GRF-Dental Implants develops, designs, and manufactures innovative dental implant products and systems. It focuses on original products for dental applications and provides comprehensive tooling and support for successful implementation. GRF offers training and customer support to dental surgeons and technicians globally. It strives to provide high-quality, engineered products and solutions based on sound principles and manufacturing practices to improve lives worldwide.

1. 2015
GRF IMPLANTS

2. Experienced physicians and professional engineers focusing on developing, designing and
building innovative products for the medical field direct GRF-Dental Implants. Within this
framework, GRF-Dental Implants is focused on original products and systems for dental
applications. Each new product and system developed is supplied with comprehensive
peripheral tooling needed for its successful implementation.
GRF-Dental Implants offers responsive customer support and ongoing professional training
courses to the global community of dental surgeons and technicians. With decades of
collective professional experience, GRF-Dental Implants strives to provide the highest
quality products and systems based on sound engineering principles and excellent
manufacturing practices.
GRF-Dental Implants improves the lives of dentists and patients around the world with the
leading technology in dental implant systems.
Advancements in implant dentistry
GRF-Dental uses science and innovation to create unique dental implant products with
proven esthetic results. Our implants are lightweight, strong, biocompatible and made from
titanium, the most widely used material in implant dentistry. Our dental implants carry a
lifetime warranty and are clinically proven by some of the most thorough and in-depth
research in the industry.
GRF-Dental’s global consumable healthcare product team provides innovative surgical
solutions designed to improve the quality of life for users, caregivers, and practitioners.
Our broad global product platform helps dental professionals serve patients' oral health
care for a lifetime, from preventive services to tooth replacement.
GRF-Dental oral health products range from general dental consumables and laboratory
products to products supporting the dental specialty markets of orthodontics, endodontics
and implants.
With a presence in more than 30 countries, patients and practitioners virtually everywhere
in the world rely on GRF-Dental to deliver dental and healthcare solutions with a strong
focus on quality, innovation, and service.
2
About -GRF Implants

3. GRF-Dental’s Lifetime Warranty on Implants and Prosthetics: All GRF-Dental’s implants and
prosthetic components include a Lifetime Warranty. GRF-Dental’s implant or prosthetic
components will be replaced if removal of that product is due to failure
(excluding normal wear to over denture attachments).
Conventional dental products such as crowns, bridges and dentures address the short-term
cosmetic problem of missing teeth, but do nothing to stop bone loss. Crown & bridge dental
products require grinding down healthy teeth to serve as anchors leaving them at a much
greater risk for cavities and endodontic failure.Bridges do not stop bone loss.Dentures become
uncomfortable and unstable over time as the jawbone shrinks resulting in eating and speech
problems.
Dental implants transmit chewing forces to the jaw similar to natural teeth, stimulating the
jawbone and stopping bone loss. By using dental implants for dental reconstruction, healthy
teeth are not compromised. Many leading dental organizations recognize dental Implantology
as the standard of care for tooth replacement.
To provide efficient information transfer to customers and distribution partners, GRF-Dental’s
provides this "Regulatory & Quality" page for interested parties to access frequently-requested
documents that confirm GRF-Dental’s certifications, registrations and licenses. Links to related
websites are also provided to access additional regulatory related information.
Deliver solutions "For Better Dentistry" that benefits practitioners and patients everywhere,
optimizing our global resources to lead the industry in innovation, quality, and service.
Lifetime Warranty
Dental Implant Products
Certifications, registrations & licenses
GRF-Dental Mission Statement
3
GRF-Dental is directed by experienced physicians and professional engineers focusing on
developing, designing and building innovative products for the medical field. Within this
framework, GRF-Dental is focused on original products and systems for dental applications.
GRF-Dental is a world leader in OEM manufacturing of full dental implant and restoration
systems according to client specifications.
GRF-Dental With its extensive and sophisticated engineering capability provides a strong
platform for engineering and manufacturing current and newly emerging, designs.
GRF-Dental offering high quality products, quick response time and very competitive pricing.
GRF-Dental develops manufactures, assembles and packages entire product lines of implants
and components in accordance with international standards.
GRF-Dental designs,develops,manufactures and markets an advanced comprehensive range of
dental implants.
Company Profile

