Taft Variable Torque Driver kit with 16 universal implant driver tips

Dental Implant Driver Size Guide: Complete Compatibility Chart for Every Major Implant System

Somebody else placed the implant. The patient does not know the brand. The screw is loose, the crown is rocking, and you are standing chairside holding a driver that almost fits.

"Almost" is how screw heads get stripped.

This guide gives you the driver size and connection type for every major implant system, with a chart for 30+ brands, so you can find the right driver in seconds instead of by trial and error. Use Ctrl+F to jump straight to your brand.

Quick answer: Most implant systems use an internal hex driver, and two sizes cover the majority of them: 1.2 mm (Osstem, Biomet 3i, Dio, Megagen) and 1.25 to 1.27 mm (Zimmer, BioHorizons, MIS, Dentium, Astra). Straumann uses its own SCS driver, and Nobel Biocare uses its own Unigrip driver. Xive (0.9 mm), Ankylos (1.0 mm), and ICX (1.4 mm) are the outliers.

Every driver in this chart, in one instrument: the Taft Variable Torque Driver ships with 16 tips (0.9, 1.0, 1.2, 1.25, 1.27, 1.4 hex, plus Nobel and Straumann-style, each in short and long), a right-angle head for posterior access, and six click-stop torque settings from 10 to 35 Ncm. $439 direct, 60-day money-back guarantee. See the kit and full tip list.

Quick Navigation: Jump to Your Implant System (Ctrl+F)


Understanding Implant Driver Connection Types

Before you look up a brand, know the three connection families. Identify the family and you are most of the way to the right driver. For how to tell tips apart by sight and feel, see how to identify an implant driver tip.

A note on torque: this guide covers driver sizes only. Torque values vary by implant system, component, and product generation, so always use the value in the implant manufacturer's instructions for use.

Hexagonal (Hex) Connections

Six-sided geometry, and by far the most common family. The sizes you will actually run into:

  • 0.9 mm (0.035") Hex: Xive
  • 1.0 mm (0.039") Hex: Ankylos
  • 1.2 mm (0.047") Hex: Osstem, Biomet 3i, Dio, Megagen
  • 1.25 mm (0.050") Hex: Zimmer, BioHorizons, MIS, Dentium
  • 1.27 mm (0.050") Hex: Astra, Dentsply variations
  • 1.4 mm (0.055") Hex: ICX, specialty systems

The 1.2 mm and 1.25 mm sizes look nearly identical by eye. They are not interchangeable. A 1.2 mm driver in a 1.25 mm screw head will spin before it seats, and that is how a screw head gets rounded out.

Torx/Star Connections (SCS)

A star-shaped driver geometry that grips on more contact points than a hex, which helps resist cam-out. Primary use:

  • Straumann SCS (Screw Connection System): Straumann bone level and tissue level implants
  • ITI-compatible systems: manufacturers offering Straumann-compatible connections

Unigrip Connections

Nobel Biocare's proprietary driver design, used across its systems and some Nobel-compatible brands. It is not interchangeable with hex or SCS drivers.

  • Nobel Biocare Unigrip: Brånemark System, NobelReplace, NobelActive, NobelParallel

Nobel Biocare Implant Systems

Connection Type: Unigrip (Proprietary)

Nobel Biocare restorations need a dedicated Unigrip-style driver. A hex driver will not engage the screw properly.

Implant System Driver Type Driver Size Short Length Long Length
Brånemark System (NP) Unigrip/Star N/A (proprietary) 20-21mm 26-34mm
Brånemark System (RP) Unigrip/Star N/A (proprietary) 21mm 26-34mm
Brånemark System (WP) Unigrip/Star N/A (proprietary) N/A 26mm
NobelReplace (All platforms) Unigrip/Star N/A (proprietary) Short Long
Nobel Active Unigrip/Star N/A (proprietary) Short Long
NobelPearl Inter-X/Unigrip N/A (proprietary) 20mm 25mm
Nobel Parallel Unigrip/Star N/A (proprietary) Short Long

Taft tip: NOB (Nobel-style), included short and long with the Variable Torque Driver.

Clinical note: Verify component-specific requirements against Nobel Biocare's instructions for use, particularly for newer or specialty components.

Common search terms: Nobel Biocare driver size, Nobel Unigrip driver, Brånemark driver, NobelReplace driver tip, NobelActive screwdriver


Straumann/ITI Implant Systems

Connection Type: SCS (Screw Connection System)

Straumann implants use the SCS driver, a star-style geometry specific to Straumann and ITI-compatible systems.

