User ManualMIS Ceramic Drills

MT-CRD21 Ceramic Marking Drill Dia. 2.10mmMT-CRD20 Ceramic Pilot Drill Dia. 2mmMT-CRD28 Ceramic Twist Drill Dia. 2.80 mm

MARKING DRILL - 2.1mm

TWIST & PILOT DRILL

Sharp tip for instant bone engagement.

S-shaped tip-transversing blade for easy penetration.

Large venting grooves for fast substance removal.

General Information

Laser depth markings:

Unique blade design for smooth and vibration-free operation.

8mm

10m

m

11.5

mm

13m

m

16m

m

MIS’ ceramic drills are made to facilitate smooth and vibration-free operation. Due to their higher resistance to wear, Ceramic drills allow for multiple uses without losing sharpness. The versatile pilot drill is ideal for the initial preparation, and cut into all bone types. The Ceramic twist drills feature unique blade geometry to minimize friction with bone. The 8-16mm laser depth markings are clearly visible on the white ceramic material.

Advantages - Optimal cutting properties- Smooth operation- Biocompatible- Metal free- Corrosion free

Material The ceramic drills are made of high-performance mixture of Zirconia (Zirconium oxide) and Alumina (Aluminum oxide) ceramics.

The combination of these materials provides strength of 2,000 Mpa.

Indications

Pilot Drill & Twist Drill For implant site preparation: position, direction and depth.

Marking Drill For marking the location of implant sites.For any maxillofacial surgery procedure, involving removal of bone.

User ManualMIS Ceramic Drills

MT-CRD21 Ceramic Marking Drill Dia. 2.10mmMT-CRD20 Ceramic Pilot Drill Dia. 2mmMT-CRD28 Ceramic Twist Drill Dia. 2.80 mm

MARKING DRILL - 2.1mm

TWIST & PILOT DRILL

Sharp tip for instant bone engagement.

S-shaped tip-transversing blade for easy penetration.

Large venting grooves for fast substance removal.

General Information

Laser depth markings:

Unique blade design for smooth and vibration-free operation.

8mm

10m

m

11.5

mm

13m

m

16m

m

MIS’ ceramic drills are made to facilitate smooth and vibration-free operation. Due to their higher resistance to wear, Ceramic drills allow for multiple uses without losing sharpness. The versatile pilot drill is ideal for the initial preparation, and cut into all bone types. The Ceramic twist drills feature unique blade geometry to minimize friction with bone. The 8-16mm laser depth markings are clearly visible on the white ceramic material.

Advantages - Optimal cutting properties- Smooth operation- Biocompatible- Metal free- Corrosion free

Material The ceramic drills are made of high-performance mixture of Zirconia (Zirconium oxide) and Alumina (Aluminum oxide) ceramics.

The combination of these materials provides strength of 2,000 Mpa.

Indications

Pilot Drill & Twist Drill For implant site preparation: position, direction and depth.

Marking Drill For marking the location of implant sites.For any maxillofacial surgery procedure, involving removal of bone.

User ManualMIS Ceramic Drills

MT-CRD21 Ceramic Marking Drill Dia. 2.10mmMT-CRD20 Ceramic Pilot Drill Dia. 2mmMT-CRD28 Ceramic Twist Drill Dia. 2.80 mm

MARKING DRILL - 2.1mm

TWIST & PILOT DRILL

Sharp tip for instant bone engagement.

S-shaped tip-transversing blade for easy penetration.

Large venting grooves for fast substance removal.

General Information

Laser depth markings:

Unique blade design for smooth and vibration-free operation.

8mm

10m

m

11.5

mm

13m

m

16m

mMIS’ ceramic drills are made to facilitate smooth and vibration-free operation. Due to their higher resistance to wear, Ceramic drills allow for multiple uses without losing sharpness. The versatile pilot drill is ideal for the initial preparation, and cut into all bone types. The Ceramic twist drills feature unique blade geometry to minimize friction with bone. The 8-16mm laser depth markings are clearly visible on the white ceramic material.

Advantages - Optimal cutting properties- Smooth operation- Biocompatible- Metal free- Corrosion free

Material The ceramic drills are made of high-performance mixture of Zirconia (Zirconium oxide) and Alumina (Aluminum oxide) ceramics.

The combination of these materials provides strength of 2,000 Mpa.

Indications

Pilot Drill & Twist Drill For implant site preparation: position, direction and depth.