4. Contents
4
Impression components 14
Straight titanium abutments 15-16
Angular Abutments titanium 17
Castable abutments
Attachment systems
Instruments
Implant drills
18
19
20
21
Bone graft material 22
OEM service 23
Surgical Procedure
Bone Types
Spiral Shape Implant
Conical connection Implant
Cylindrical Implant
Stopper Safe Implant
One-piece Implant
Thin Slim implant 2.9 mm
5
6
7
8
9
10
11
12
Healing caps 13

5. Dental surgery is any of a number of medical procedures that involve artificially modifying
dentition, in other words surgery of the teeth and jaw bones.
The traditional implant procedure performed routinely in dental clinics around the
world takes place in phases.
The process begins with an assessment of your mouth and teeth to build a treatment plan.
You may be required to have a dental CT or panoramic X-ray.
Depending upon the condition of your gum or bone,you may need a bone graft,which is done
prior to the implantation.
The implant is positioned in the bone. This process is relatively quick and performed in the
office under local anesthestic. Your gums and mouth are given time to heal, and for the
implant to integrate with the bone— between three to six months —before the next phase
Site
Lance Drill – With proper irrigation, perforate the alveolar crest using a surgical stent, if
necessary, as a reference for proper positioning.
Pilot Drill – Select the 1.50 mm Pilot Drill. If any change is needed in trajectory, it may be
corrected at this time. With proper irrigation, drill a pilot hole to the appropriate depth
marking on the drill.
Check the orientation of the initial osteotomy using a Parallel Pin. If placing more than one
implant and parallelism is desired, begin drilling the next site and align as the trajectory of
the bone permits
Surgical Drills – Depending on implant diameter and the density of bone at the osteotomy
site,it may be necessary to utilize one or more of the Surgical Drills to widen the osteotomy.
To avoid over-preparation, widening drill diameters should be used only as necessary, and
in proper succession. Select the desired Surgical Drill, accounting for the density of bone at
the osteotomy site and the diameter of the implant to be placed.With proper irrigation,drill
to the appropriate depth marking on the drill. The final drill for each implant diameter
should be based on bone density (soft or hard),as charted below.The goal is to achieve high
primary stability upon implant placement.
(Optional) Dense Bone Tap – If indicated by the presence of dense bone, select the Screw
Tap with a diameter matching that of the implant.The tap may be used as an alternative to
the dense bone drill. Place the tap into the prepared implant site. Apply firm pressure and
begin slowly rotating the tap (25 RPM maximum). When the threads begin engaging the
bone, allow the tap to feed into the site without applying additional pressure. The
osteotomy should be tapped through the cortical bone. Reverse the tap out of the
Surgical Procedure
5

6. They are four types of bone in the human face and the length of treatment for placing and
restoring implants with a tooth and crown depends on witch ty pes of bone the implant is
placed in. Implants have to integrate with the surrounding bone before a tooth and crown
is placed on it.
Type I:
Bone is comparable to oak wood, which is very hard and dense. This type of bone has less
blood supply than all on the rest of the types of bone. The blood supply is required for the
bone to harden or calcify the bone next to the implant. Therefore, it takes approximately 4
mounts for this type to integrate with an implant as opposed to 4 mounts for type II bone;
Type II:
bone is comparable to pine wood, which isn't as hard as type I. This type of bone usually
takes 4 mounts to integrate with an implant;
Type III:
bone is like balsa wood, which isn't as dense as type II. Since the density isn't as great as
type II, it takes more time to "fill in" and integrate with an implant. 6 months’ time is
suggested before loading an implant placed in this type of bone. Extended gradual loading
of the implant can, however, improve the bone density.
Type IV:
bone is comparable to styrofoam, which is the least dense of all of the bone types.This type
takes the longest length of the time to integrate with the implant after placement, which is
usually 8 months. Additional implants should be placed to improve implant / bone loading
distribution. Incremental loading of the implants over time will improve bone density. Bone
grafting or augmentation of bone are often required. Bone expansion and or bone
manipulation can improve initial implant fixation.
Bone Types
6
Implant
Diameter
Lance
Drill
Pilot
Drill
Surgical Drill
2.00 mm
3.30 mm
3.75 mm
4.20 mm
5.00 mm
6.00 mm
2.80 mm 3.20 mm 3.65 mm 4.20 mm 5.20 mm