Implant System Driver Type Driver Size Short Length Long Length
Bone Level 3.3mm (NC) SCS Torx/Star SCS Driver 8-10mm 13-15mm
Bone Level 4.1mm (RC) SCS Torx/Star SCS Driver 8-10mm 13-15mm
Bone Level 4.8mm (RC) SCS Torx/Star SCS Driver 8-10mm 13-15mm
Bone Level Tapered SCS Torx/Star SCS Driver 8-10mm 13-15mm
Tissue Level (All platforms) SCS Torx/Star SCS Driver 8-10mm 13-15mm
Standard/Standard Plus (RN) SCS Torx/Star SCS Driver 8-10mm 13-15mm
Standard Plus (NN) SCS Torx/Star SCS Driver 8-10mm 13-15mm
BLX Implants SCS Torx/Star SCS Driver 8-10mm 13-15mm

Alternative connection: Some Straumann-compatible third-party abutments use a 0.050" (1.27 mm) hex driver instead. Check the specific component.

Taft tip: ITI (Straumann-style), included short and long with the Variable Torque Driver.

Common search terms: Straumann driver size, ITI driver, SCS driver, Straumann screwdriver, Bone Level driver


BioHorizons Implant Systems

Connection Type: 0.050" (1.25 to 1.27 mm) Internal Hex

BioHorizons uses a single standard hex size across most platforms, which keeps driver selection simple.

Implant System Driver Type Driver Size Short Length Long Length
Tapered Internal Internal Hex 1.25mm (0.050") 8-10mm 13-15mm
Tapered Internal Plus Internal Hex 1.25mm (0.050") 8-10mm 13-15mm
Laser-Lok Internal Hex 1.25mm (0.050") 8-10mm 13-15mm
Single-Stage Internal Hex 1.25mm (0.050") 8-10mm 13-15mm
ProActive Internal Hex 1.25mm (0.050") 8-10mm 13-15mm

Taft tip: 1.27 hex on the Taft compatibility chart. See which tip fits which system.

Clinical note: The 0.050" hex is shared with Zimmer, MIS, Dentium, and many others, which makes it the most versatile driver size to keep within reach.

Common search terms: BioHorizons driver size, BioHorizons hex driver, Tapered Internal driver, Laser-Lok driver tip


Zimmer Biomet Implant Systems

Connection Type: 1.25mm (0.050") Internal Hex (Primary)

Zimmer Biomet uses primarily 0.050" hex connections, though legacy 3i systems use a smaller size.

Implant System Driver Type Driver Size Short Length Long Length
Tapered Screw-Vent Internal Hex 1.25mm (0.050") 8-10mm 13-15mm
TSV Implant Internal Hex 1.25mm (0.050") 8-10mm 13-15mm
SwissPlus Internal Hex 1.25mm (0.050") 8-10mm 13-15mm
Trabecular Metal Internal Hex 1.25mm (0.050") 8-10mm 13-15mm
3i T3 Internal Hex 1.2mm (0.047") 8-10mm 13-15mm
Encode Healing Abutments Internal Hex 1.25mm (0.050") 8-10mm 13-15mm

Taft tip: 1.25 hex for Zimmer, 1.2 hex for 3i. Both included with the Variable Torque Driver.

Clinical note: Because of acquisitions (3i, Biomet), you may see different connections depending on when the implant was placed. Confirm the specific system.

Common search terms: Zimmer driver size, 3i driver, Tapered Screw-Vent driver, Zimmer hex driver, TSV driver tip


Dentsply Sirona Implant Systems

Connection Type: Variable (0.9 mm to 1.27 mm Hex)

Dentsply Sirona's portfolio includes Astra Tech, Ankylos, and Xive, and each one uses a different driver.

Implant System Driver Type Driver Size Short Length Long Length
Astra Tech Implant System EV Internal Hex 1.25mm-1.27mm 8-10mm 13-15mm
Astra Tech OsseoSpeed Internal Hex 1.25mm-1.27mm 8-10mm 13-15mm
Ankylos Internal Hex 1.0mm (0.039") 8-10mm 13-15mm
Xive Internal Hex 0.9mm (0.035") 8-10mm 13-15mm
Atlantis Abutments Varies by platform Match implant 8-10mm 13-15mm

Taft tips: 1.27 hex for Astra, 1.0 hex for Ankylos, 0.9 hex for Xive. All three are in the Variable Torque Driver tip set.

