AB DENTAL IMPLANTS ADVANTAGES & SURGICAL MANUAL
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AB DENTAL 
IMPLANTS
ADVANTAGES & SURGICAL MANUAL
2 3
End-to-end    
implant solutions
AB Dental is an international, dynamic, innovative company, 
providing the dentist a complete solution for all dental implants 
needs.
AB Dental offers a wide range of implants, prosthetic products, 
tools, accessories and CAD/CAM solutions, required for the dentist 
to perform an accurate and successful treatment. 
AB Dental is committed to its customers satisfaction and 
guarantees long term success using its Implants, based on the 
highest international standards, the strictest quality control 
measures and more than 10 years of follow-up. AB Dental's 
implants were found to have excellent statistical results of 
durability and safety in a recent report that was received as part of 
the company's PMCF (Post-Market Clinical Follow-up) study.
This booklet will present AB Dental's various implants and their 
unique design, characteristics, advantages and indications, to 
meet the needs of each dentist and patient.
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CONTENT AB DENTAL A COMPLETE  
IMPLANT SOLUTION
AB DENTAL - A COMPLETE IMPLANT SOLUTION 5 AB DENTAL OFFERS A UNIQUE MODEL TO THE MARKET WHICH PROVIDES THE DENTIST WITH A 
COMPLETE SOLUTION
MATERIAL 6
• A wide range of implants, prosthetic products, tools, accessories and CAD/CAM solutions required 
BIOLOGICAL SURFACE 6 for the dentist to
ABGUIDEDSERVICE 7 • Computerized implant planning. 
• 3D printing of surgical guides.
IMPLANT PACKAGE CONTENT 8 • Custom individual implants using laser-sintering technology.
IMPLANTATION PROTOCOL 9 perform an accurate and successful treatment.
• In-house training center fully equipped for lectures and hands-on trainings and webinars for our 
BASIC IMPLANTOLOGY STEP BY STEP 10 customers all over the world.
DRILLING PROTOCOL 12
BONE DENSITY TYPE 1 14
WITH A MISSION TO LEAD THE MARKET WITH THE NEXT GENERATION OF SMART DENTAL 
BONE DENSITY TYPE 2 15 TECHNOLOGY AND SOLUTIONS, WE PROVIDE MORE THAN JUST SERVICES - WE HOLD OURSELVES 
BONE DENSITY TYPE 3/4 16 TO THE HIGHER STANDARDS OF CARE.
We believe that the human resource is one of the most important resources of a company, it is the 
IMPLANT DEPTH 18 basis of good relationship with our customers. Good service must start from within the company, 
IMPLANT TYPES 19 throughout all company levels, in order to give the best service to our customers.
CHOOSING THE PROPER IMPLANT 20 AB Dental adheres to the highest international standards and has obtained approvals from regulatory 
AB DENTAL IMPLANTS 21 agencies in multiple countries: FDA (USA), CE (Europe), Russia Federation, AMAR (Israel), Chinese 
FDA, India FDA, Taiwan FDA, Australian TGA, Ukraine and more.
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MATERIAL guidedservice
All AB Dental implants are made of Titanium alloy Ti-6Al-4V ELI in accordance with THE ULTIMATE GUIDE FOR PRECISE IMPLANTATIONS
ASTM-F136-02 standard specification. ABGUIDEDSERVICE will give you anything you need for implantation in one package with one click:
Titanium alloy is a proven ideal implant material: • Preparation of a treatment plan according to your instructions.
• Able to integrate almost completely with the bone. • 2D and 3D images of the plan in ABDenpax web-based technology.
• Bio-friendly. • Digital production of a surgical guide, directly from the planning software.
• Provides favorable mechanical qualities (strength, endurance). • A complete color-coded drill kit that provides all the tools you'll need, with no measurements needed during surgery.
