Sirona CEREC SpeedFire
Sinter and Glaze with CEREC SpeedFire
Full contour zirconia restorations in one session.
CEREC SpeedFire is the smallest and fastest sintering furnace on the market and can sinter a crown in typically 10–15 minutes. The strengths of full contour zirconia can thus also be used for chairside treatment. If required, a glaze can be applied with the CEREC SpeedGlaze that can be fired in just a few minutes in the CEREC SpeedFire. Then the restoration is ready to be placed into the patient’s mouth.
Technical data
Technical data for the CEREC SpeedFire
Model designation:
CEREC SpeedFire
Type of protection against electric shock:
Protection Class I de
vice
Degree of protection against ingress of water:
Ordinary device (
without protection against ingress of
water)
Setup location:
Indoors in dry area
Operating altitude:
≤ 2000 m above sea level
Temperature range:
5°C to
35°C (41°F to 95°F)
Relative humidity
max. 80%
Pollution degree:
2
Mode of operation
Continuous operation
Dimensions of unit (W x H x D in mm):
250 x 425 x 425
Dimensions of packaged unit (W x H x D in mm):
400 x 600 x 500
Furnace chamber:
Diameter 38 mm x 20 mm height
Maximum sintering temperature:
1600°C (2912°F)
Approx. weight without packaging:
21 kg
Approx. weight including packaging:
30 kg
Rated line voltage:
AC 100V - 240V
Rated power frequency:
50/60Hz
Admissible line voltage fluctuations:
±10% of nominal voltage
Power consumption:
max. 1200 W
Interfaces:
2x USB 2.0
1x LAN (RJ45)
WLAN (optional via WLAN USB dongle
Scope of delivery and accessories
Furnace
Power cable
Restoration holder (“Glazing Support Single Unit” and “Glazing
Support Multi Unit”)
Top and bottom door insulation
Positioning pin for door insulation
CEREC SpeedPaste
CEREC Zirconia Shade Guide
Tweezers
USB-WLAN adapter
Ferrite core
Network cable
Product safety with the power cable
In order to ensure product safety, this device may be operated
only with
original Sirona accessories or third-party accessories expressl
y approved
by Sirona. In particular, only the power cable supplied with th
e unit or the
corresponding original spare part may be used with the unit. Th
e user
assumes the risk of using non-approved accessories.
Full contour zirconia restorations in one session.
CEREC SpeedFire is the smallest and fastest sintering furnace on the market and can sinter a crown in typically 10–15 minutes. The strengths of full contour zirconia can thus also be used for chairside treatment. If required, a glaze can be applied with the CEREC SpeedGlaze that can be fired in just a few minutes in the CEREC SpeedFire. Then the restoration is ready to be placed into the patient’s mouth.
Technical data
Technical data for the CEREC SpeedFire
Model designation:
CEREC SpeedFire
Type of protection against electric shock:
Protection Class I de
vice
Degree of protection against ingress of water:
Ordinary device (
without protection against ingress of
water)
Setup location:
Indoors in dry area
Operating altitude:
≤ 2000 m above sea level
Temperature range:
5°C to
35°C (41°F to 95°F)
Relative humidity
max. 80%
Pollution degree:
2
Mode of operation
Continuous operation
Dimensions of unit (W x H x D in mm):
250 x 425 x 425
Dimensions of packaged unit (W x H x D in mm):
400 x 600 x 500
Furnace chamber:
Diameter 38 mm x 20 mm height
Maximum sintering temperature:
1600°C (2912°F)
Approx. weight without packaging:
21 kg
Approx. weight including packaging:
30 kg
Rated line voltage:
AC 100V - 240V
Rated power frequency:
50/60Hz
Admissible line voltage fluctuations:
±10% of nominal voltage
Power consumption:
max. 1200 W
Interfaces:
2x USB 2.0
1x LAN (RJ45)
WLAN (optional via WLAN USB dongle
Scope of delivery and accessories
Furnace
Power cable
Restoration holder (“Glazing Support Single Unit” and “Glazing
Support Multi Unit”)
Top and bottom door insulation
Positioning pin for door insulation
CEREC SpeedPaste
CEREC Zirconia Shade Guide
Tweezers
USB-WLAN adapter
Ferrite core
Network cable
Product safety with the power cable
In order to ensure product safety, this device may be operated
only with
original Sirona accessories or third-party accessories expressl
y approved
by Sirona. In particular, only the power cable supplied with th
e unit or the
corresponding original spare part may be used with the unit. Th
e user
assumes the risk of using non-approved accessories.