7. The Spiral Dental Implant, leading implant, has exceptional self-drilling capabilities and
a unique spiral body design which enables it to change its position during placement
and obtain very high primary stability also in very complicated clinical cases.
Bone condensing properties and high primary stability.
Self-directing during insertion.
Enables the changing of direction for optimal restorative position.
Enables a smaller osteotomy, resulting in minimal bone loss and reduced
trauma.
Enables narrow ridge expansion.
Reduces the risk of damaging neighboring teeth.
Reduces the risk of perforating the lingual or buccal cortex.
Clinical Advantages:
Spiral Shape Implant
Implant
Diameter
Lance
Drill
Pilot
Drill
Surgical Drill
2.00 mm
3.30 mm
3.75 mm
4.20 mm
5.00 mm
6.00 mm
2.80 mm 3.20 mm 3.65 mm 4.20 mm 5.20 mm
Dia.
Length
6mm
8mm GR-SP3308 GR-SP3708
GR-SP3710
GR-SP3711
GR-SP3713
GR-SP3716
GR-SP4206
GR-SP4208
GR-SP4210
GR-SP4211
GR-SP4213
GR-SP4216
GR-SP5006
GR-SP5008
GR-SP5010
GR-SP5011
GR-SP5013
GR-SP5016
GR-SP6006
GR-SP6008
GR-SP6010
GR-SP6011
GR-SP6013
GR-SP3310
GR-SP3311
GR-SP3313
GR-SP3316
10mm
11.5mm
13mm
16mm
3.75 mm 4.2 mm 5.0 mm 6.0 mm3.3 mm
7

8. 8
Conical Implants share the same three-thread zone concept as Spiral’s
Implants. The Conical Implants converging coronal shape allows platform
switch technology to prevent crystal bone loss.
Recommended for all bone types and all Procedures.
SCREW CONICAL. HEX IMPLANTS 2.5 MMD (STANDARD)
Positions:
RegularplatformRP4.3and5.0mm
NarrowplatformNP3.5mm
Maxilla & posterior mandible.
Outstanding bone penetration capabilities:
Double thread and optimal pitch (gap) for efficient implantation
Bone conservation
Less friction and bone heating
Fast insertion
Conical connection Implant
Implant
Diameter
Lance
Drill
Pilot
Drill
Surgical Drill
2.00 mm
3.50 mm
4.30 mm
5.0 mm
2.80 mm 3.20 mm 3.65 mm 4.20 mm 5.20 mm
Dia.
Length
6 mm
8 mm
10 mm
11.5 mm
13 mm
GR-CI4306
GR-CI4308
GR-CI4310
GR-CI4311
GR-CI4313
4.3 mm
GR-CI5008
GR-CI5010
GR-CI5011
GR-CI5013
5.0 mm
GR-CI3508
GR-CI3510
GR-CI3511
GR-CI3513
3.5 mm
GR-CHCNP3
NP Height 3 mm
GR-CHCNP4
NP Height 4 mm
GR-CHCNP5
NP Height 5 mm
GR-CHCRP3
RP Height 3 mm
GR-CHCRP4
RP Height 4 mm
GR-CHCRP5
RP Height 5 mm
GR-CARP9
RP Ø 4.50 L 9 mm
GR-CSARP1
RP Ø 4.50 L 9 mm
SH 1 mm
GR-CSARP2
RP Ø 4.50 L 10 mm
SH 2 mm
GR-CSANP2
NP Ø 3.9 L 10 mm
SH 2 mm
GR-NP 15 degree
NP Ø 4.2 L 9 mm
GR-RP 15 degree
RP Ø 4.50 L 9 mm
GR-RPplastic sleeve
RP Ø 4.40 L 9 mm
GR-NPplastic sleeve
NP Ø 4.2 L 9 mm
Similar with Nobel Active platform
GR-CAN
RP Analog
GR-CANN
NP Analog
GR-NP open tray
NP Ø 4.2 L 12 mm
GR-NP close tray
NP Ø 4.2 L 8 mm
GR-RP open tray
RP Ø 4.75 L 12 mm
GR-RP close tray
RP Ø 4.75 L 8 mm
GR-CANP9
NP Ø 3.9 L 9 mm
GR-CSANP1
NP Ø 3.9 L 9 mm
SH 1 mm
GR-CSARP3
RP Ø 4.50 L 11 mm
SH 3 mm
GR-CSANP3
NP Ø 3.9 L 11 mm
SH 3 mm