• Can be precisely fabricated (precision measured in microns) to ensure a range of implants that meet the 
requirements for optimizing stability in the widest range of patients (considering the dimensions and state of 9 Reasons Why ABGUIDEDSERVICE
health of an individuals’ bone and gums). • Maximum accuracy
• Relating to prosthetics
• All calculations and measurements before surgery
• Flapless in many cases
BIOLOGICAL SURFACE • Minimally invasive• Can save bone augmentation and sinus lift• Angled implants
• Surgery takes less time
AB Dental implants undergoes a special treatment of Biological blasting with Calcium Phosphate for surface • Abutments and healing caps planned
roughening, to enhance the direct attachment of the bone to the implant (Osseointegration), to remove harmful 
aluminum remnants and achieve clean implant surface.
Next, the implants undergo SLA (sandblasted with large-grits, acid-etched) treatment, and lastly, they are 
sterilized by Gamma irradiation.  
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IMPLANT PACKAGE CONTENT IMPLANTATION PROTOCOL
Bone level implants: 
PACKAGE CONTENT AB Dental Implants can be provided in a package with or without an implant carrier. Maintain the sterility of the implant after removing the implant from its double wrapping.
WITH CARRIER WITHOUT CARRIER The implant should be screwed manually via the carrier.
Extract the carrier and follow insertion of the implant inside the osteotomy by implant drivers' tools as required. 
Take the implant out of the package using a gripping implant driver and screw the implant inside the osteotomy as 
Clip carrier
T5 required. 
Color coded tube 
Cover screw
cap indicates the Implant
final dill color.
Implant
External Tube Internal Tube Components Internal Tube Components The Implants are available with / without carrier:
Implants with carrier 
Color-coded tube caps indicate the 
One-piece implants:  final drill color: • For dentists who prefer the manual feel of the torque. 
PACKAGE CONTENT mplants without carrier 
Tube top  Final drill • For dentists who prefer not to touch the implant for 
cap colors size hygienic reasons or would rather depend on the contra-
2.0
Integral implant carrier angle's torque.
2.8
Color coded tube 3.2
cap indicates the 
final dill color. 3.65
Implant 4.0
4.5
5.0
Outside tube Inside tube Components
5.5
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BASIC IMPLANTOLOGY  
STEP BY STEP
GENERAL RECOMENDED DRILLING PROCEDURE FOR ALL IMPLANTS The drill protocol for all implant start with Ø2.0 mm drill. In case preferred, for small diameter implant smaller diameter 
drills can be used. 
After gathering all needed medical and dental information, The drills are used in graduated order to slowly increase the diameter of the osteotomy until the desired diameter is 
reaching a diagnosis, in conjunction with X-rays and/or CT scan, assuring that the patient is suitable for an implant-based reached. This will allow safe progression and decrease trauma to the surrounding bony structures. 
rehabilitation per your best professional discretion and determining a treatment plan approved by the patient - continue to The accurate depth of the osteotomy is determined by the length of each particular implant and is indicated by the depth 
the next step: implantation. lines around each drill, in order to allow good position of the implant in the bone so that its proximal end is flush with the 
alveolar ridge.
Surgically expose the bony surface. Final drill color (for hard bone) should correspond to Implant's Tube Cap color.
Determine the position for the implant placement. 
Using our marking drill make a marking guide hole, down into the cortical bone to the level of the neck beneath the drill 
cutting head. Do not attempt to drill deeper with the marking drill. 
Note: Do not insert an implant with a carrier 
Using the guide hole for position, the color-coded drill will be utilized to drill the osteotomy to the desired depth. The color 
all the way to the final depth, but to 2/3 of 
coding on the drills indicates their diameter. 
the depth, and then continue manually with a 
ratchet.