Sirona inLab MC X5
Dental implants must be assessed by an team of dentists, including a dental surgical specialist, a restorative dentist, as well as a dental laboratory technician. The dental laboratory technician are the ones fabricating the implants, and with the Sirona inLab MC X5, production is more efficient than ever! The Sirona inLab MC X5 is state of the art technology that allows dental technicians more freedom and variety in designing and producing their implants.
User-friendliness
The technician needs to be able to design the implants and, like fingerprints, patients each have very different sets of teeth. The inLab MC X5 is designed to address the software used to design the implants, giving the technician more freedom to process third-party data. This allows the technician to maintain the quality of the design, and overall product in the end.
The inLab MC X5 is also equipped with an automatic tool changer. It can be fitted with up to six tools at once and the technician can prepare the tool magazine beforehand, personally choosing the tools they deem fit for the job at hand.
The interior of the inLab MC X5 is also designed with smooth edges and rounded contours, making it extremely easy to clean because it reduces deposit amounts. The coverable tool magazine and software-supported cleaning system were all implemented to make the technician’s work much easier, therefore allowing them to focus more on the quality of the product.
The inLab MC X5 also has a great variety in the different kinds of materials it can process. This list includes zirconium oxide, polymers, composites, wax and metals as well as glass and hybrid ceramics. This gives the dental technician a lot more options to choose what material would be the best fit to make the implant for the patient.
It’s also able to process standard disks and blocks in a single machine. It even has a multi-block holder that allows maximum productivity even with single tooth applications. The system, with it’s compatibility with its variety of materials as well as methods of processing, is able to handle any tasks that the technician provides.
In terms of freedom of design and production, the Sirona inLab MC X5 is able to create any dental implant the patient needs. It is user-friendly, so that makes it much easier on the technician when making the implants. It is also equipped to be able to handle any types of material or job that the technician throws at it. This way, the technician doesn’t have to worry about the efficiency of the production, and can focus more on the quality of the product.
Dimensions629 mm x 575 mm x 795 mm
Weight87 kg
Wet GrindingYes
Number of Axes5
Spindle SpeedMax. 60,000 rpm
Automatic Tool ChangingYes
Material CompatibilityZirconia, Polymer, Wax, Composites, Glass Ceramics, Hybrid Ceramics, Metals
Material SizeBlocks in sizes I8 to B40L with specialized block holder capable of holding 6 blocks size I14/C14
Discs 98 mm diameter x up to 30 mm height
ArchitectureOpen
User-friendliness
The technician needs to be able to design the implants and, like fingerprints, patients each have very different sets of teeth. The inLab MC X5 is designed to address the software used to design the implants, giving the technician more freedom to process third-party data. This allows the technician to maintain the quality of the design, and overall product in the end.
The inLab MC X5 is also equipped with an automatic tool changer. It can be fitted with up to six tools at once and the technician can prepare the tool magazine beforehand, personally choosing the tools they deem fit for the job at hand.
The interior of the inLab MC X5 is also designed with smooth edges and rounded contours, making it extremely easy to clean because it reduces deposit amounts. The coverable tool magazine and software-supported cleaning system were all implemented to make the technician’s work much easier, therefore allowing them to focus more on the quality of the product.
The inLab MC X5 also has a great variety in the different kinds of materials it can process. This list includes zirconium oxide, polymers, composites, wax and metals as well as glass and hybrid ceramics. This gives the dental technician a lot more options to choose what material would be the best fit to make the implant for the patient.
It’s also able to process standard disks and blocks in a single machine. It even has a multi-block holder that allows maximum productivity even with single tooth applications. The system, with it’s compatibility with its variety of materials as well as methods of processing, is able to handle any tasks that the technician provides.
In terms of freedom of design and production, the Sirona inLab MC X5 is able to create any dental implant the patient needs. It is user-friendly, so that makes it much easier on the technician when making the implants. It is also equipped to be able to handle any types of material or job that the technician throws at it. This way, the technician doesn’t have to worry about the efficiency of the production, and can focus more on the quality of the product.
