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Ivoclar Vivadent Programat S1
$9,300.00$4,200.00
The Programat S1 is a light-weight and compact sintering furnace for the sintering of frameworks made of IPS e.max ZirCAD and other ZrO2 materials. New with software-version V2.0: “75 minutes is all it takes”!
With the Programat S1, long sintering processes are a thing of the past. It sinters single-tooth frameworks of zirconium oxide material in 75 minutes and zirconium bridge frameworks up to four units in 90 minutes. Conventional sinter furnaces usually take five to eight hours for this process. What does a short sintering process mean for the laboratory? Crowns and bridges with a zirconium oxide framework can be fabricated in one work day (including veneer). The short sintering process does not jeopardize the high material strength and accuracy of fit of the restoration, as scientific investigations have shown. Furthermore, less power is used.
Advantages
Other people want this. 15 people have this in their carts right now.
Single-tooth frameworks can be sintered in 75 minutes and bridge frameworks in 90 minutes
Speed programs for full anatomic restorations with higher translucency
Simple and language-independent operation thanks to the proven combination of membrane-sealed keypad and graphic display
Power Saving Technology: Compared with conventional sintering furnaces, up to 64% of the energy is saved with one sintering process
Compact design based on the Programat platform
Only 28 kg
Calibration possibility
OSD operating status display
Comfortable loading of the sintering chamber thanks to the furnace head tilting upwards
Removable furnace head for maintenance purposes
USB connection – easy software updates
Remote control via PC/laptop by means of PrograBase2 software
Ivoclar Vivadent Programat S1
The Programat S1 is a light-weight and compact sintering furnace for the sintering of frameworks made of IPS e.max ZirCAD and other ZrO2 materials. New with software-version V2.0: “75 minutes is all it takes”!
With the Programat S1, long sintering processes are a thing of the past. It sinters single-tooth frameworks of zirconium oxide material in 75 minutes and zirconium bridge frameworks up to four units in 90 minutes. Conventional sinter furnaces usually take five to eight hours for this process. What does a short sintering process mean for the laboratory? Crowns and bridges with a zirconium oxide framework can be fabricated in one work day (including veneer). The short sintering process does not jeopardize the high material strength and accuracy of fit of the restoration, as scientific investigations have shown. Furthermore, less power is used.
Advantages
Exceptional efficiency
For the laboratory, a short sintering process means that a higher level of efficiency can be achieved. Crowns and bridges with a zirconium oxide framework (including a veneer) can be fabricated within one working day. The short sintering process does not jeopardize the high material strength and accuracy of fit of the restoration, as scientific research has proven. Moreover, a lower power consumption is needed.
Programat Dosto-Tray:
With the Programat Dosto Tray, the sintering capacity can be increased by up to 40% compared with the standard sinter tray. In this way, the sinter furnace is even more efficient in the dental laboratory.
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The Programat S1 is a light-weight and compact sintering furnace for the sintering of frameworks made of IPS e.max ZirCAD and other ZrO2 materials. New with software-version V2.0: “75 minutes is all it takes”!
With the Programat S1, long sintering processes are a thing of the past. It sinters single-tooth frameworks of zirconium oxide material in 75 minutes and zirconium bridge frameworks up to four units in 90 minutes. Conventional sinter furnaces usually take five to eight hours for this process. What does a short sintering process mean for the laboratory? Crowns and bridges with a zirconium oxide framework can be fabricated in one work day (including veneer). The short sintering process does not jeopardize the high material strength and accuracy of fit of the restoration, as scientific investigations have shown. Furthermore, less power is used.
Advantages
3 Shape D2000 Dental lab Scanner Optimized processing speed: creates faster performance and better scanning workflows for several indications Shortens waiting time between creating orders and starting the scan, and enables technicians to begin next scan without having to wait for post processing.