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DRILLING PROTOCOL
RECOMMENDED STRAIGHT DRILL PROTOCOL OPTIONAL DRILLS RECOMMENDED CONICAL STOPPER DRILL PROTOCOL OPTIONAL DRILLS
TMD TPD TD TD TD TD TD TD TD TD TMD TDCSt TDCSt TDCSt TDCSt TDCSt TDCSt
Drill Diameter (mm) TDCS TDCS TDS TDS TDCS TDCS TDS TDSØ 1.9 Ø 2 Ø 2.5 Ø 2.8 Ø 3.2 Ø 3.65 Ø 4.0 Ø 4.5 Ø 5.0 Ø 5.5 3.75-4.2 5-6 Ø1.2 Ø1.5 Drill Diameter (mm) Ø 1.9 Ø 2.2 Ø 2.7 Ø 3.3 Ø 3.7 Ø 4.0 Ø 4.5 3.75-4.2 5-6 Ø1.2 Ø1.5
Drill Speed (RPM) 1200-1500 900-1200 800-1000 500-700 400-700 400-600 400-600 300-500 200-400 200-400 Drill Speed (RPM) 1200-1500 800-1000 500-700 400-700 400-600 400-600 300-500
TMD Marker drill bit   TMD Marker drill bit   
TPD Pilot drill bit   TDCSt Conical Stopper drill
TD Straight drill bit
Procedure recommended by AB Dental should not Procedure recommended by AB Dental should not 
replace the dentist/surgeon’s judgment and experience. replace the dentist/surgeon’s judgment and experience.
Final drill color (for hard bone) should correspond to Final drill color (for hard bone) should correspond to 
Implant’s Tube Cap color Implant’s Tube Cap color
 Implan t  Bon e
Diameter Type
 Implan t  Bone 
Soft Bone Diameter Type
Ø2.4 Hard Bone
Soft Bone
Ø2.4
Soft Bone Hard Bone
Ø3 OptionalHard Bone
Soft Bone
Soft Bone Ø3 Hard Bone
Ø3.3 OptionalHard Bone
Soft Bone
Soft Bone Ø3.3 Hard Bone
Ø3.5 Hard Bone
c Soft BoneOptional c
Soft Bone Ø3.5 Hard Bone
Ø3.75 Hard Bone Optional
Soft Bone
Optional Ø3.75
Soft Bone Hard Bone
Ø4.2 OptionalHard Bone
Soft Bone
Optional Ø4.2
Soft Bone Hard Bone
Ø4.5 OptionalHard Bone
Soft Bone
Optional Ø4.5
Soft Bone _ Hard Bone
Ø5 16 mm Hard Bone Optional c 13 mm _
11.5 mm _ Soft Bone
Optional 10 mm _ Ø5 Hard Bone
Ø6 Soft Bone 8 mm _
Optional
Hard Bone c 6 mm _
Mark drill site
Mark drill site
Drill throughout entire implant’s length
Drill throughout entire implant’s length
Drill through cortical plate in case needed
c Drill through cortical plate with Counter Sink drill in case needed
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BONE DENSITY BONE DENSITY 
TYPE 1 Note: For all bone types:It is recommended to insert the implant into the TYPE 2 
trabecular bone, and not the cortical bone, in 
order to avoid interruption of blood supply.
• Dense trabeculae.
• Sparse blood supply. • Ideal for implant placement.
• Risk of breaking and heating. • Drilling can be performed continuously.
Attention: Drilling in type 1 bone should be performed gradually, not continuously, to prevent: 1. Start with TMD-1.9 Marker Drill Bit to mark the implant placement, to a depth of 2mm.
• Bone over-heating. 2. Continue drilling with TPDD-2.0 Pilot Coated Drill Bit up to the required length.
• Trabeculae destruction. 3. Continue drilling with TDD-2.8 Coated Drill Bit to the required length, and then continue 
• Implant failure. the drilling sequence according to the intended implants' diameter.
Drill with up-and-down movements to the required length, staying no more than 4 seconds in the osteotomy each drilling. 4. The recommended final drill should be 0.5mm less than the implant diameter.
1. Start with TMD-1.9 Marker Drill Bit to mark the implant placement, to a depth of 2mm. Recommended implant type: gentle threaded - i2, i22.
2. Continue drilling gradually with up-and-down movements with TPDD-2.0 Pilot Coated Drill Bit up to the required length.
3. Continue drilling gradually with up-and-down movements with TDD-2.8 Coated Drill Bit to the required length, and then 
continue the drilling sequence according to the intended implants' diameter.
4. The recommended final drill should 
be 0.1mm less than the implant diameter.
5. Recommended: counter-sink drill to avoid cervical 
absorption and to allow easy insertion of the implant 
without pressure.