Clinical note: Identify the exact Dentsply system before you pick a driver. The Xive 0.9 mm hex is the smallest common size in implant dentistry and the one most often missing from a practice's drawer.

Common search terms: Astra Tech driver size, Ankylos driver, Xive driver, Dentsply hex driver, OsseoSpeed driver tip


Osstem Implant Systems

Connection Type: 1.2mm (0.047") Internal Hex

Osstem standardizes on a 1.2 mm internal hex across most platforms.

Implant System Driver Type Driver Size Short Length Long Length
TS III Internal Hex 1.2mm (0.047") 8-10mm 13-15mm
TS IV Internal Hex 1.2mm (0.047") 8-10mm 13-15mm
SS II Internal Hex 1.2mm (0.047") 8-10mm 13-15mm
GS II Internal Hex 1.2mm (0.047") 8-10mm 13-15mm
MS Internal Hex 1.2mm (0.047") 8-10mm 13-15mm
OneQ Internal Hex 1.2mm (0.047") 8-10mm 13-15mm
SOI Internal Hex 1.2mm (0.047") 8-10mm 13-15mm

Taft tip: 1.2 hex, included short and long with the Variable Torque Driver.

Clinical note: The 1.2 mm hex is shared with Biomet 3i, Dio, Megagen, and other systems.

Common search terms: Osstem driver size, TS III driver, Osstem hex driver, Korean implant driver


MIS Implants Systems

Connection Type: 0.050" (1.25 to 1.27 mm) Internal Hex

MIS uses the common 0.050" internal hex across its product line.

Implant System Driver Type Driver Size Short Length Long Length
Seven Internal Hex 1.25mm (0.050") 8-10mm 13-15mm
C1 Internal Hex 1.25mm (0.050") 8-10mm 13-15mm
UNO Internal Hex 1.25mm (0.050") 8-10mm 13-15mm
V3 Internal Hex 1.25mm (0.050") 8-10mm 13-15mm
Lance Internal Hex 1.25mm (0.050") 8-10mm 13-15mm
M4 Internal Hex 1.25mm (0.050") 8-10mm 13-15mm

Taft tip: 1.27 hex on the Taft compatibility chart. See which tip fits which system.

Common search terms: MIS implant driver size, Seven driver, C1 driver, MIS hex driver


Dentium Implant Systems

Connection Type: 1.25mm-1.27mm (0.050") Internal Hex

Dentium uses variations of the 0.050" hex standard.

Implant System Driver Type Driver Size Short Length Long Length
SuperLine Internal Hex 1.25mm (0.050") 8-10mm 13-15mm
Implantium Internal Hex 1.25mm (0.050") 8-10mm 13-15mm
SlimLine Internal Hex 1.25mm (0.050") 8-10mm 13-15mm
OneQ Internal Hex 1.27mm (0.050") 8-10mm 13-15mm
NR Line Internal Hex 1.25mm (0.050") 8-10mm 13-15mm

Taft tip: 1.27 hex on the Taft compatibility chart. See which tip fits which system.

Common search terms: Dentium driver size, SuperLine driver, Implantium driver, Dentium hex driver


Megagen Implant Systems

Connection Type: 1.2mm (0.047") Internal Hex

Megagen uses the 1.2 mm internal hex across its implant portfolio.

Implant System Driver Type Driver Size Short Length Long Length
AnyOne Internal Hex 1.2mm (0.047") 8-10mm 13-15mm
AnyRidge Internal Hex 1.2mm (0.047") 8-10mm 13-15mm
Mini Internal Hex 1.2mm (0.047") 8-10mm 13-15mm
EZ Plus Internal Hex 1.2mm (0.047") 8-10mm 13-15mm

Taft tip: 1.2 hex, included short and long with the Variable Torque Driver.

Common search terms: Megagen driver size, AnyOne driver, AnyRidge driver, Megagen hex driver


Hiossen Implant Systems

Connection Type: 1.2mm and 1.25mm Internal Hex (Platform Dependent)

Hiossen uses more than one hex size depending on the platform.

Implant System Driver Type Driver Size Short Length Long Length
ET III Internal Hex 1.2mm (0.047") 8-10mm 13-15mm
ETIII SA Internal Hex 1.2mm (0.047") 8-10mm 13-15mm
TS III Internal Hex 1.25mm (0.050") 8-10mm 13-15mm
SS II Internal Hex 1.2mm (0.047") 8-10mm 13-15mm

Taft tip: 1.2 or 1.25 hex depending on the line. Both are in the Variable Torque Driver tip set.