The DWX-51D 5-Axis Dental Milling Machine is designed for effortless production of dental prosthetics. Built for precision, error-free milling, you don’t need any machine expertise to operate it. With touch-button controls and automated milling features, the production of high-quality bridges, crowns, inlays, onlays, abutments and other restorations out of 98 mm discs and blocks has been made virtually foolproof.
SuniRay 2 achieves maximal image quality with superior diagnostic capabilities while maintaining the lowest radiation levels among all digital sensors. The comprehensive and feature-rich Prof. Suni Advanced Imaging Software supplements the SuniRay 2’s high-quality imaging with a wide array of user-friendly customization and image-enhancement tools. With the SuniRay 2, Suni has created a complete digital radiography system that seamlessly integrates with your entire practice.
The new highly accurate 0.5 mm milling tool reliably delivers first class clinical results. Switch to Extra Fine milling mode for a higher level of detail with occlusal fissures and interdental areas on bridges.
iTero HD2.9 simply allows to digitally scan a prepared tooth and wirelessly send this information directly to the dental laboratory for fabrication of a CAD/CAM crown without the gooey mess.
Single-tooth frameworks can be sintered in 75 minutes and bridge frameworks in 90 minutes
Speed programs for full anatomic restorations with higher translucency
Simple and language-independent operation thanks to the proven combination of membrane-sealed keypad and graphic display
Power Saving Technology: Compared with conventional sintering furnaces, up to 64% of the energy is saved with one sintering process
Compact design based on the Programat platform
Only 28 kg
Calibration possibility
OSD operating status display
Comfortable loading of the sintering chamber thanks to the furnace head tilting upwards
Removable furnace head for maintenance purposes
USB connection – easy software updates
Remote control via PC/laptop by means of PrograBase2 softwareIvoclar Vivadent Programat S1The Programat S1 is a light-weight and compact sintering furnace for the sintering of frameworks made of IPS e.max ZirCAD and other ZrO2 materials. New with software-version V2.0: “75 minutes is all it takes”!
With the Programat S1, long sintering processes are a thing of the past. It sinters single-tooth frameworks of zirconium oxide material in 75 minutes and zirconium bridge frameworks up to four units in 90 minutes. Conventional sinter furnaces usually take five to eight hours for this process. What does a short sintering process mean for the laboratory? Crowns and bridges with a zirconium oxide framework can be fabricated in one work day (including veneer). The short sintering process does not jeopardize the high material strength and accuracy of fit of the restoration, as scientific investigations have shown. Furthermore, less power is used.
AdvantagesExceptional efficiency
For the laboratory, a short sintering process means that a higher level of efficiency can be achieved. Crowns and bridges with a zirconium oxide framework (including a veneer) can be fabricated within one working day. The short sintering process does not jeopardize the high material strength and accuracy of fit of the restoration, as scientific research has proven. Moreover, a lower power consumption is needed.Programat Dosto-Tray:
With the Programat Dosto Tray, the sintering capacity can be increased by up to 40% compared with the standard sinter tray. In this way, the sinter furnace is even more efficient in the dental laboratory.
– Impression scanning:
Multi line scanning in the D2000 and D1000 improves coverage and performance for accurate scanning of impressions to enable restorative design without the need to pour gypsum models.