6. Insertion of the implant with two steps forward -
 one step back, to allow better blood supply to the 
bone around the implants.
Recommended implant type: gentle threaded - i2, i22.
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BONE DENSITY 
TYPE 3/4 
• Spacious trabeculae. 
• Soft bone – respect it!
• Drilling can be performed continuously.
• The recommended implant is one with sharp and deep threads – I5, I55.
1. Start with TMD-1.9 Marker Drill Bit to mark the implant placement, to a depth of 2mm.
2. Continue drilling with TPDD-2.0 Pilot Coated Drill Bit up to the required length.
3. Continue drilling with TDD-2.8 Coated Drill Bit to the required length, and then continue the drilling sequence according to 
the intended implants' diameter.
4. The recommended final drill should be 1mm less than the implant diameter.
Recommended implant type: sharp and aggressive threaded - i5, i55.
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Implant depth IMPLANT TYPES
The recommended position for perfect restoration is achieved by reaching bone level, which is the exact height, with one of  Integrated implant and abutment (one-piece):
the hexagon's faces tangential to the external jaw arc. Implant driver assist the visualization of the Hexagon faces. • Require immediate loading and rehabilitation
• Require cementing of the restoration device (not screw-retained) 
Remove the cover screw or healing cap prior to restoration in two-piece implants. • No choice as to the structure of the abutment. That choice is made beforehand. One-piece implants are not suitable in 
case the restoration needed cannot be parallel to the implant
Complete the screwing motion with a torque of up to 45 Ncm, up to initial stability.
Two-piece implants:
The implant should be implanted in tubercular bone, to avoid heating the bone and future absorptions. • Offer the greatest range of rehabilitation options
• Allows for immediate loading or two-stage restoration
If you intend to load the implant immediately - tighten the abutment with a torque of 35 Ncm, to check whether the implant • The restoration can be cemented or screwed
is resistant to loading. • Can be restored when the implant is tilted 
Note: Do not exceed 30 Ncm when using the If there is a need for immediate loading, the conical implant, which has good retention from the outset, should be used
implant carrier to insert the implant! 
One can close the implant top with a cover In the front, single-rooted teeth and in the upper teeth between tooth 4 and tooth 7, where the sinus cavity is found, wide 
screw, stitch, and wait for recovery, or load conical implants are recommended in order to reduce pressure on the base of the sinus. 
immediately by installing the proper abutment, 
and stitch tissue around. When the bone is very wide, and the sinus cavity is distant, any implant can be used. 
When the bone is narrow, a wide implant should not be used.
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IMPORTANT:
The operator must be a licensed dentist, 
CHOOSING THE trained and certified to preform dental implants.The information written in this booklet is AB DENTAL
PROPER IMPLANT general guidelines, and should not replace the dentist/surgeon's judgement and experience. IMPLANTS
The implant size (height and width) is chosen according to preliminary X-rays. 
After making a preliminary diagnosis, an X-ray and/or CT should be used to determine the dimensions of the 
implant suitable for the site in question. Alternatively, use ABGuidedService to accurately plan and preform the 
implant treatment.
There must be a 2 mm margin from anatomical obstacles and maximum bone height.
The implant type should be chosen according to the type and amount of bone it is intended to.
The dimensions of the implant should be chosen according to the height and width of the bone, and the inter-
dental space it is intended to.
As a general rule, the widest and longest implant suitable for a particular site (density and dimensions of bone, 
dimensions of gums) should be used, in order for rehabilitation to be most effective. 