Dimensions629 mm x 575 mm x 795 mm
Weight87 kg
Wet GrindingYes
Number of Axes5
Spindle SpeedMax. 60,000 rpm
Automatic Tool ChangingYes
Material CompatibilityZirconia, Polymer, Wax, Composites, Glass Ceramics, Hybrid Ceramics, Metals
Material SizeBlocks in sizes I8 to B40L with specialized block holder capable of holding 6 blocks size I14/C14
Discs 98 mm diameter x up to 30 mm height
ArchitectureOpen
inEos X5 Scan
inEos X5. High precision.
inEos X5 was developed by Sirona according to the highest quality standards for optical measuring systems and after a short period of time already established on the market as the reference scanner. inEos X5 ensures greatest accuracy for all dental technician digitalization work – from the palate to the tip of the scanbody.
NEW: Scan workflow
With the new scan strategy for long-span screw retained implants, inEos X5 determines the position and angle of the implant position with great accuracy.
inPost compatibility overview for scanning on multi-unit abutments from Medentika
inPost compatibility overview for scanning on multi-unit abutments from nt-trading.
Special optics.
Based on digital stripe light projection with blue light, the camera optics are produced according to strict quality standards, enabling inEos X5 to scan all situations with the greatest reliability. All optical components of inEos X5 are designed and produced specifically for dental applications
Technical data.
inEos X5 Data
Dimensions (W x H x D) in mm 474 x 735 x 460
Weight 40 kg
Mains voltage 100-240 V
Mains frequency 47-63 Hz
Power consumption 150 W
Scanning technique Digital light stripe projection
Scanning material All commonly used dental gypsum (except strongly absorbent, reflecting or transparent materials)
Interfaces USB 2.0
Network connection via scanner PC: LAN / WiFi (optional)
inEos X5 was developed by Sirona according to the highest quality standards for optical measuring systems and after a short period of time already established on the market as the reference scanner. inEos X5 ensures greatest accuracy for all dental technician digitalization work – from the palate to the tip of the scanbody.
NEW: Scan workflow
With the new scan strategy for long-span screw retained implants, inEos X5 determines the position and angle of the implant position with great accuracy.
inPost compatibility overview for scanning on multi-unit abutments from Medentika
inPost compatibility overview for scanning on multi-unit abutments from nt-trading.
Special optics.
Based on digital stripe light projection with blue light, the camera optics are produced according to strict quality standards, enabling inEos X5 to scan all situations with the greatest reliability. All optical components of inEos X5 are designed and produced specifically for dental applications
Technical data.
inEos X5 Data
Dimensions (W x H x D) in mm 474 x 735 x 460
Weight 40 kg
Mains voltage 100-240 V
Mains frequency 47-63 Hz
Power consumption 150 W
Scanning technique Digital light stripe projection
Scanning material All commonly used dental gypsum (except strongly absorbent, reflecting or transparent materials)
Interfaces USB 2.0
Network connection via scanner PC: LAN / WiFi (optional)
inFire HTC speed
Sintering ceramics and sintered metal 2 in 1:
For sintering ceramic and pre-sintered non-precious metal in one furnace
Pre-programmed for sintering materials from Sirona and its material partners
A special sinter cover is included in the package
Time and cost benefits
Only 60 minutes for speed sintering of zirconium oxide frameworks and bridges
Only 10 minutes for Superspeed sintering of zirconium oxide copings and crowns*
Time function for "overnight sintering"
Simultaneous sintering of up to 60 units
Maximum freedom
Speed and Superspeed programs or conventional slow sintering
Regular sintering programs for ceramics from the most important manufacturers of dental materials
Free programming for slow and speed sintering
Sintering with pre-drying.
inFire HTC speed with Superspeed and metall option (EU)
inFire HTC Speed Data
Accessories Speed sintering tray, rack and fork for the sintering tray
Zirconium oxide sintering beads
Superspeed crucible, Superspeed cover, crucible fork, fireproof crucible rack
Options Non-precious metal sintering beads
Sintering tray system for inCoris CC non-precious metal
Argon gas management
Program types Speed
Superspeed
Conventional sintering
Pre-drying and speed sintering
Custom programming for pre-drying
Service program (cleaning the furnace chamber and regenerating the silicon oxide coating of the heating elements)
Auto-start function
Dimensions (W x H x D) 500 x 802 x 565 mm
Weight 80 kg
Supply voltage 200–240 V
Mains frequency 50/60 Hz
Nominal power 2500 W
Maximum sintering temperature 1,650°C
For sintering ceramic and pre-sintered non-precious metal in one furnace
Pre-programmed for sintering materials from Sirona and its material partners
A special sinter cover is included in the package
Time and cost benefits
Only 60 minutes for speed sintering of zirconium oxide frameworks and bridges
Only 10 minutes for Superspeed sintering of zirconium oxide copings and crowns*
Time function for "overnight sintering"
Simultaneous sintering of up to 60 units
Maximum freedom
Speed and Superspeed programs or conventional slow sintering
Regular sintering programs for ceramics from the most important manufacturers of dental materials
Free programming for slow and speed sintering
Sintering with pre-drying.