9. 9
Cylindrical implants are specially designed for treatments involving type I
and sometimes type II bone placements.
The Cylindrical is a tapered implant with a variable thread design, double
thread 2 x 1.2 mm thread. The tapered design allows the implant to be
placed in the ideal position for improved esthetics and better load
distribution.
A generally cylindrical dental implant for placement in a jaw bone
comprising a body portion including an apical end and a first threaded outer
surface, said implant further comprising a longitudinal axis, said first
threaded outer surface extending along said longitudinal axis to said apical
Better control during placement.
Greater initial placement stability.
Self-drilling, self-tapping feature.
Clinical Benefits:
Cylindrical Implant
end, said implant also comprising a no threaded collar continuously diverging as the
distance along said longitudinal axis from said apical end increases, said implant also
comprising an abutment onto which an item selected from the group of an artificial crown,
denture, or prosthesis may be attached, said collar located between said abutment and said
body portion at a location such that it will be wedged against or into the jaw bone and
extend beyond the jaw bone into gingival tissue when said implant is positioned in the jaw
bone as intended, said body portion and said collar not decreasing in diameter as the
distance along said longitudinal axis from said apical end to said collar increases.
Implant
Diameter
Lance
Drill
Pilot
Drill
Surgical Drill
2.00 mm
3.30 mm
3.75 mm
4.20 mm
5.00 mm
6.00 mm
2.80 mm 3.20 mm 3.65 mm 4.20 mm 5.20 mm
Dia.
Length
8 mm GR-CS3308 GR-CS3708
GR-CS3710
GR-CS3711
GR-CS3713
GR-CS3716
GR-CS4208
GR-CS4210
GR-CS4211
GR-CS4213
GR-CS4216
GR-CS5008
GR-CS5010
GR-CS5011
GR-CS5013
GR-CS5016
GR-CS6008
GR-CS6010
GR-CS6011
GR-CS6013
GR-CS3310
GR-CS3311
GR-CS3313
GR-CS3316
10 mm
11.5 mm
13 mm
16 mm
3.75 mm 4.2 mm 5.0 mm 6.0 mm3.3 mm

10. 10
A special implant designed for safe use in depths of small bones.The round
shape of the vertex protects the sensitive anatomical area (sinus and
nerves) and its deeper turns increase the integration with the bone.
Although it's a short implant, it has many spirals - 7mm Stopper's spirals are
equal to the length of a different Implant's spirals of 11.5mm The spirals
are very deep and the ostear integration is equal to an 11.5mm Implant.
The Stopper Implant has a table stopper at it’s end (and therefore its name)
which prevents it from sinking on one hand, and on the other, it stabilizes
the implant in the patient's mouth due to to its wide & short size.
This patent has been successfully used by many doctors around the world,
mainly in Europe and USA.
Stopper Safe Implant
Implant
Diameter
Lance
Drill
Pilot
Drill
Surgical Drill
2.00 mm
3.30 mm
3.75 mm
4.20 mm
5.00 mm
6.00 mm
2.80 mm 3.20 mm 3.65 mm 4.20 mm 5.20 mm
Dia.
Length
6mm
7mm
8mm
GR-SHORT4206
GR-SHORT4207
GR-SHORT4208
GR-SHORT5006
GR-SHORT5007
GR-SHORT5008
4.2 mm 5.0 mm