Common search terms: Hiossen driver size, ET III driver, Hiossen hex driver


Complete Alphabetical Compatibility Reference

Quick Lookup Table: All Major Implant Brands

Implant Brand Primary Driver Type Driver Size Alternative/Notes
AB Dental Internal Hex 1.25mm Standard hex
Adin Dental Internal Hex 1.25-1.27mm Compatible with 1.25mm
Alpha-Bio Tec Internal Hex 1.25mm Standard hex
Ankylos (Dentsply) Internal Hex 1.0mm Unique small hex
Astra Tech (Dentsply) Internal Hex 1.25-1.27mm Standard hex range
BioHorizons Internal Hex 1.25mm Industry standard
Biomet 3i Internal Hex 1.2mm Some legacy variations
Brånemark (Nobel) Unigrip/Star Proprietary Nobel exclusive
Camlog Internal Hex 1.25mm Standard hex
Cortex Internal Hex 1.25mm Standard hex
C-Tech Internal Hex 1.2mm Asian standard
Dentis Internal Hex 1.25-1.27mm Standard hex range
Dentium Internal Hex 1.25-1.27mm Standard hex range
Dio Implant Internal Hex 1.2mm Korean standard
Friadent (Dentsply) Internal Hex 1.25mm Standard hex
Hiossen Internal Hex 1.2mm or 1.25mm Platform dependent
ICX Internal Hex 1.4mm Larger specialty hex
Implant Direct Internal Hex 1.25mm Standard hex
IntraLock Internal Hex 1.25mm Standard hex
Keystone Dental Internal Hex 1.25mm Standard hex
Lifecore Internal Hex 1.25mm Standard hex
Megagen Internal Hex 1.2mm Korean standard
MIS Implants Internal Hex 1.25mm Standard hex
Neobiotech Internal Hex 1.2mm Asian standard
Neodent Internal Hex 1.25mm Standard hex
Neoss Unigrip/Tri-lobe Proprietary Similar to Nobel
Nobel Biocare Unigrip/Star Proprietary Nobel exclusive
Osstem Internal Hex 1.2mm Korean standard
PerioSeal Internal Hex 1.25mm Standard hex
Southern Implants Unigrip Proprietary Nobel-compatible
SteriOss Internal Hex 1.25mm Standard hex
Straumann SCS Torx/Star Proprietary SCS/ITI driver
Sybron (Implant Direct) Internal Hex 1.25mm Standard hex
Thommen Four-Lobe Proprietary Specialty driver
Ticare Internal Hex 1.25mm Standard hex
T-Plus Internal Hex 1.2mm Asian standard
Xive (Dentsply) Internal Hex 0.9mm Smallest common hex
Zimmer Internal Hex 1.25mm Standard hex

Which Taft Driver Tip Fits Which System

These are the 16 tips (8 sizes, each in short and long) that ship with the Taft Variable Torque Driver, and the systems each one is matched to on our compatibility chart.

Taft Tip Implant Systems
0.9 hex Xive
1.0 hex Ankylos
1.2 hex Osstem, Dio, 3i, C-Tech, ICM, Megagen, T-Plus
1.25 hex Cortex, Ticare, ABT, Zimmer
1.27 hex Dentium, Dentis, Bego, Astra, Adin, MIS, Alpha-Bio Tec, BioHorizons
1.4 hex ICX
NOB Nobel Biocare, Omni-Tight, Dentalmaster
ITI Straumann, Trausim, Bioconcept

Already have a torque wrench that takes standard tips? The same 16-tip set is sold on its own as Implant Driver Tips for $100. Prefer a color-coded box with every mandrel in its own slot? That is the Universal Rainbow Torque Box.

A 1.25 and a 1.27 hex tip are close enough that clinicians often treat them as interchangeable, but the fit you feel in your hand is the final test. If a tip rocks or spins before it seats, try the other size before you apply torque. The full three-point feel test is in how to identify an implant driver tip.


Why Universal Driver Kits Are Essential for Modern Practices

The Problem with Proprietary-Only Systems

A patient comes in for an abutment replacement on an implant placed years ago by another dentist. It is a Nobel Biocare Brånemark implant. Your practice places BioHorizons. Without a Unigrip driver, you cannot service this patient today.

That is not an edge case. Patients move, change dentists, and have implants placed abroad. Every one of them is a case your drawer either covers or does not.