Another general  rule  is  that implant  and  abutment  combinations  offer  the greatest  range  of  rehabilitation  I2 I22 I5 I55 I10 I6 I6b           I7
options. Screw Type Screw Type Conical Conical Trapeze Narrow One Piece Ball  Integral 
Implant Implant Implant Implant Implant Integral Attachment Implant
Implant Implant
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i2 Screw type implant CAT D Tube top cap With/Without no. (mm) Platform L (mm) colors Implant carrier
WHY I2 IMPLANT? I2 3.5 Standard 8, 10, 11.5, 13, 16 BothI2 3.75 Standard 8, 10, 11.5, 13, 16 BothI2 4.2 Standard 8, 10, 11.5, 13, 16 Both
I2 5 Standard 8, 10, 11.5, 13, 16 Both
Parallel implant with slight convergence in the apical zone, gentle threads for maximal confidence. I2 6 Standard 8, 10, 11.5 With
UNIQUE DESIGN 
• Parallel implant with slight convergence in the apical zone 
of 3 degrees, which provides easier implant insertion. D RECOMMENDED DRILL PROTOCOL
• Double gentle threads with distance of 0.6 mm which 
provide a greater initial stability. TMD TPD TD TD TD TD TD TD TD TD
• Cutting dense threads at the apex for easier penetration. Drill Diameter (mm) Ø 1.9 Ø 2 Ø 2.5 Ø 2.8 Ø 3.2 Ø 3.65 Ø 4.0 Ø 4.5 Ø 5.0 Ø 5.5
• Double platform for wide restoration possibilities. Drill Speed (RPM) 1200-1500 900-1200 800-1000 500-700 400-700 400-600 400-600 300-500 200-400 200-400
• Groovy neck - for increased osseointegration at the implant
 neck area.  Implant  Bone 
Diameter Type
UNIQUE CLINICAL BENEFITS Ø3.5 Soft Bone
Hard Bone
• Prevents cervical bone resorption due to delicate threading. Optional
Soft Bone
• Long term stability. L Ø3.75 Hard Bone Optional
Optional
Ø4.2 Soft Bone Optional
RECOMMENDED BONE TYPES Hard Bone
Optional
Type 1-2 lower jaw Ø5 Soft Bone
Hard Bone Optional c
Optional
RANGE Ø6 Soft Bone Optional
Hard Bone c
• Standard platform. 
• With carrier. Mark drill site
TMD Marker drill bit   
Drill throughout entire implant’s length
FINAL DRILL Drill through cortical plate in case needed TPD Pilot drill bit   
Less than 0.1mm the implant diameter. c Drill through cortical plate with Counter Sink drill in case needed TD Straight drill bit
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i22 Screw type implant CAT D Tube top With/Without no. (mm) Platform L (mm) cap colors Implant carrier
I22 3.75 Standard 8, 10, 11.5, 13, 16 Both
WHY i22 IMPLANT? I22 4.2 Standard 8, 10, 11.5, 13, 16 BothI22 5 Standard 8, 10, 11.5 Both
Conical implant with gentle threads for maximal confidence.
UNIQUE DESIGN RECOMMENDED DRILL PROTOCOL
• Conical implant.
• Gentle threads.
• Triple leads threads with distance of 0.9 between one and the other. D TMD TPD TD TD TD TD TD TD
• Double thread at the apex that provides better initial stability. Drill Diameter (mm) Ø 1.9 Ø 2 Ø 2.5 Ø 2.8 Ø 3.2 Ø 3.65 Ø 4.0 Ø 4.5
• Double platform for wide restoration possibilities. Drill Speed (RPM) 1200-1500 900-1200 800-1000 500-700 400-700 400-600 400-600 300-500
• Groovy neck - for increased osseointegration at the implant neck 
area.
 Implant  Bone 
Diameter Type
UNIQUE CLINICAL BENEFITS 
Optional
• Triple lead for achieving intimate bone contact and shorter Ø3.75 Soft Bone Optional
insertion time. Hard Bone
Optional
• Allows initial stability for immediate loading. Ø4.2 Soft Bone Optional
• Switch and double platform. Hard Bone
Optional
• Minimum pressure for type 1 bone. Ø5 Soft BoneHard Bone Optional
• High degree of bone-to-implant contact (BIC). L c
RECOMMENDED BONE TYPE Mark drill site
Type 1-2 lower jaw. TMD Marker drill bit   Drill throughout entire implant’s length
TPD Pilot drill bit   
RANGE Drill through cortical plate in case needed 
Standard platform. c Drill through cortical plate with Counter Sink drill in case needed TD Straight drill bit
Length: 8, 10, 11.5, 13, 16mm. 
