kit, and your usual drill kit.

Is it mandatory to purchase new drills specifically for this guided protocol?

No; that is one of its greatest advantages. With STOP & GUIDE®, there is no need for dedicated drills. You use your conventional BTI drilling sequence, reducing the amount of instrumentation required in the practice and facilitating the workflow.

How is friction prevented from overheating the bone if I do not use guided drills?

The key lies in the system drivers. As they are screwed onto the contra-angle connector, the driver guides the movement within the sleeve, while the drill rotates freely inside the driver itself. Because there is no direct contact between the drill and the guide, friction, heat generation and particle release are avoided.

What should I do if the patient’s anatomy does not allow me to stop against the sleeve?

When the crest is not flat or a subcrestal position is planned, the driver will not engage the upper stop against the guide sleeve. For these situations, the drivers are laser-marked every 0.5 mm, allowing the remaining drilling depth to be estimated visually and the procedure to be adjusted precisely.

Can I still make use of the kit if I prefer to perform freehand surgery?

Absolutely. The system offers dual functionality. If you decide not to use CAD/CAM-manufactured surgical guides, the STOP & GUIDE® components function as an outstanding drill-stop kit, providing complete depth control in conventional analogue surgery.

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BTI al día

Preguntas frecuentes de los expertos

¿Cómo influyen las características de la superficie del implante (rugosidad, tratamiento químico) en la osteointegración a largo plazo?

Permite recuperar hueso durante el fresado y, por lo tanto, que este sea utilizado como autoinjerto particulado cuando se mezcla con el plasma del paciente, que se obtiene con la tecnología PRGF – ENDORET®.

¿Qué factores pueden influir en el éxito o fracaso de un implante?

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¿Cuánto tiempo tarda en integrarse un implante con el hueso?

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¿Qué diferencias existen entre los distintos tipos de implantes disponibles?

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¿Qué complicaciones pueden surgir después de la colocación de un implante y cómo se previenen?

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