11. 11
This one-piece, self-tapping implant, with integrated abutment, was
designed for single-stage implantation to stabilize a tissue-supported
denture.
Designed for placement in a very narrow ridge, or in ridges with a small
mesiodistal space, one-piece features a unique thread for immediate
insertion. The implant can be placed in all types of bone and can be
subjected to immediate load.
The implants are specifically indicated for replacing maxillary lateral incisors
and mandibular central and lateral incisors. They are cleared for immediate,
non-occlusal provisionalization in single-tooth restorations. Multiple-unit
restorations should be splinted together and may be used immediately,when
clinically appropriate.
One-piece
Implant
Diameter
Lance
Drill
Pilot
Drill
Surgical Drill
2.00 mm
2.40 mm
3.0 mm
2.50 mm 3.20 mm 3.65 mm 4.20 mm 5.20 mm
Dia.
Length
10mm
11mm GR-OP2411
GR-OP2410 GR-OP3010
GR-OP3011
GR-OP3013
GR-OP3016
GR-OP241313mm
16mm
3.0 mm2.4 mm

12. Dia.
Length
12
A Thin Slim conical implant is used for the installation in cases of narrow
crest or between closely situated teeth implants, and also between
permanent implants for temporary restoration. It may be used for immediate
loading.
Thin Slim Implant are specifically indicated for replacing maxillary lateral
incisors and mandibular central and lateral incisors. They are cleared for
immediate, non-occlusal provisionalization in single-tooth restorations.
Multiple-unit restorations should be splinted together and may be used
immediately, when clinically appropriate.
Thin Slim implant 2.9 mm
Thin implant components
Implant
Diameter
Lance
Drill
Pilot
Drill
Surgical Drill
2.00 mm
2.9 mm
2.80 mm 3.20 mm 3.65 mm 4.20 mm 5.20 mm10 mm
11.5 mm
13 mm
16 mm
GR-TH2910
GR-TH2911
GR-TH2913
GR-TH2916
2.9 mm
GR-THC02
Height 2 mm
GR-THC03
Height 3 mm
GR-THC04
Height 4 mm
GR-THC05
Height 5 mm
GR-TTA
3.6 mm
GR-HN
Analog
GR-TBA01
GR-TBA02
GR-TBA03
GR-TBA04
GR-MC
Metal cap
GR-SC
Silicone cap
GR-TPH
Plastiv sleeve
GR-TTO12
3.6 mm L 12 mm

13. 5
13
Healing caps
The healing cap prepares the site for the superstructure insertion and “shapes” the soft
tissue surrounding the implant. Selecting the correct healing cap depends on the thickness
of the mucosa. Wide healing caps are used for soft-tissue contouring of molars and premo-
lars. Recommendation: Hand-tighten using a 1.25 mm hex driver or a motor mount with a
torque of 15 Ncm
There is an internal relief ring on the inner side of the surface which is locked
on the tightening ring of the abutment.
This aids precision and maximizes retention over the external surface.
The cap is formed without an internal ring and has a smooth external surface.
GR-H002
Height 2 mm
GR-H003
Height 3 mm
GR-H004
Height 4 mm
GR-H005
Height 5 mm
GR-H006
Height 6 mm
GR-H007
Height 7 mm
GR-HW002
Height 2 mm
GR-HW003
Height 3 mm
GR-HW005
Height 5 mm
GR-HW006
Height 6 mm
GR-HW004
Height 4 mm
Healing cap 4.6 mm
Platform 3.75 mm
Healing cap 5.5 mm
Platform 3.75 mm