Diameter: 3.75, 4.2, 5mm. 
With and without carrier.
FINAL DRILL 
Less than 0.1mm the implant diameter.
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CAT D Platform L (mm) Tube top cap With/Without i5 no. (mm) colors Implant carrier CONICAL IMPLANT I5/I6BI 3 Narrow 10, 11.5, 13, 16 BothI5 3.2/3.3 Narrow 10, 11.5, 13, 16 Both
WHY i5 IMPLANT? I5 3.5 Standard 10, 11.5, 13, 16 BothI5 3.75 Standard 8, 10, 11.5, 13, 16 Both
I5 4.2 Standard 8, 10, 11.5, 13, 16 Both
I5 4.5 Standard 6, 8, 10, 11.5, 13, 16 Both
Spiral implant with sharp and deep threads. I5 5 Standard 6, 8, 10, 11.5, 13, 16 Both
Bone  spreading implant. I5 6 Standard
6, 8, 10, 11.5, 13, 16 With
• Self-Tapping.
• High initial stability. RECOMMENDED DRILL PROTOCOLD
• Long term survivability. TMD TPD TD TD TD TD TD TD TD TD
Drill Diameter (mm) Ø 1.9 Ø 2 Ø 2.5 Ø 2.8 Ø 3.2 Ø 3.65 Ø 4.0 Ø 4.5 Ø 5.0 Ø 5.5
UNIQUE DESIGN Drill Speed (RPM) 1200-1500 900-1200 800-1000 500-700 400-700 400-600 400-600 300-500 200-400 200-400
• Spiral implant with sharp threads.  Implan t  Bone 
• Special design of the threads start with sharp spiral and ends with Diameter Type
obtuse spiral to achieve bone compression and stability.
Soft Bone
• Groovy neck. Ø3 OptionalHard Bone
• A narrow apex for better primary stability and long term survivability. 
Soft Bone
• Double platform for wide restoration possibilities. Ø3.3 OptionalHard Bone
Soft Bone
UNIQUE CLINICAL BENEFITS Ø3.5 Hard Bone
• Available in narrow diameter for narrow ridge. L OptionalSoft Bone
• Suitable for immediate extraction and implantation. Ø3.75 Hard Bone Optional
• Double platform. Optional
• Switch platform. Soft BoneØ4.2 OptionalHard Bone
• Minimum drilling. Optional
• Aggressive threads at the apex for initial stability.  Soft BoneØ4.5 Hard Bone Optional
Optional
RECOMMENDED BONE TYPE Ø5 Soft Bone
Hard Bone Optional c
Type 3-4 upper jaw
Optional
Ø6 Soft Bone Optional
RANGE Hard Bone c
• Standard & narrow platform. Mark drill site TMD Marker drill bit   
Drill throughout entire implant’s length
FINAL DRILL TPD Pilot drill bit   Drill through cortical plate in case needed
Less than 0.1mm the implant diameter. Conical drill recommended. c Drill through cortical plate with Counter Sink drill in case needed TD Straight drill bit
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i55 CAT D Platform L (mm) Tube top With/Without Im- CONICAL IMPLANT no. (mm) cap colors plant carrierI55 3 Narrow 10, 11.5, 13, 16 Both
I55 3.3 Narrow 10, 11.5, 13, 16 Both
WHY i55 IMPLANT? I55 3.75 Standard 8, 10, 11.5, 13, 16 BothI55 4.2 Standard 8, 10, 11.5, 13, 16 Both
I55 4.5 Standard 6, 8, 10, 11.5, 13, 16 Both
I55 5 Standard 6, 8, 10, 11.5, 13 Both
A spiral implant with combination of gentle and sharp threads for 
immediate loading. 
UNIQUE DESIGN RECOMMENDED DRILL PROTOCOL
• Conical implant.