All in One scanning of triple tray impressions Special mount enables triple-tray scanning capture of upper, lower and bite in one scan.– Improved workflows for single tray impressions:
Provides support for single tray impression scanning including bite alignment.The software upgrades are available for all relevant 3Shape lab scanner models. Current lab scanner owners will receive the upgrades as a LABcare software update, where applicable.Impression scanning the future is now:
The D2000 and the smaller D1000 lab scanner feature multi-line technology. Multi-line technology utilizes multiple scan lines in a single shot to significantly improve cavity and impression capture.This enables the D2000 to accurately scan analog impressions sent to the lab by a dentist. This in turn, eliminates the need for labs having to pour or create a gypsum model from the impression. This saves several steps in the workflow and allows labs to print instead, cost effective 3D models derived from the analog impression if they need a physical working model.While all 3shape scanners support impression scanning only the D2000 and D1000 feature multi line technology.“Impression scanning is today’s reality and the future. No waiting for models to set, no plaster inaccuracies and we reduce costs. Every lab should invest in this technology,” Carlo Backes, Excent Tandtechniek BV, Holland.About the D2000 dental lab scanner:
Introduced at the 2015 Midwinter show, the D2000 was named a top 10 coolest product at the event. The D2000 captivated the industry by having room for two models in its interior, enabling technicians to scan two models at once and perform a complete case like a three-unit bridge in just one scan.D2000 All in-one scanning for max volume throughputs
– 4 x 5 MP cameras, Blue LED Multi-line
– Accuracy: 5 µm (ISO 12836) / 8 µm (Implant bar)
– Die scan time: 15 sec
– Full arch scan time: 20 sec
– Color texture scanning
– No need for separate die scan
– All in One scanning: room for 2 models
– Impression scanningIncludes:3SHAPE D2000 DENTAL LAB 3D SCANNER
– Remainder of a 5 year factory warranty
– 3 Shape Dental Designer w/Additional Seat
– 3 Shape Model Builder
– 3 Shape Occlusion Set Up Tool
– ScanIt Impression Module
– Impression Fixture
– Anatomical CAD Library
– Calibration Kit
– HP Envy Phoenix Desktop PC
Roland DWX-51D Integrated HD Mill Package
DWX-51D 5-Axis Dental Mill
High Definition Custom CAM Strategy SUM3D
Nabertherm High Speed Auto Cool Zi Furnace
Quatro IVAC Mill Suction
Integration Package for Implant Abutments
Integration Package for up to 60mm disc sizes
Integration Package for HD High Detail End Mills
Start Up Package for Milling Materials
Top To Bottom Mill Training by the Industry Experts
Equipment Set up, IT and Networking Included
Mill Contingency and Loaner ProgramBuilt-to-Last
For thirty years, Roland DG has been the trusted provider of milling machines that are built to last. The DWX-51D 5-Axis Dental Milling Machine is no exception. After extensive research in which lab technicians were asked what they needed in a production mill, the DWX-51D was developed to enhance user experience, maximize ease-of-use and improve output quality. Built with a simple and modern design, the DWX-51D looks as effortless as it operates.Features
5-axis simultaneous operation for non-stop precision milling
Sturdy and efficient ball screw-driven system
New C-clamp for easy adjustment and alignment
10-station Automatic Tool Changer (ATC) for continuous milling
Powerful vacuum and anti-static ionizer for clean calibration and dust reductionThe DWX-51D is designed for effortless, precision production of dental prosthetics fromcopings, crowns and bridges to inlays, onlays and abutments, etc. With a host of automated features and a clean, stable work environment, the DWX-51D is the perfect solution for labs wanting to increase production or those looking to get into digital milling for the first time.
Built-for-You.Built-to-Last.For thirty years, Roland DG has been the trusted provider of milling machines that are built to last. The DWX-51D 5-Axis Dental Milling Machine is no exception. After extensive research in which lab technicians were asked what they needed in a production mill, the DWX-51D was developed to enhance user experience, maximize ease-of-use and improve output quality. Built with a simple and modern design, the DWX-51D looks as effortless as it operates.
Distinguishing Features Roland DWX-51D Dental Milling Unit
5-axis simultaneous milling for precision milling
Steady and efficient ball screw-driven operation
New C-shape clamp for easy adjustment and alignment
10-station Automatic Tool Changer (ATC) for continuous milling
Powerful vacuum and anti-static ionizer for clean calibration and dust reduction
Ultimate Convenience and Ease-of-Use
A variety of new features ensure continuous, user-friendly milling, including
Sturdy frame ensures stability, while slim design fits nearly any lab space
Easy access tool drawer properly stores and protects tools
Color-coded LED status lights signal current job progress
Virtual Machine Panel (VPanel) allows users to configure settings from their computer, send CAM data to the DWX-51D for production, and track milling progress
Easily accessible cutting area for simple tool replacement and cleaning
SuniRay 2 Digital Intraoral Sensor Size 1 and Size 2
X-Ray Imaging Properties
Resolution: The pixel resolution of the high resolution (HiRes) sensors exceeds 15 lp/mm. The standard resolution of an X-Ray image, as measured by the modulation transfer function (MTF) exceeds 12 lp/mm. This is measured by using a standard 60 kV intraoral X-ray source.