14. Open & Close Tray Transfers
Transfers are designed for impressions using the open-tray technique when the retentions
are sharp, and for the closed-tray technique when the retentions are round.The body of the
Transfer is made of stainless steel; the screws are made of titanium alloy.
Snap Transfer
The Ball Transfer is made of titanium alloy TI-6AL-4V and designed for impressions using
the closed-tray technique, in conjunction with the plastic caps (Ø 4.80 mm and Height
11.00 mm). The cap remains in the impression tray after it is removed from the mouth, for
precise positioning of the Snap Transfer. It is also possible to use this type of Transfer as
aesthetic abutments.
Clip-On Transfer
A Clip-On Transfer for impressions without a screw has a hexagonal lock to ensure a tight
fit. It is especially effective with molars and premolars, where there is lack of space, and
where working with a driver is difficult. It is sufficient to use this Transfer for all types of
impressions as the lack of screws saves a significant amount of time.
Dental Implant Analog
The Analog is made of stainless steel and is used for a laboratory fabricated implant level
cast models. Compatible to all implant level components with a 3.75 platform.
Impression components
14
GR-CT Close tray
Ø 4.75 mm L 8 mm
GR-OT Open tray
Ø 4.75 mm L 12 mm
GR-WOP Open tray
Ø 5.5 mm L 12 mm
GR-STA09
Ø 4.50 L 9 mm
GR-SPA09
Ø 4.75 L 9 mm
GR-CCT
Ø 4.75 mm L 8 mm
GR-AN
Ø 4.0 mm L 12 mm
GR-CCTL
Ø 4.75 mm L 12 mm
GR-WAN
Ø 5.0 mm L 12 mm

15. 15
Straight titanium abutments
A wide variety of titanium straight abutments are available for use in different situations.
These abutments remain stable, even when their wall thickness is reduced to 0.1 mm.They
are used in the fabrication of cement-retained restorations, single crowns or bridges.
Recommendation: Tighten the screw at a torque between 25 to 30 Ncm.
They can be used with two platforms; normal and narrow.
The bevel area and the counter slot design prevent superstructure rotation and ensure
tight contact and swift healing of the abutment.
Peripheral tightening, along with the ring section of the abutment, enables simple and
precise insertion and mounting. Clinicians can attach a coping or temporary
reconstruction to the abutment.
The internal hexagon leads to the implant installation area and uses a driver that fastens
to the implant after the abutment's removal. This is undertaken using either a manual
driver or a driver that is connected to hand unit.
Internal tapping configuration prevents the fastening screw's disengagement from the
implant.
The abutment serves as a channel that prevents contact and friction between inserted
pieces and the internal hexagonal of the implant.
GR-STA05
4.50 mm L 8.5 mm
GR-STA07
4.50 mm L 9.5 mm
GR-STA09
4.50 mm L 10.5 mm
GR-STA11
4.50 mm L 11.5 mm
GR-SNA05
3.80 mm L 5.0 mm
GR-SNA07
3.80 mm L 7.0 mm
GR-SNA09
3.80 mm L 9.0 mm
GR-SNA11
3.80 mm L 11 mm
Straight abutment
Straight narrow abutment

16. GR-STSH01
Ø 4.50 mm L 8.5 mm SH 1.0 mm
GR-STSH02
Ø 4.50 mm L 9.5 mm SH 2.0 mm
GR-STSH03
Ø 4.50 mm L 10.5 mm SH 3.0 mm
GR-STSH04
Ø 4.50 mm L 11.5 mm SH 4.0 mm
GR-SWA9
Ø 5.5 mm L 8.5 mm
GR-SWA01
Ø 5.5 mm L 8.5 mm SH 1.0 mm
GR-SWA02
Ø 5.5 mm L 9.5 mm SH 2.0 mm
GR-SWA03
Ø 5.5 mm L 10.5 mm SH 3.0 mm
GR-SAA01
Ø 5.20 mm L 9.0 mm SH 1.0 mm
GR-SAA02
Ø 5.20 mm L 10.0 mm SH 2.0 mm
GR-SAA03
Ø 5.20 mm L 11.0 mm SH 3.0 mm
Straight shouldered abutment
Wide abutment
Straight aesthetic abutment
16