• Unique combination of aggressive and gentle threads increases D TMD TPD TD TD TD TD TD TD TD
the surface area, facilitating the osseointegration process. Drill Diameter (mm) Ø 1.9 Ø 2 Ø 2.5 Ø 2.8 Ø 3.2 Ø 3.65 Ø 4.0 Ø 4.5 Ø 5.0
• Groovy neck.  Drill Speed (RPM) 1200-1500 900-1200 800-1000 500-700 400-700 400-600 400-600 300-500 200-400
• A narrow apex for better primary stability and long term 
survivability.  Implan t  Bon e
• The combination of cutting threads allow for minimal insertion Diameter Type
trauma. Soft Bone
• Double platform for wide restoration possibilities. Ø3 OptionalHard Bone
Soft Bone
UNIQUE CLINICAL BENEFITS Ø3.3 OptionalHard Bone
• Premium implant for immediate loading in integrated design. Optional
Soft Bone
• Minimum drilling. Ø3.75 Hard Bone Optional
• Available in narrow diameter. L Optional
Soft Bone
• Intergard internal hexagon. Ø4.2 OptionalHard Bone
• High BIC for optimum osseointegration. Optional
Ø4.5 Soft Bone
Hard Bone Optional
RECOMMENDED BONE TYPE Optional
Type 3-4 upper jaw Ø5 Soft Bone Optional
Hard Bone c
RANGE Mark drill site
• Standard & narrow platform. TMD Marker drill bit   
Drill throughout entire implant’s length
FINAL DRILL Drill through cortical plate in case needed TPD Pilot drill bit   
less than the implant diameter. Conical drill recommended. c Drill through cortical plate with Counter Sink drill in case needed TD Straight drill bit
30 31
i10 CAT D Platform L (mm) Tube top With/Without   TRAPEZE IMPLANT no. (mm) cap colors Implant carrierI10 3.75 Narrow 8, 10, 11.5, 13, 16  Both
WHY i10 IMPLANT? I10 4.2 Standard 8, 10, 11.5, 13, 16  BothI10 5 Standard 8, 10, 11.5, 13 Both
Spiral Trapeze  implant
UNIQUE DESIGN RECOMMENDED DRILL PROTOCOL
• A conical implant with Trapeze neck for optimal esthetic results. 
D TMD TPD TD TD TD TD TD TD• Unique combination of aggressive and gentle threads increases 
Drill Diameter (mm) Ø 1.9 Ø 2 Ø 2.5 Ø 2.8 Ø 3.2 Ø 3.65 Ø 4.0 Ø 4.5
the surface area, facilitating the osseointegration process. Drill Speed (RPM) 1200-1500 900-1200 800-1000 500-700 400-700 400-600 400-600 300-500
• The aggressive thread at the apex allow for primary stability. 
• Self-tapping implant.  Implan t  Bone 
• Groovy neck. Diameter Type
• Mini platform connection. OptionalØ3.75 Soft Bone
Hard Bone Optional
Optional
UNIQUE CLINICAL BENEFITS Ø4.2 Soft Bone OptionalHard Bone
Allows Horizontal Biological width. Optional
Ø5 Soft Bone Optional
L Hard Bone c
RECOMMENDED BONE TYPE 
Esthetic zone ALL types. Mark drill site TMD Marker drill bit   
Drill throughout entire implant’s length
RANGE Drill through cortical plate in case needed
TPD Pilot drill bit   
c Drill through cortical plate with Counter Sink drill in case needed
Standard and narrow rehabilitation platform. TD Straight drill bit
FINAL DRILL 
Final drill recommended according to bone density at the 
implemented area.
32 33
i6 CAT D L1 L (mm) Tube top cap colors (indicating  NARROW INTEGRAL IMPLANT no. (mm) (mm) the final drill color)I6 2.4 11.5, 13, 16 7
WHY i6 IMPLANT? I6 3 10, 11.5, 13, 16 7I6 3.2 10, 11.5, 13, 16 7
RECOMMENDED DRILL PROTOCOL
Conical integral implant, One piece implant.
TMD TPD TD TD TD
UNIQUE DESIGN Drill Diameter (mm) Ø 1.9 Ø 2 Ø 2.5 Ø 2.8 Ø 3.2
• Rounded threads. Drill Speed (RPM) 1200-1500 900-1200 800-1000 500-700 400-700
• Self-tapping. 