Marking Drill For marking the location of implant sites.For any maxillofacial surgery procedure, involving removal of bone.

User ManualMIS Ceramic Drills

MT-CRD21 Ceramic Marking Drill Dia. 2.10mmMT-CRD20 Ceramic Pilot Drill Dia. 2mmMT-CRD28 Ceramic Twist Drill Dia. 2.80 mm

MARKING DRILL - 2.1mm

TWIST & PILOT DRILL

Sharp tip for instant bone engagement.

S-shaped tip-transversing blade for easy penetration.

Large venting grooves for fast substance removal.

General Information

Laser depth markings:

Unique blade design for smooth and vibration-free operation.

8mm

10m

m

11.5

mm

13m

m

16m

m

MIS’ ceramic drills are made to facilitate smooth and vibration-free operation. Due to their higher resistance to wear, Ceramic drills allow for multiple uses without losing sharpness. The versatile pilot drill is ideal for the initial preparation, and cut into all bone types. The Ceramic twist drills feature unique blade geometry to minimize friction with bone. The 8-16mm laser depth markings are clearly visible on the white ceramic material.

Advantages - Optimal cutting properties- Smooth operation- Biocompatible- Metal free- Corrosion free

Material The ceramic drills are made of high-performance mixture of Zirconia (Zirconium oxide) and Alumina (Aluminum oxide) ceramics.

The combination of these materials provides strength of 2,000 Mpa.

Indications

Pilot Drill & Twist Drill For implant site preparation: position, direction and depth.

Marking Drill For marking the location of implant sites.For any maxillofacial surgery procedure, involving removal of bone.

User ManualMIS Ceramic Drills

MT-CRD21 Ceramic Marking Drill Dia. 2.10mmMT-CRD20 Ceramic Pilot Drill Dia. 2mmMT-CRD28 Ceramic Twist Drill Dia. 2.80 mm

MARKING DRILL - 2.1mm

TWIST & PILOT DRILL

Sharp tip for instant bone engagement.

S-shaped tip-transversing blade for easy penetration.

Large venting grooves for fast substance removal.

General Information

Laser depth markings:

Unique blade design for smooth and vibration-free operation.

8mm

10m

m

11.5

mm

13m

m

16m

m

MIS’ ceramic drills are made to facilitate smooth and vibration-free operation. Due to their higher resistance to wear, Ceramic drills allow for multiple uses without losing sharpness. The versatile pilot drill is ideal for the initial preparation, and cut into all bone types. The Ceramic twist drills feature unique blade geometry to minimize friction with bone. The 8-16mm laser depth markings are clearly visible on the white ceramic material.

Advantages - Optimal cutting properties- Smooth operation- Biocompatible- Metal free- Corrosion free

Material The ceramic drills are made of high-performance mixture of Zirconia (Zirconium oxide) and Alumina (Aluminum oxide) ceramics.

The combination of these materials provides strength of 2,000 Mpa.

Indications

Pilot Drill & Twist Drill For implant site preparation: position, direction and depth.

Marking Drill For marking the location of implant sites.For any maxillofacial surgery procedure, involving removal of bone.

Drills Maintenance

Key to codes used Attention, see instructions for use

REF catalog number

LOT Batch Code

Manufacturer

MP-UI016 Rev. 5 Sep. 2014

Recommendations for use

Due to their exceptional sharpness, MIS’ Ceramic Drillsshould be handled with care. Use low contact pressure andconstant external irrigation with sterile physiological saline.

Note: Never bend Ceramic Drills as they may fracture under severe bending forces!

Recommended speed: up to 1000 rpm.Inspect drills for fractures and damages prior to each use.

Ceramic drills should be replaced after 50 to 100 drillings, depending on bone type in previous uses.

Intermittentmode

UP TO

rpm1000

EC REP

0483

New product

- The device is not sterile. - Cleaning and sterilization are required prior to first use.

Cleaning and Disinfection:

- Clean instrument under running water to remove any blood or tissue remnants immediately after use.

- Immerse instrument in an approved cleaning/disinfecting solution.

- Use of an ultrasonic cleaner is highly recommended.

- DO NOT USE agents containing high concentration of chlorine or agents containing oxalic acid.

- Use distilled water to prevent water stains.

Sterilization

- All dental instruments must be be sterilized prior to each use.

-Recommended autoclave sterilization protocol: temperature of 134ºC (273ºF), pressure of for 6 minutes or for pre-vacuum autoclave at 132°C (270°F) during 4 minutes.