inFire HTC speed with Superspeed and metall option (EU)
inFire HTC Speed Data
Accessories Speed sintering tray, rack and fork for the sintering tray
Zirconium oxide sintering beads
Superspeed crucible, Superspeed cover, crucible fork, fireproof crucible rack
Options Non-precious metal sintering beads
Sintering tray system for inCoris CC non-precious metal
Argon gas management
Program types Speed
Superspeed
Conventional sintering
Pre-drying and speed sintering
Custom programming for pre-drying
Service program (cleaning the furnace chamber and regenerating the silicon oxide coating of the heating elements)
Auto-start function
Dimensions (W x H x D) 500 x 802 x 565 mm
Weight 80 kg
Supply voltage 200–240 V
Mains frequency 50/60 Hz
Nominal power 2500 W
Maximum sintering temperature 1,650°C
inLab MC XL
inLab MC XL is the fast wet milling and grinding unit with many production options for your dental lab. You benefit from high speed and precision and can switch from grinding to milling in just a few steps. The large selection of materials and many uses give you particularly flexible and efficient production options.
inLab high-speed milling
Glass and hybrid ceramic restorations can be produced at a previously unachievable speed with simultaneous double 4 axis processing. A fully anatomical e.max CAD crown takes less than 10 minutes. This is a key success factor for potential new business models providing digital impression orders within an hour.
NEW: Extra Fine Grinding
inLab MC XL is now even more precise with the new extra fine grinding burs. Fabricate restorations with the highest accuracy and fine details in the areas of occlusions and interdental spaces as well as on the preparation margin.*
NEW: Open for STL restoration data
inLab MC XL produces restorations perfectly tuned with the new inLab SW 15.0. Alternatively, you can import restorations** via the inLab CAM software in STL/XML format** from other CAD software (e.g. exocad®, 3Shape® etc.).
inLab high-speed milling
Glass and hybrid ceramic restorations can be produced at a previously unachievable speed with simultaneous double 4 axis processing. A fully anatomical e.max CAD crown takes less than 10 minutes. This is a key success factor for potential new business models providing digital impression orders within an hour.
NEW: Extra Fine Grinding
inLab MC XL is now even more precise with the new extra fine grinding burs. Fabricate restorations with the highest accuracy and fine details in the areas of occlusions and interdental spaces as well as on the preparation margin.*
NEW: Open for STL restoration data
inLab MC XL produces restorations perfectly tuned with the new inLab SW 15.0. Alternatively, you can import restorations** via the inLab CAM software in STL/XML format** from other CAD software (e.g. exocad®, 3Shape® etc.).
XIOS Scan
For the best digital image quality
The XIOS Scan imaging plate scanner consists of two main components: the device and imaging plates which are specially designed for the scanner. XIOS Scan is controlled almost entirely by SIDEXIS 4 imaging software.
XIOS Scan works at an outstanding resolution of up to 22 line pairs/mm*. The result is exceptionally sharp and detailed images - ideal conditions for an accurate diagnosis. The images are transmitted via a cable or wireless connection directly to SIDEXIS 4, Sirona's X-ray software, where they can then be further evaluated and diagnosed. The software provides simple controls for later editing of the visual impression of the X-ray in terms of sharpness, brightness and contrast.
Using the XIOS Scan is very simple, thanks to its well thought-out operating design: All relevant settings are implemented first in SIDEXIS 4, and the scanning process itself starts automatically when an imaging plate is placed in the scanner. If the imaging plate is accidentally incorrectly inserted into the scanner, the scanner automatically detects this and no recording takes place. This helps to avoid unnecessary re-imaging.
Related materials
Imaging plates
Because the XIOS Scan imaging plates were developed specifically for the Sirona scanner, they offer particularly high image quality. For better identification and visibility in the mouth, the plates have a white, inactive back and a blue, active side
The imaging plates are available in four sizes:
Size 0 - for children
Size 1 - for adults (front teeth)
Size 2 - for adults (periapical and bitewing image)
Size 3 - for adults (bitewing)
The bite guard not only ensures higher film durability, it also serves as sun protection for the one-way transport of the imaging plate.
