BTI Stop & Guide®

Guided surgery that goes beyond what you expect

BTI's own explainer of the Stop & Guide® system: how the drivers, the master sleeves and your conventional drills work together.

Video © BTI Biotechnology Institute — "Stop & Guide EN" (2:43).Open on Vimeo
01
Versatile

Adaptable to different guided-surgery protocols: piloted, semi-guided or fully guided. It also works as a drill-stop kit in conventional freehand surgery.

02
Safe

No friction between drills and guide sleeve, so no overheating and no release of particles.

03
Simplified

No specific drills and a very small surgical box.

04
Accurate

Full control of drilling depth.

05
Simply yours

Your conventional driver-guided drilling sequence.

How it works

The driver is the stop

Stop & Guide® does not use dedicated guided drills. A driver of the right height is screwed onto the contra-angle connector, surrounds your conventional drill, slides into the titanium master sleeve of the guide and stops on it. Drill diameter and depth come from your usual CORE® sequence.

BTI Stop & Guide® drivers, sleeve and guide
Engine – driver – drill through the sleeve of the surgical guide. Drivers of different heights and diameters set the depth.
What a guided BTI case needs
  • A CBCT of the patient and a surface scan of the mouth (STL).
  • A surgical guide designed in planning software with the specific BTI titanium master sleeves: SCG (standard platforms) or S3CG (3.0 platform), 5 mm high.
  • A W&H WI-75 E/KM surgical contra-angle, compatible with the driver connector.
  • The Stop & Guide® kit (KCG, or K3CG for the 3.0 platform) and the drill sequence for the planned implant dimensions — for CORE® narrow platform, the KCQ5-CGL guided drill kit with long-shank drills from Ø2.8 to Ø4.7 mm.
Three static protocols

Piloted, semi-guided or fully guided — choose per case; the same kit serves all three and doubles as a drill-stop kit in freehand surgery.

Depth control

The driver stops on the sleeve. If the ridge is not flat or the implant sits subcrestal, the 0.5 mm laser marks show the remaining depth and you switch to a shorter driver.

Kits

What Integra supplies for guided surgery

BTI Stop & Guide® KCG kit box
Stop & Guide® KCG kit. The K3CG kit mirrors it for the 3.0 platform (drivers D3CG2 – D3CG13, Ø3.5 mm punch FP335, transports P3CG3 / P3CG325).
12 drivers (DCG2 – DCG13)

Different heights and diameters. Each driver surrounds the drill concentrically, is guided by the sleeve and stops on it; laser marks every 0.5 mm read the residual depth when the ridge is not flat or the implant is planned subcrestal.

Connector (CDCG)

Fits over the head of the W&H WI-75 E/KM surgical contra-angle and lets the selected driver be screwed in.

Tester (CMCG)

Checks that the initial part of the driver passes completely through the sleeve before drilling.

Punch drill Ø5 mm (FP5)

Drills the gingiva through the sleeve for a flapless approach.

Implant transports (PCGE ×2)

Carry the implant through the guide. Transports for the different prosthetic platforms (PCG325 / PCG3 / PCGU) are ordered separately.

BTI CORE® guided surgery kit, narrow platform (KCQ5-CGL)
BTI CORE® guided surgery kit — narrow platform (KCQ5-CGL): initial and pilot drills, long-shank diameter drills F28LS – F47LS, wrenches, extenders and torque tips for every CORE® Ø3.3 – 4.75 implant.
Ordering and loan

Both kits are stocked by Integra and lent for your first guided cases with a representative present. Master sleeves (SCG / S3CG) are supplied to the guide laboratory with the plan. Prices are in the client store for registered dentists.

The integrated workflow

One case across Integra and its partners

Integra is an independent distributor and stays focused on the implant system. Imaging, planning, guide manufacturing and laboratory work are contracted with the Photon.Group ecosystem, which knows the BTI libraries and kit. Photon Flow tracks the case across the partners.