The Real Cost: Kit Sprawl

Most practices do not buy a universal kit on day one. They buy one system's driver set, then another when a transfer patient walks in, then a loose tip to cover a third. A few years later there is a drawer full of partial sets, loose tips, and a torque wrench that only fits some of them.

That is Kit Sprawl, and it costs you twice. Once in money, buying overlapping sets one system at a time. And again in chair time, every time someone digs through that drawer looking for the right tip while the patient waits.

A single universal kit replaces the whole drawer. Through the traditional catalog channel, a quality variable torque driver with a full universal tip set commonly runs $600 to $800. The Taft Variable Torque Driver is $439 direct because there is no distributor or rep between us and your practice.

Clinical Benefits Beyond Cost

Workflow: one organized kit instead of hunting through manufacturer-specific sets.

Staff training: learning one system is simpler than learning several.

Emergency readiness: a walk-in with a loose screw on an unfamiliar system is a same-day fix, not a referral.

Less inventory: fewer instrument sets to track, sterilize, and replace.


How to Use This Guide: Practical Chairside Applications

Quick Reference Workflow

Step 1: Identify the implant brand. Check the patient's records, radiographs, or previous treatment documentation. Many implants have identifying features visible on radiographs.

Step 2: Look up the driver specification in the tables above:

  • Connection type (hex, SCS, or Unigrip)
  • Exact size (for example, 1.25 mm hex)
  • Length (short for anterior, long for posterior access)

Step 3: Select the tip from your kit using the size markings, color-coding, or cassette position labels.

Step 4: Verify the fit before applying torque:

  • The driver seats fully
  • No wobble or excessive play
  • The geometry matches the screw head

Step 5: Apply the manufacturer's torque. Use the value in the implant manufacturer's instructions for the specific component. Hand-tightening by feel is where under- and over-torqued screws come from. A driver with click-stop settings lets you set the value and stop at the click. The Taft Variable Torque Driver clicks at 10, 15, 20, 25, 30, or 35 Ncm.


Common Driver Size Questions Answered

What if I Can't Identify the Implant System?

Radiographic clues:

  • Thread pattern and shape
  • Platform diameter
  • Overall implant length
  • Connection interface visible at the crest

Systematic trial: If you cannot identify it, try drivers gently, in order of how common they are, and stop at the first one that seats without play:

  1. 1.25 mm hex
  2. 1.2 mm hex
  3. SCS (Straumann-style)
  4. Unigrip (Nobel-style)
  5. Specialty sizes (0.9 mm, 1.0 mm, 1.4 mm)

Never force a driver that does not seat fully. Professional identification: contact the previous treating dentist, or use an implant identification service with the radiograph.

Can I Use a Slightly Different Size Driver?

Short answer: Not recommended.

  • A small mismatch can cause cam-out (slippage)
  • It can damage both the driver tip and the screw head
  • It compromises the torque you actually deliver
  • A stripped screw head turns a simple re-torque into a retrieval

Exception: 1.25 mm and 1.27 mm are close enough that many clinicians treat them as interchangeable. Confirm by fit before torquing.

Do Short and Long Drivers Have Different Torque Specifications?

No. Length affects access, not torque. Torque values come from the implant manufacturer's instructions for the specific component. Use short drivers where access is easy and long drivers where you need reach, typically in the posterior.

Why Do Some Universal Kits Work Better Than Others?

Tip precision: a tip that seats snugly resists cam-out. A sloppy tip is a stripped screw waiting to happen.

Material: stainless steel that resists wear and corrosion through repeated sterilization.

Coverage: tips for the outliers (0.9, 1.0, 1.4) as well as the common sizes, in both lengths.

Access: a right-angle head reaches second molars that a straight driver cannot.

Organization: labeled or color-coded storage, so the right tip is found in seconds.


Special Considerations for Different Clinical Scenarios

Restoring Transferred Patients

  1. Take radiographs that clearly show the platform connection
  2. Check the compatibility tables in this guide
  3. Trial drivers gently, starting with the most common sizes
  4. Record the identified system in the patient's chart for next time
  5. Contact the previous dentist if the system is still unidentified

Emergency Prosthetic Repairs

A loose abutment screw is usually a quick fix when the right driver is in the drawer, and a referral or a second appointment when it is not. With a universal kit and the manufacturer's torque value, most re-torques can be handled at the first visit.

Multi-Doctor Practices

When different doctors prefer different implant systems, one universal kit serves everyone. One instrument protocol, one set of tips to sterilize, one thing to train new assistants on.