17. 17
Angular Abutments titanium
Angular abutments are used for constructing cement-retained single crowns or bridges or
when changing the axis of the implant are required.The abutments are available at angles
of 15° and 25°. Recommendation: Tighten the screw at a torque between 25 to 30 Ncm.
There are several different kinds of materials that can make up a dental abutment. For
example, ceramic, gold, titanium, or a high noble metal is all good materials for the
abutment. A frank discussion between the patient and the dentist or dental surgeon will
usually be the deciding factor in the type of abutment; however, there are advantages and
disadvantages for each material.Titanium abutments respond well to the gum tissue when
it comes to implant attachment, but gold is best for porcelain crowns because it lends to a
more natural tooth coloring. Ceramic abutments are popular because they resist fracturing,
look good, and allow light to flow through the crown, giving it the most natural coloring
GR-AB15
4.50 mm L 9.0 mm
GR-AB15-1
5.40 mm L 9.5 mm SH 1.0 mm
GR-AB15-2
5.40 mm L 10.5 mm SH 2.0 mm
GR-AB15-3
5.40 mm L 11.5 mm SH 3.0 mm
GR-AB25
4.50 mm L 9.0 mm
GR-AB25-1
5.40 mm L 9.5 mm SH 1.0 mm
GR-AB25-2
5.40 mm L 10.5 mm SH 2.0 mm
GR-AB25-3
5.40 mm L 11.5 mm SH 3.0 mm
GR-ABL25
4.50 mm L 11.0 mm
GR-ABL15
4.50 mm L 11.0 mm
Angulated abutment 15 degree
Angulated abutment 25 degree

18. Castable abutments
Temporization using PEEK Temporary Abutments is simple, cost-effective, and results in
high patient satisfaction. There are two options when utilizing these abutments,
cement-retained and screw-retained.They can be used for both single and multi-unit cases.
PEEK (polyetheretherketone) is a high-grade thermoplastic polymer for use in medicine
generally, and dentistry specifically. PEEK is characterized by a superior combination of
strength, elasticity and resilience. It is one of the most chemically resistant materials.
Biocompatible and aesthetic, with a low electrical conductivity, PEEK polymer is well suited
for use in the oral cavity.
18
GR-PH
With hexagone
GR-BS
Silicone cap
GR-RP 4.3 MM
Conical plastic
GR-PH
With hexagone
GR-BS
Silicone cap
GR-PHB
Plastic with titanium base
GR-NP 3.5 MM
Conical plastic

19. The Locator Implant Attachment is available in stock to fit all major implant systems. Locator
Implant Abutments for overdenture applications are available in numerous tissue cuff heights.
Choose the corresponding abutment tissue cuff height that exactly equals the tissue measurement,
or the next higher size. With proper tissue cuff height selection, the 1.5mm working portion of the
attachment will remain above the gingival tissue.
19
Attachment systems
The Multi-Unit system provides a solution for screw-retained prostheses; even on
complicated-to-restore implants (for example, multiple tilted implants). The Multi-Unit system
comprises a full range of sizes for both the upper and lower jaws: a straight adaptor.
GRF's attachments systems includes Ball Attachments for overdenture restorations.
Variable heights of attachments allows restorations of any kind gingival depth sockets.
Different kinds of nylon inserts resilience allows to the dentists to choose the right
GR-LS
Silicone + cap
GR-LC01
Height 1 mm
GR-LC02
Height 2 mm
GR-LC03
Height 3 mm
GR-LC04
Height 4 mm
GR-LC05
Height 5 mm
GR-LC06
Height 6 mm
GR-BA01
Ball 1 mm
GR-BA02
Ball 2 mm
GR-BA03
Ball 3 mm
GR-BA04
Ball 4 mm
GR-BA05
Ball 5 mm
GR-BA06
Ball 6 mm
GR-SC
Silicone cap
GR-MC
Metal cap
GR-MU01
Multi unit 1 mm
GR-MU02
Multi unit 2 mm
GR-MU03
Multi unit 3 mm
GR-MU04
Multi unit 4 mm
GR-TSMU
Titanium sleev
GR-PSMU
Plastic sleeve
GR-AMU
Analog for MU
GR-TRMU
Transfer for MU
GR-FSMU
Screw for MU