Does Efficiency: The sensor will produce a high quality image with an X-Ray dose that is only a fraction of the standard dose required by Dental X-Ray film.
Diagnostic Efficacy: The system will produce a superior image quality of images obtained when using standard dental X-Ray film. This allows the dentist to diagnose standard intraoral pathologies encountered during screening procedures.
Wide dynamic range: The sensor pixel well capacity is very high, allowing a higher accommodation of greyscale (bone density) dynamic range.
Sensor Material Biocompatibility SpecificationsThe sensor’s body material and cable material are biocompatible. The sensors and all component materials have been tested to comply with ISO standards, and specifically, the sensor complies with EN IS0-10993 (Biological Evaluation of Medical Devices).
Technical data
Size 1
Size 2
Sensor Dimensions (mm)
39.5 x 26
43.5 x 31.5
Active Area (mm)
31.1 x 20.2
35.2 x 26.2
Sensor Technology
CMOS APS Fiber Plate
CMOS APS Fiber Plate
Maximum Gray Levels
4096
4096
Sensor Cable
3 feet (1m)
3 feet (1m)
Cable Attachment
Reinforced Strain Relief
Reinforced Strain Relief
USB Module
Integrated USB 2.0 Module
Integrated USB 2.0 Module
Software
Prof. Suni
Prof. Suni
X-Ray Imaging Properties SuniRay 2 Digital Intraoral Sensor Size 1 and Size 2
Resolution: The pixel resolution of the high resolution (HiRes) sensors exceeds 15 lp/mm. The standard resolution of an X-Ray image, as measured by the modulation transfer function (MTF) exceeds 12 lp/mm. This is measured by using a standard 60 kV intraoral X-ray source.
Does Efficiency: The sensor will produce a high quality image with an X-Ray dose that is only a fraction of the standard dose required by Dental X-Ray film.
Diagnostic Efficacy: The system will produce a superior image quality of images obtained when using standard dental X-Ray film. This allows the dentist to diagnose standard intraoral pathologies encountered during screening procedures.
Wide dynamic range: The sensor pixel well capacity is very high, allowing a higher accommodation of greyscale (bone density) dynamic range.
DENTSPLY SIRONA CEREC PRIMEMILLSpeedEngineered for speed and precision, the new CEREC Primemill inherits the proven strength of its predecessor and raises its powerful performance to entirely new heights.You can now mill zirconia restorations in Super Fast milling mode in around 5 minutes, cutting processing times by more than half. The improved grinding mode for high quality glass ceramics also grinds the material faster than ever before. The result? Satisfied patients and high productivity.QualityDENTSPLY SIRONA CEREC PRIMEMILL A combination of new electronics, software, motors and mechanical components contributes to finer resolution and enhanced dynamics. This results in outstanding restoration margins and surface details – for extremely precise results.The new highly accurate 0.5 mm milling tool reliably delivers first class clinical results. Switch to Extra Fine milling mode for a higher level of detail with occlusal fissures and interdental areas on bridges.VersatilityDENTSPLY SIRONA CEREC PRIMEMILL Welcome to a world where you‘re spoiled for choice! The new CEREC Primemill combines wet and dry milling and wet grinding. No matter the indication, with CEREC Primemill you can select from a broad range of material options from validated partners providing the flexibility and predictability you need to offer patients the best possible treatment.Choose from the full spectrum of machining options, including dry and wet milled zirconia, or wet grinding of glass and hybrid ceramics.ConvenienceDENTSPLY SIRONA CEREC PRIMEMILL The new 7” touch interface with user guidance guides operators step-by-step through the workflow, key maintenance procedures and other routine tasks, so you can delegate milling with complete peace-of-mind. The integrated block scanner is a time-saving new feature that automatically scans material blocks with compatible data matrix codes and records the information, including type, size, color and zirconia enlargement factor. All CEREC Primemill tools are fitted with a color-coded RFID chip