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Intraoral imaging

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Imaging
High-quality 3D and 2D imaging equipment that cater to all clinical needs, always at a low patient dose.
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[H3] Software
The most comprehensive dental software available, featuring various tools and cutting-edge AI-powered features for all specialists and specialties.
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The complete CAD/CAM workflow – from fast scanning to sophisticated designing and efficient manufacturing.
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[H2] About Planmeca Group
Planmeca Oy is the parent company of Planmeca Group, which operates in the field of healthcare technology and consists of several companies. Planmeca Group companies manufacture and supply state-of-the-art dental care equipment and instruments, dental and medical imaging devices and software, as well as mammography systems. Planmeca Group also includes companies providing dental supplies, services and education.

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[H4]
Dental imaging software

Planmeca Romexis

Software modules

AI tools for dentistry

Specifications

Data security

[H4]
Software modules

2D imaging

3D imaging

3D implantology

2D cephalometry

3D cephalometry

CMF surgery planning

Intraoral scanning

Restoration design

Orthodontic simulation

Smile design

Dental PACS

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Supporting applications and services

Virtual reality

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Image transfer app for labs

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Scanning station

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Orthodontic solution providers

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CAD/CAM software

Intraoral scanning

Restoration design

Orthodontic simulation

Advanced CAD software

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Planmeca PlanMill 30 S

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Planmeca Creo X

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Clinical images

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Clinical images

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Intraoral imaging

Intraoral X-ray unit

Intraoral sensor

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Cephalometric imaging

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Scanning cephalostat

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Resources

Training

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For treatment workflows

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For clinic efficiency

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For dental practices

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For dental schools and universities

Digital teaching concept

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Planmeca - Better care through innovation

News & events

Newsroom

[H1] Welcome to the Planmeca newsroom
The Planmeca newsroom provides you with all our news, press releases and articles. Press photos are available in the Planmeca Material Bank.
If you are interested in receiving our releases by email, you can subscribe to our newsroom.

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Dental imaging software

Planmeca Romexis

Software modules

AI tools for dentistry

Specifications

Data security

[H4]
Software modules

2D imaging

3D imaging

3D implantology

2D cephalometry

3D cephalometry

CMF surgery planning

Intraoral scanning

Restoration design

Orthodontic simulation

Smile design

Dental PACS

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Supporting applications and services

Virtual reality

Mobile imaging app

Free image viewer

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Image transfer app for labs

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Resources

Training

Tutorial videos

Manuals

New releases

Downloads

Implant library

User stories

[H4]
Dental scanners

Intraoral scanners

Planmeca Emerald S

Scanning station

Desktop scanner

Orthodontic solution providers

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CAD/CAM software

Intraoral scanning

Restoration design

Orthodontic simulation

Advanced CAD software

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Dental milling machines

Planmeca PlanMill 30 S

Planmeca PlanMill 35

Planmeca PlanMill 60 S

Compare our milling machines

Milling materials

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Planmeca Creo X

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Resources

Training

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Dental treatment units

Planmeca Pro50

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Dental simulation unit

Compare our dental units

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Build your own unit

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Dental lights

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Resources

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Tutorial videos

Manuals

Maintenance

Customer clinics

User stories

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CBCT machines

Planmeca Viso G1

Planmeca Viso G3

Planmeca Viso G5

Planmeca Viso G7

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Compare our CBCT machines

Clinical images

Low dose imaging

Patient movement correction

[H4]
Panoramic machines

Planmeca ProMax 2D

Planmeca ProOne

Compare our panoramic machines

Clinical images

[H4]
Intraoral imaging

Intraoral X-ray unit

Intraoral sensor

Imaging plate scanner

[H4]
Cephalometric imaging

One-shot cephalostat

Scanning cephalostat

2D cephalometric analysis software

3D cephalometric analysis software

[H4]
Resources

Training

Tutorial videos

Manuals

Maintenance

User stories

[H4]
For treatment workflows

Orthodontics

Implantology

Prosthodontics

Orthognathic surgery

[H4]
For clinic efficiency

Clinic monitoring

Planmeca Insights

[H4]
For dental practices

Private practices

Large group practices

[H4]
For dental schools and universities

Digital teaching concept

Simulation units

Project references

Planmeca - Better care through innovation

CAD/CAM

[H1] Płynny przebieg procedur CAD/CAM dzięki Planmeca PULSE™

Take your digital workflows to the next level with Planmeca PULSE™ – the heart of digital dentistry. PULSE stands for Precision, Usability, Liberty, Speed, and Ecosystem – the five core strengths of Planmeca’s CAD/CAM solutions. From intraoral scanning to flexible designing, milling and 3D printing, we offer all the tools you need to achieve smooth digital workflows, deliver exceptional patient outcomes, and boost productivity and profitability in any clinical setup.