- Do not exceed 134ºC.

Maintenance

- Perform a visual and functional inspection of the instrument prior to sterilization.

Especially look for: damage to instrument, debris or stains and ensure that all moving components are working properly.

- Dispose of damaged instruments.

** Polyurethane foam in accordance with ASTM F-1839 for testing orthopaedic instruments (in quality 30 and 40)

Bone substitution material ** (30)

1,5

Ncm

1,0

0,5

0,0

Bone substitution material ** (40)

Steel drills require approx. 40% - 50% higher torques than ceramic drills

Ceramic CeramicSteel Steel

Steel vs. Ceramic drills

By prescription only

Drills Maintenance

Key to codes used Attention, see instructions for use

REF catalog number

LOT Batch Code

Manufacturer

MP-UI016 Rev. 5 Sep. 2014

Recommendations for use

Due to their exceptional sharpness, MIS’ Ceramic Drillsshould be handled with care. Use low contact pressure andconstant external irrigation with sterile physiological saline.

Note: Never bend Ceramic Drills as they may fracture under severe bending forces!

Recommended speed: up to 1000 rpm.Inspect drills for fractures and damages prior to each use.

Ceramic drills should be replaced after 50 to 100 drillings, depending on bone type in previous uses.

Intermittentmode

UP TO

rpm1000

EC REP

0483

New product

- The device is not sterile. - Cleaning and sterilization are required prior to first use.

Cleaning and Disinfection:

- Clean instrument under running water to remove any blood or tissue remnants immediately after use.

- Immerse instrument in an approved cleaning/disinfecting solution.

- Use of an ultrasonic cleaner is highly recommended.

- DO NOT USE agents containing high concentration of chlorine or agents containing oxalic acid.

- Use distilled water to prevent water stains.

Sterilization

- All dental instruments must be be sterilized prior to each use.

-Recommended autoclave sterilization protocol: temperature of 134ºC (273ºF), pressure of for 6 minutes or for pre-vacuum autoclave at 132°C (270°F) during 4 minutes.

- Do not exceed 134ºC.

Maintenance

- Perform a visual and functional inspection of the instrument prior to sterilization.

Especially look for: damage to instrument, debris or stains and ensure that all moving components are working properly.

- Dispose of damaged instruments.

** Polyurethane foam in accordance with ASTM F-1839 for testing orthopaedic instruments (in quality 30 and 40)

Bone substitution material ** (30)

1,5

Ncm

1,0

0,5

0,0

Bone substitution material ** (40)

Steel drills require approx. 40% - 50% higher torques than ceramic drills

Ceramic CeramicSteel Steel

Steel vs. Ceramic drills

By prescription only

Drills Maintenance

Key to codes used Attention, see instructions for use

REF catalog number

LOT Batch Code

Manufacturer

MP-UI016 Rev. 5 Sep. 2014

Recommendations for use

Due to their exceptional sharpness, MIS’ Ceramic Drillsshould be handled with care. Use low contact pressure andconstant external irrigation with sterile physiological saline.

Note: Never bend Ceramic Drills as they may fracture under severe bending forces!

Recommended speed: up to 1000 rpm.Inspect drills for fractures and damages prior to each use.

Ceramic drills should be replaced after 50 to 100 drillings, depending on bone type in previous uses.

Intermittentmode

UP TO

rpm1000

EC REP

0483

New product

- The device is not sterile. - Cleaning and sterilization are required prior to first use.

Cleaning and Disinfection:

- Clean instrument under running water to remove any blood or tissue remnants immediately after use.

- Immerse instrument in an approved cleaning/disinfecting solution.

- Use of an ultrasonic cleaner is highly recommended.

- DO NOT USE agents containing high concentration of chlorine or agents containing oxalic acid.

- Use distilled water to prevent water stains.

Sterilization

- All dental instruments must be be sterilized prior to each use.

-Recommended autoclave sterilization protocol: temperature of 134ºC (273ºF), pressure of for 6 minutes or for pre-vacuum autoclave at 132°C (270°F) during 4 minutes.

- Do not exceed 134ºC.

Maintenance

- Perform a visual and functional inspection of the instrument prior to sterilization.

Especially look for: damage to instrument, debris or stains and ensure that all moving components are working properly.

- Dispose of damaged instruments.