20. Instruments
Dental instruments are the tools that dental professionals use to provide dental treatment.
They include tools to examine, manipulate, restore and remove teeth and surrounding oral
structures.
Standard instruments are the instruments used to examine, restore and extract teeth and
manipulate tissues.
20
GR-OP07 GR-RR GR-RTGR-OP15
Ø 2.1 mm L 6 mm Regular ratchet Torque ratchet
GPR-H15 GR-DPGR-H07
Ø 1.25 mm L 7 mm Ø 1.25 mm L 15 mm Depth probe
GR-Paralel pin short
Lenght 10 mm
GR-Paralel pin long
Lenght 16 mm
Ø 2.1 mm L 10 mm External hex 2.42 mm
GR-Surgical driver
GR-HDS07 GR-HDS15
Ø 1.25 mm L 7 mm Ø 1.25 mm L 15 mm
GR-HD07 GR-HD15
Ø 2.42 mm L 7 mm Ø 2.42 mm L 15 mm

21. 21
Implant drills
The dental drill is a tool used by dentists to bore through tooth enamel as well as to clean
and remove plaque from the tooth’s surface. It is composed primarily of a headpiece, an air
turbine, and a tungsten carbide drill bit. Since its development began in the mid-1700s, the
dental drill has revolutionized the field of dentistry. The modern dental drill has enabled
dentists to work more quickly and accurately than ever before,with less pain for the patient.
Kit of 35 Stopper drills Surgical kit
GR-MD19
Mark drill
GR-DE20
Drill 2.0 mm L 16 mm
GR-DE25.
Drill 2.5 mm L 16 mm
GR-DE28
Drill 2.8 mm L 16 mm
GR-DE32 GR-DE365 GR-DE42. GR-DE52
Drill 3.2 mm L 16 mm Drill 3.65 mm L 16 mm Drill 4.2 mm L 16 mm Drill 5.2 mm L 16 mm
GR-ED
Extender drill
The GRF Dental Implants Drill
Stopper Kit is designed to
simplify the drilling process
and save valuable chair time.
It enables the doctor to drill
the exact desired depth with
safety and confidence.
Incredibly simple to use
• Designed by doctors for doctors
• Turns procedures into streamlined, simpler one
• Builds on industry best practices for step-drills
• Increases precision
• Saves chair time and increases confidence
• Passive turning drill stopper technology
The GRF Dental Implants Drill
Stopper Kit is designed to
simplify the drilling process
and save valuable chair time.
It enables the doctor to drill
the exact desired depth with
safety and confidence.
Incredibly simple to use
• Designed by doctors for doctors
• Turns procedures into streamlined, simpler one
• Builds on industry best practices for step-drills
• Increases precision
• Saves chair time and increases confidence
• Passive turning drill stopper technology

22. 22
Bone graft material
Bon-Graft is a synthetic bone based on two polymers
Polylactic Acid(PLA)-The PLA is biogradable biocompatible non toxic polymer
used in medical implants, tissue enginering, orthopedic use etc...
Polyglicolic Acid (PGA) used in resorbable sutures, in nerve reconstruction, in dermal and fracture
repair.
The Graft exist in three forms
Gel in Syringe-can fill difficult acess defects- Use in sinus elevation
powder form-stick more than oters to the bone and more soft then B-TCP
Sponge form-can fill great destroyed areas like plaster without membrane help
The polymers are not Radio-opaque
You can control bone construction with x-ray periodic radiology
Osteoblast will replace the fillings construction with human bone till full resorbtion
In a study of Piatelli
oral implantology 2003;4; 77-80
it is shown that in comparison with all other bone replacements
the best resorbtion is in bone-graft.All the other show higher residual material
Gel typeSponge type
Powder type
1 gram package
Sterile package
0.8 cc package
Sterile package
1 gram package
Sterile package

23. OEM service
The GP™ Group is one of Israel's largest companies for providing industrial solutions. The solutions
group offers include consultation, planning, engineering, manufacture, assembly and installation.
GP™ Group has modern machines that are the most sophisticated in the market,unique and exclusive
type in Israel.
GP™ Group machines perform all turning and milling operations in one process. One process
machining – from raw material directly to finished product.
23
NOBEL ACTIVE PLATFORM
Available in stock
NOBEL REPLACE PLATFORM
Available in stock