that is read by the RFID tool reader, feeding into the tool status display, alerting the user if a tool needs replacing. This ensures all tools are performing at optimal levels. A LED light strip indicates unit status and milling and grinding progress.The all-new CERECThe latest generation of our CEREC system sets new standards so you can offer your patients an unmatched combination of single-visit dentistry and excellent quality.A unique solutionThe CEREC system comprises world-class components that interact perfectly ensuring seamless workflows. With CEREC Primescan, CEREC Software 5 and CEREC Primemill, digital chairside dentistry is faster, easier and more reliable than ever before.Outstanding resultsAfter 35 years of continuous optimization, CEREC gives you the options you need to treat multiple indications with the confidence that comes from outstanding results.
Designed to stand out – and fit inThe new CEREC Primemill does not just communicate seamlessly with other CEREC devices, but its sleek design is also the perfect match – and the ideal look for a progressive dental practice.
iTero HD2.9 simply allows to digitally scan a prepared tooth and wirelessly send this information directly to the dental laboratory for fabrication of a CAD/CAM crown – without the gooey mess. The wireless transmission saves shipping time and eliminates distortion that can often be found with traditional stone modelsThe digital scan is, quite literally, digitally perfect. We then deliver the digital scan to our lab where a precision fitting restoration is created.iTero HD2.9 system eliminated the uncomfortable patient experience of traditional impressions, utilizes advanced state of the art digital technology, and provides with superior fitting restorations with little or no adjustmentsiTero Intra-Oral Scanner
Model: HD2.9
2014 Date of Mfg.
Brochure/Video: Click Here
Limited Use
Includes:
iTero Software (pre-loaded)
90 Day Parts Warranty
User Manual(s)
Free Standard Shipping (Commercial USA Addresses)
Its ergonomic design comes with safe docking station. It has thin fiber optic cable which enables quick data transfer from the wand to the cart. This optimized cable length assists various cart positions in the operatory.Orthodontic treatment is more than just straightening teeth; it’s about ensuring your teeth and jaws are in alignment. To achieve this, we need to get an accurate look at where your teeth are positioned. To do this, we use the iTero Intraoral digital scanner.A good impressionIn the orthodontic and dental industries, ‘impressions’ is the term we use for getting a good picture of where your teeth currently sit. These impressions were previously taken using a type of dental cement. Pasted on your teeth, patients were required to lie for a few minutes while the cement-like material set. The dental professional could then remove the set material which had formed an ‘impression’ of your teeth.This process was messy, rather unpleasant and not very comfortable. Fortunately, that method is a thing of the past. These days, we use scanning technology and at L&L Orthodontics, our technology of choice is the iTero Intraoral digital scanner.
What is the iTero scanner?
The iTero scanner is new 3D orthodontic scanning technology. Using the latest developments in intraoral scanning, the iTero scanner accurately scans your teeth as part of your orthodontic assessment. The iTero scanner is made up of a small, wand-like device which is used to scan your teeth and jaws. The data it is collecting then appears on the computer screen, allowing you to see the ‘impressions’ the scanner is taking.The iTero scanner works in with Invisalign®* treatment and lets you see what your teeth will look like post-treatment, even before you’ve started. Before we recommend a course of treatment for you, we’ll take impressions of your teeth using the iTero scanner to ensure we are making our recommendation on accurate information.To find out more about the iTero scanner and other orthodontic technology we use here at L&L Orthodontics, book your specialist consultation today.
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