• One piece implant with integrated abutment.  Implan t  Bone 
Diameter Type
UNIQUE CLINICAL BENEFITS Soft BoneØ2.4 Hard Bone
• For immediate implantation & loading in a very narrow ridges. L1
Soft Bone
• Reduced bone trauma. Ø3 OptionalHard Bone
• Self-tapping. Soft Bone
Ø3.2 OptionalHard Bone
RECOMMENDED BONE TYPE D
• For narrow ridge and immediate loading for anterior ridge in the 
Mark drill site
lower jaw. TMD Marker drill bit   Drill throughout entire implant’s length
• Bone type 1-2. Drill through cortical plate in case needed TPD Pilot drill bit   
TD Straight drill bit
RANGE
• Integrated straight abutment. L
• With carrier.
FINAL DRILL 
Pilot only.
34 p 35
i6  CAT D L1 L (mm) Tube top cap colors (indicating    ONE PIECE BALL ATTACHMENT no. (mm) (mm) the final drill color)p I6b 2.4 11.5, 13, 16 6
IMPLANT - WHY i6    IMPLANT? 
RECOMMENDED DRILL PROTOCOL
One-piece narrow implant with ball attachment on top.
TMD TPD
UNIQUE DESIGN Drill Diameter (mm) Ø 1.9 Ø 2
Designed for connecting the implant to a removable denture in Drill Speed (RPM) 1200-1500 900-1200
narrow ridges. 
 Implan t  Bone 
UNIQUE CLINICAL BENEFITS Diameter Type
Suitable for multiple implantation. L1 Soft BoneØ2.4 Hard Bone
RECOMMENDED BONE TYPE D
Suitable for all types of bones, but optimal usage in dense bone - Mark drill site TMD Marker drill bit   
type 1. Drill throughout entire implant’s length
TPD Pilot drill bit  
RANGE
Integrated ball attachment.
With carrier.
FINAL DRILL L
Pilot only.
36 37
i7 CAT D L (mm) L1 Tube top cap colors (indicat- INTEGRAL IMPLANT no. (mm) (mm) ing the final drill color)I7 3.75 8, 10, 11.5, 13, 16 11
WHY i7 IMPLANT? I7 4.2 8, 10, 11.5, 13, 16 11I7 5  8, 10, 11.5, 13 11
Integral implant, One piece implant.
UNIQUE DESIGN RECOMMENDED DRILL PROTOCOL
• Spiral implant.
• Integrated design with two types of threads: aggressive and gentle. TMD TPD TD TD TD TD TD TD
• A narrow apex for better primary stability. Drill Diameter (mm) Ø 1.9 Ø 2 Ø 2.5 Ø 2.8 Ø 3.2 Ø 3.65 Ø 4.0 Ø 4.5
Drill Speed (RPM) 1200-1500 900-1200 800-1000 500-700 400-700 400-600 400-600 300-500
UNIQUE CLINICAL BENEFITS 
• One piece implant eliminates micromovement and help to minimize 
bone loss.  Implan t  Bone Diameter Type
• For immediate loading and immediate implantation. Optional
L1 Ø3.75 Soft Bone
Hard Bone Optional
RECOMMENDED BONE TYPE Optional
Soft Bone
• Lower jaw. Ø4.2 OptionalHard Bone
• Cement retained only. Optional
Soft Bone
• Interior ridge. D Ø5 OptionalHard Bone c
• Bone type 1-2.
Mark drill site
RANGE TMD Marker drill bit   Drill throughout entire implant’s length
• Length: 8, 10, 11.5, 13, 16mm. Drill through cortical plate in case needed TPD Pilot drill bit   
• Diameter: 3.75, 4.2, 5mm. 
c
• Integrated straight abutment. Drill through cortical plate with Counter Sink drill in case needed TD Straight drill bitL
• With carrier.
FINAL DRILL 
0.5 less than the implant diameter.
38
Tel: +972-8-8531388
Fax:+972-8-8522562 DMS 22867. A-1
www.ab-dent.com Rev. 0120