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[H3] Dental scanning
Capture digital impressions with our intraoral scanner or digitise physical models with our desktop 3D model scanner.
Intraoral scanners
Model scanners

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[H3] CAD/CAM software
Scan and analyse digital impressions or even work on more extensive prosthetic cases.
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[H3] Dental milling
Our milling units offer true precision and speed – with several smart features included.
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Add value to your clinic with new production capabilities with chairside 3D printing.
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[H2] Explore the basics of CAD/CAM dentistry
Below you will find some commonly asked questions about the topic, along with answers.
What is CAD/CAM dentistry and how does it work?What does CAD/CAM dentistry consist of?Is CAD/CAM dentistry difficult to learn?What training and support are available for dental professionals new to CAD/CAM dentistry?What types of dental restorations can be made with CAD/CAM dentistry?How does CAD/CAM dentistry improve patient experiences?How does investing in CAD/CAM dentistry improve cost-effectiveness for dental clinics? Does CAD/CAM dentistry have other benefits?How does CAD/CAM dentistry compare with traditional methods?Does CAD/CAM dentistry replace traditional methods?

[H2] What is CAD/CAM dentistry and how does it work?
CAD/CAM dentistry integrates Computer-Aided Design (CAD) and Computer-Aided Manufacturing (CAM) to enhance and expedite dental treatments. This technology streamlines the creation of dental restorations such as crowns, veneers, inlays, onlays, and bridges. CAD/CAM differs from traditional dentistry by utilising a selection of digital tools to craft indirect restorations in a fraction of the time.
The process starts with capturing a digital impression of the patient’s mouth. This can be done directly with an intraoral scanner or by digitising a gypsum model using a dental desktop scanner. The digital model of the teeth is then used in CAD software to design the restoration. The CAM system takes over to manufacture the restoration from a block of ceramic or other materials, or through 3D printing, ready to be fitted in the patient’s mouth often in the same visit.CAD/CAM dentistry is commonly referred to as chairside dentistry, as most of the work is done directly in the dental clinic, next to the patient chair. The patient typically remains in the dental chair throughout the process, allowing the treatment to be completed in a single appointment, especially when an intraoral scanner is used for capturing digital impressions. This approach is much faster than traditional methods, which usually require a second or multiple subsequent visits.

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[H2] What does CAD/CAM dentistry consist of?
On a general level, CAD/CAM dentistry consists of three primary components: scanning, designing, and manufacturing. They work together to transform digital impressions into physical dental restorations. This process marks a significant advancement in dental technology, as it provides a seamless and efficient approach to creating high-quality dental prosthetics.

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The first component is the digital scanning process. It involves using an intraoral scanner to capture accurate 3D images of the patient’s mouth. These digital impressions replace traditional dental impressions by offering a faster and more comfortable experience for patients.
Secondly, the created digital model is used to design a dental restoration. This phase utilises CAD software, which the dentist or a dental technician uses to design the restoration with precision. This software allows for adjustments in size, shape, and fit – ensuring the final product is customised perfectly to the patient’s specific needs.
Finally, the manufacturing phase employs CAM technology to bring the digital design to life. Using a milling unit or 3D printer, the dental restoration is manufactured from photopolymer resin, a block of ceramic, or other suitable material.
Through the integration of these three components – scanning, designing, and manufacturing – CAD/CAM dentistry provides an innovative solution that enhances efficiency and aesthetic outcomes. It has revolutionised patient care by ensuring a level of precision and customisation that traditional methods cannot match.

[H2] Is CAD/CAM dentistry difficult to learn?
CAD/CAM dentistry is designed to be accessible for dental professionals, regardless of their prior experience with digital technology. While there is an initial learning curve, anyone can master CAD/CAM technologies with a combination of dedication and the right training.
Scanning, designing, and manufacturing all play a crucial role in the process, but not every treatment team member needs to master all technologies. At many clinics, tasks are divided among team members based on their interest or expertise. For instance, one team member might specialise in intraoral scanning, while another focuses on designing. The manufacturing process is largely automated once the design is finalised and requires minimal manual intervention.
Overall, integrating CAD/CAM technology into a clinic does require an investment in learning and adaptation, but the modular nature of the process and the availability of training resources make it manageable for any dental professional. Over time, users typically find that the efficiency, precision, and patient satisfaction afforded by CAD/CAM dentistry well justify the initial effort to learn the system.