Hygienic protective sleeve
The hygienic protective sleeves are available in four sizes to fit the imaging plates, and feature an adhesive strip for quick closure. Perforations in the sleeve allow for quick re-opening after radiation.
The XIOS Scan imaging plate scanner consists of two main components: the device and imaging plates which are specially designed for the scanner. XIOS Scan is controlled almost entirely by SIDEXIS 4 imaging software.
XIOS Scan works at an outstanding resolution of up to 22 line pairs/mm*. The result is exceptionally sharp and detailed images - ideal conditions for an accurate diagnosis. The images are transmitted via a cable or wireless connection directly to SIDEXIS 4, Sirona's X-ray software, where they can then be further evaluated and diagnosed. The software provides simple controls for later editing of the visual impression of the X-ray in terms of sharpness, brightness and contrast.
Using the XIOS Scan is very simple, thanks to its well thought-out operating design: All relevant settings are implemented first in SIDEXIS 4, and the scanning process itself starts automatically when an imaging plate is placed in the scanner. If the imaging plate is accidentally incorrectly inserted into the scanner, the scanner automatically detects this and no recording takes place. This helps to avoid unnecessary re-imaging.
Related materials
Imaging plates
Because the XIOS Scan imaging plates were developed specifically for the Sirona scanner, they offer particularly high image quality. For better identification and visibility in the mouth, the plates have a white, inactive back and a blue, active side
The imaging plates are available in four sizes:
Size 0 - for children
Size 1 - for adults (front teeth)
Size 2 - for adults (periapical and bitewing image)
Size 3 - for adults (bitewing)
The bite guard not only ensures higher film durability, it also serves as sun protection for the one-way transport of the imaging plate.
Hygienic protective sleeve
The hygienic protective sleeves are available in four sizes to fit the imaging plates, and feature an adhesive strip for quick closure. Perforations in the sleeve allow for quick re-opening after radiation.
SIROLaser Blue
Diode lasers – Variety for your practice.
Dental diode lasers deliver clear benefits over conventional methods of treatment with mostly scar free wound healing and improved germ reduction. For patients, the use of lasers means less post-operative pain and therefore less need for medication. Not only that, but your practice benefits too, because satisfied patients are the best way to ensure success.
The compact SIROLaser Blue is the first dental diode laser to have a blue, an infrared, and a red diode. This enables it to cover a range of more than 20 indications – and therefore virtually infinite possibilities for application in your practice routine.
Improved bacterial reduction
Less post-operative pain
Scar-free wound healing
Scope of delivery
SIROLaser Blue incl. stainless steel handpiece with integrated finger switch
Additional handpiece sleeve for alternating operation
Demo set of disposable fiber tips: 6 x EasyTip 320 μm
Battery pack (already mounted)
Easy Bend - bending tool
Fiber cutter
3 laser safety goggles (for dentist, dental assistant, and patient)
The three wavelenghts and their areas of application
Laser diode Blue Infrared Red
Wavelength 445 nanometers 970 nanometers 660 nanometers
Power 0.5–3.0 watts 0.5–2.5 watts 0.5–100 milliwatts
Area of application Surgery (soft tissue),
hemostasis Periodontology, endodontics,
aphthous
ulcers, herpes LLLT, biostimulation
Dental diode lasers deliver clear benefits over conventional methods of treatment with mostly scar free wound healing and improved germ reduction. For patients, the use of lasers means less post-operative pain and therefore less need for medication. Not only that, but your practice benefits too, because satisfied patients are the best way to ensure success.
The compact SIROLaser Blue is the first dental diode laser to have a blue, an infrared, and a red diode. This enables it to cover a range of more than 20 indications – and therefore virtually infinite possibilities for application in your practice routine.
Improved bacterial reduction
Less post-operative pain
Scar-free wound healing
Scope of delivery
SIROLaser Blue incl. stainless steel handpiece with integrated finger switch
Additional handpiece sleeve for alternating operation
Demo set of disposable fiber tips: 6 x EasyTip 320 μm
Battery pack (already mounted)
Easy Bend - bending tool
Fiber cutter
3 laser safety goggles (for dentist, dental assistant, and patient)
The three wavelenghts and their areas of application
Laser diode Blue Infrared Red
Wavelength 445 nanometers 970 nanometers 660 nanometers
Power 0.5–3.0 watts 0.5–2.5 watts 0.5–100 milliwatts
Area of application Surgery (soft tissue),
hemostasis Periodontology, endodontics,
aphthous
ulcers, herpes LLLT, biostimulation