  1. 01Photon Scan · partner
    CBCT acquisition

    Ultra-low-dose CBCT calibrated for the implant indication (adaptive field of view, 250 µm or finer for full-arch guide cases), delivered as DICOM within 24 hours. For dentate patients an intra-oral scan (STL) is added; edentulous cases use a dual-scan protocol with a marked scan appliance.

  2. 02Voxel3Di · partner
    Prosthetically-driven planning

    CBCT and surface scan are merged; nerve, sinus and bone density are traced and the BTI CORE® implant is placed from the planned prosthesis backwards. The planning library carries the BTI INTERNA lines, the Stop & Guide® kit and the BTI master sleeve, so the plan is returned with sleeve selection and surgical protocol in 2 – 4 working days.

  3. 03Photon Lab · partner
    Guide design and printing

    Tooth-, teeth-tissue-, tissue- or bone-supported guides designed with the SCG / S3CG titanium master sleeves and printed in medical-grade resin. Full-arch and multi-implant cases use StackGuides™: a pinned base, optional bone-reduction level, osteotomy level, MULTI-IM® seating jig and a carrier for the immediate provisional.

  4. 04Integra · your clinic
    Surgery with BTI CORE®

    Integra supplies the CORE® implants in the planned sizes, the Stop & Guide® kit and the CORE® guided drill kit — on loan for first cases, with a representative chairside. Piloted, semi-guided or fully guided, using your conventional drilling sequence.

  5. 05Photon Lab · partner
    Prosthesis on BTI components

    Screw-retained restorations on MULTI-IM® trans-epithelials or square abutments (Ti-base), designed on the BTI digital libraries (every major CAD suite) and milled or printed in the partner laboratory: single crowns, bridges and full-arch titanium-bar zirconia.

Typical timing

CBCT and DICOM within 24 h · plan in 2 – 4 working days · single guide 3 – 5 working days, StackGuides™ 5 – 10 · definitive prosthesis 5 working days (48 h rush) after osseointegration.

Guide types

Tooth-supported, teeth-tissue, tissue-supported (dual-scan) and bone-supported (open flap, most stable). Fixation pins are strongly recommended for tissue- and bone-supported and full-arch cases.

Full-arch on MULTI-IM®

StackGuides™ keep bone reduction, pilot drilling, osteotomy, implant insertion and MULTI-IM® seating on one pinned reference. Angled 17° / 30° MULTI-IM® need rotation-indexed (timed) implant placement in the guide; 4.5 mm implants are restored on MULTI-IM® only.

Partner services are contracted with Photon.Group and priced by them; Integra coordinates the BTI components, kits and timing. Photon.Group and Voxel3Di are independent companies; StackGuides™ is their trademark.

Planning software

Plan in your software, or in BTI Scan® 4

Any planning software with the BTI sleeves

Stop & Guide® is software-agnostic: the guide only has to be designed with the SCG / S3CG master sleeves. BTI's scan-body and analogue libraries are available for every major CAD suite for the prosthetic side; the Photon.Group planning platform carries the BTI implant lines, kit and master sleeve for the surgical side.

BTI Scan® 4 — diagnosis and planning

BTI's own planning software renders any CBCT, determines the bone density at every point of the alveolar bone, marks structures at risk such as the inferior dental nerve, registers an STL model against the volume and lets you design the prosthesis virtually over MULTI-IM® and UNIT® components. Available through Integra on request.

Sources: BTI CAT268 Stop & Guide® (03/2025), BTI kit sheets KCG / K3CG / KCQ5-CGL, BTI CAT020 BTI Scan® 4, and the Photon.Group / Voxel3Di service descriptions. Stop & Guide®, BTI Scan®, CORE®, MULTI-IM® and UNIT® are trademarks of BTI Biotechnology Institute S.L.; W&H is a trademark of W&H Dentalwerk.