International Implant Systems

Patients with implants placed overseas often have Korean or European systems that are less common in the US. Most use standard hex sizes (Osstem, Dio, Megagen, Dentium, Neodent, Camlog), which a universal kit covers.


Maintaining Your Universal Driver Kit for Longevity

Proper Driver Care Protocol

After each use:

  1. Rinse immediately to remove debris before it dries
  2. Enzymatic soak per your cleaning solution's instructions
  3. Brush the tips, especially hex corners and star points
  4. Dry thoroughly
  5. Inspect for wear, damage, or deformation
  6. Sterilize per the manufacturer's instructions

Periodically: inspect every tip under magnification, compare worn tips against a new one, and confirm every tip is back in its correct slot.

When to Replace Driver Tips

  • Visible rounding of hex corners
  • Chipped or worn star points
  • Bent or twisted shafts
  • A tip that no longer fully engages the screw head
  • Cam-out during normal use

A worn tip costs far less to replace than a stripped prosthetic screw or a damaged implant connection. Replacement driver tips and replacement driver heads for the Variable Torque Driver are sold separately.


Upgrading to Variable Torque Driver Systems

One Instrument Instead of Two

A traditional universal driver kit covers compatibility, but you still need a separate torque wrench for the final tightening. A variable torque driver combines both: the tips and the torque control in one instrument.

Here is what the Taft Variable Torque Driver gives you:

  • Six torque settings: 10, 15, 20, 25, 30, and 35 Ncm, with an audible click when you reach the setting
  • Right-angle head for posterior access, so you are not fighting the angle on a second molar
  • 16 driver tips included, covering every size in the table above
  • One replacement head included
  • Tips lock securely into the head
  • 60-day money-back guarantee

$439 direct from Taft, versus the $600 to $800 range typical through the catalog channel. Free shipping over $100, shipping from Cincinnati.

When to Consider Upgrading

You restore implants you did not place. Transfer patients are where proprietary-only drawers fail.

More than one provider restores implants. A click-stop driver gives everyone the same torque, regardless of hand strength or habit.

You are seeing screw loosening or doing repeat re-torque visits. Consistent, verified torque is the first thing to rule out.

You have Kit Sprawl. If your implant drawer has more than one partial driver set in it, one kit replaces all of them.


Conclusion: Simplifying Implant Dentistry with Universal Solutions

Three connection families cover the industry: hex (most systems), SCS (Straumann), and Unigrip (Nobel). Within the hex family, 1.2 mm and 1.25 to 1.27 mm cover most of what walks through the door, with 0.9, 1.0, and 1.4 mm as the outliers you only miss once.

Bookmark this page for the next transfer patient. And if your drawer is missing any of those sizes, the Taft Variable Torque Driver covers every one of them in a single right-angle instrument with click-stop torque.

Questions about compatibility with a specific system? Call 513-580-8414 or email sales@taftdentalco.com, and we will tell you which tip fits.


Common questions

What is the most common dental implant driver size?

The 0.050" internal hex, sold as 1.25 mm or 1.27 mm, is the most widely shared size, used by Zimmer, BioHorizons, MIS, Dentium, Astra, and many others. The 1.2 mm hex is the next most common, used by Osstem, Biomet 3i, Dio, and Megagen.

What driver does Straumann use?

Straumann uses its SCS (Screw Connection System) driver, a star-style geometry specific to Straumann and ITI-compatible systems. It is not interchangeable with a hex driver. Some third-party Straumann-compatible abutments use a 0.050" hex instead, so check the component.

What driver does Nobel Biocare use?

Nobel Biocare uses its proprietary Unigrip driver across systems including Brånemark, NobelReplace, NobelActive, and NobelParallel. Hex and SCS drivers will not engage a Nobel screw correctly.

Is a 1.25 mm driver the same as a 1.27 mm driver?

They are both sold as 0.050" hex and are close enough that many clinicians treat them as interchangeable. Confirm by fit: the tip should seat fully with no rocking or spinning before you apply torque.

What torque should an abutment screw be tightened to?

It depends on the implant system, the component, and the product generation, so always use the value in the implant manufacturer's instructions for use. A click-stop torque driver lets you set that exact value and stop at the click.


About This Compatibility Guide

This reference is updated as new implant systems and connection designs come to market. Driver sizes are general reference information and may vary by component and product generation.

Clinical disclaimer: Always verify driver sizes and torque specifications against the specific implant manufacturer's instructions for use. When in doubt, contact the manufacturer directly. Individual kit compatibility may vary. Professional Use Only. Licensed Dental Professionals.

Back to blog