** Polyurethane foam in accordance with ASTM F-1839 for testing orthopaedic instruments (in quality 30 and 40)

Bone substitution material ** (30)

1,5N

cm

1,0

0,5

0,0

Bone substitution material ** (40)

Steel drills require approx. 40% - 50% higher torques than ceramic drills

Ceramic CeramicSteel Steel

Steel vs. Ceramic drills

By prescription only

Drills Maintenance

Key to codes used Attention, see instructions for use

REF catalog number

LOT Batch Code

Manufacturer

MP-UI016 Rev. 5 Sep. 2014

Recommendations for use

Due to their exceptional sharpness, MIS’ Ceramic Drillsshould be handled with care. Use low contact pressure andconstant external irrigation with sterile physiological saline.

Note: Never bend Ceramic Drills as they may fracture under severe bending forces!

Recommended speed: up to 1000 rpm.Inspect drills for fractures and damages prior to each use.

Ceramic drills should be replaced after 50 to 100 drillings, depending on bone type in previous uses.

Intermittentmode

UP TO

rpm1000

EC REP

0483

New product

- The device is not sterile. - Cleaning and sterilization are required prior to first use.

Cleaning and Disinfection:

- Clean instrument under running water to remove any blood or tissue remnants immediately after use.

- Immerse instrument in an approved cleaning/disinfecting solution.

- Use of an ultrasonic cleaner is highly recommended.

- DO NOT USE agents containing high concentration of chlorine or agents containing oxalic acid.

- Use distilled water to prevent water stains.

Sterilization

- All dental instruments must be be sterilized prior to each use.

-Recommended autoclave sterilization protocol: temperature of 134ºC (273ºF), pressure of for 6 minutes or for pre-vacuum autoclave at 132°C (270°F) during 4 minutes.

- Do not exceed 134ºC.

Maintenance

- Perform a visual and functional inspection of the instrument prior to sterilization.

Especially look for: damage to instrument, debris or stains and ensure that all moving components are working properly.

- Dispose of damaged instruments.

** Polyurethane foam in accordance with ASTM F-1839 for testing orthopaedic instruments (in quality 30 and 40)

Bone substitution material ** (30)

1,5

Ncm

1,0

0,5

0,0

Bone substitution material ** (40)

Steel drills require approx. 40% - 50% higher torques than ceramic drills

Ceramic CeramicSteel Steel

Steel vs. Ceramic drills

By prescription only

Drills Maintenance

Key to codes used Attention, see instructions for use

REF catalog number

LOT Batch Code

Manufacturer

MP-UI016 Rev. 5 Sep. 2014

Recommendations for use

Due to their exceptional sharpness, MIS’ Ceramic Drillsshould be handled with care. Use low contact pressure andconstant external irrigation with sterile physiological saline.

Note: Never bend Ceramic Drills as they may fracture under severe bending forces!

Recommended speed: up to 1000 rpm.Inspect drills for fractures and damages prior to each use.

Ceramic drills should be replaced after 50 to 100 drillings, depending on bone type in previous uses.

Intermittentmode

UP TO

rpm1000

EC REP

0483

New product

- The device is not sterile. - Cleaning and sterilization are required prior to first use.

Cleaning and Disinfection:

- Clean instrument under running water to remove any blood or tissue remnants immediately after use.

- Immerse instrument in an approved cleaning/disinfecting solution.

- Use of an ultrasonic cleaner is highly recommended.

- DO NOT USE agents containing high concentration of chlorine or agents containing oxalic acid.

- Use distilled water to prevent water stains.

Sterilization

- All dental instruments must be be sterilized prior to each use.

-Recommended autoclave sterilization protocol: temperature of 134ºC (273ºF), pressure of for 6 minutes or for pre-vacuum autoclave at 132°C (270°F) during 4 minutes.

- Do not exceed 134ºC.

Maintenance

- Perform a visual and functional inspection of the instrument prior to sterilization.

Especially look for: damage to instrument, debris or stains and ensure that all moving components are working properly.

- Dispose of damaged instruments.

** Polyurethane foam in accordance with ASTM F-1839 for testing orthopaedic instruments (in quality 30 and 40)

Bone substitution material ** (30)

1,5

Ncm

1,0

0,5

0,0

Bone substitution material ** (40)

Steel drills require approx. 40% - 50% higher torques than ceramic drills

Ceramic CeramicSteel Steel

Steel vs. Ceramic drills

By prescription only