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[H2] What training and support are available for dental professionals new to CAD/CAM dentistry?
For dental professionals venturing into CAD/CAM dentistry, a range of training and support options are available to ensure a smooth transition and successful integration. These resources are designed to cater to varying levels of expertise – from beginners to those looking to deepen their knowledge.
Training: There are comprehensive training programmes that cover both the theoretical and practical aspects of CAD/CAM dentistry. These trainings not only teach the technical skills needed to use the technologies effectively but also offer insights into best practices.
Education: Courses offered by dental associations, universities, and professional training organisations are another valuable resource. These courses are tailored to keep dental professionals up to date with the latest advancements in CAD/CAM technology, materials, and techniques.
Online resources: A wealth of online resources is available to support ongoing learning and problem-solving. Manufacturers' websites, online forums, and social media groups dedicated to CAD/CAM dentistry can provide answers to specific questions, offer troubleshooting tips, and facilitate the exchange of ideas and experiences among users.
With these comprehensive training and support structures in place, dental professionals can confidently adopt CAD/CAM technology, knowing they have the resources to master the system and leverage it to enhance their clinic and patient care.

[H2] What types of dental restorations can be made with CAD/CAM dentistry?
CAD/CAM dentistry has revolutionised the creation of dental restorations, as it offers the ability to produce a wide variety of high-quality prosthetics with precision and efficiency.
Crowns: CAD/CAM technology allows to produce custom-fitted crowns that cover the entire surface of a tooth and restore its shape, size, strength, and appearance. Crowns can be made from ceramic or composite materials that closely match the natural colour of teeth.
Veneers: Thin shells designed to cover the front surface of teeth, improving their aesthetic appearance. CAD/CAM veneers are precisely crafted to fit the patient's teeth, enhancing their shape, colour, and overall smile.
Inlays and onlays: These restorations are used to repair decay or damage without replacing the entire tooth surface. An inlay fits within the cavity of a tooth without covering the cusps, while an onlay extends to cover one or more cusps. They can be made with unparalleled accuracy, ensuring a perfect fit and long-lasting solution.
Bridges: To replace one or more missing teeth, fixed bridges are supported by adjacent teeth or implants. CAD/CAM technology ensures these bridges are accurately made, providing a functional and aesthetic solution to tooth loss.
Implant restorations: Custom abutments and even some types of implant crowns can be fabricated using CAD/CAM, offering a personalised fit and natural look.

[H2] How does CAD/CAM dentistry improve patient experiences?
CAD/CAM dentistry significantly enhances patient experiences in dental care through its innovative use of technology. It offers a multitude of improvements over traditional dental procedures. Here are some of the most important ways CAD/CAM technology benefits patients.
Reduced treatment time: One of the most notable advantages of CAD/CAM dentistry is the ability to complete dental restorations in a single appointment. This efficiency allows for significant time savings, as it eliminates the need for multiple visits.
Increased comfort: Utilising an intraoral scanner to create a 3D model of the patient's mouth eliminates the need for traditional impression materials that can be slow, messy, and uncomfortable. Digital impressions can also be more accurate than traditional methods.
Improved precision and fit: The accuracy of CAD/CAM techn

[H4]
Dental imaging software

Planmeca Romexis

Software modules

AI tools for dentistry

Specifications

Data security

[H4]
Software modules

2D imaging

3D imaging

3D implantology

2D cephalometry

3D cephalometry

CMF surgery planning

Intraoral scanning

Restoration design

Orthodontic simulation

Smile design

Dental PACS

[H4]
Supporting applications and services

Virtual reality

Mobile imaging app

Free image viewer

Image transfer service

Image transfer app for labs

Cloud hosting service

[H4]
Resources

Training

Tutorial videos

Manuals

New releases

Downloads

Implant library

User stories

[H4]
Dental scanners

Intraoral scanners

Planmeca Emerald S

Scanning station

Desktop scanner

Orthodontic solution providers

[H4]
CAD/CAM software

Intraoral scanning

Restoration design

Orthodontic simulation

Advanced CAD software

[H4]
Dental milling machines

Planmeca PlanMill 30 S

Planmeca PlanMill 35

Planmeca PlanMill 60 S

Compare our milling machines

Milling materials

[H4]
Dental 3D printers

Planmeca Creo X

Printing materials

[H4]
Resources

Training

Tutorial videos

Manuals

Maintenance

User stories

[H4]
Dental treatment units

Planmeca Pro50

Planmeca Compact i5

Planmeca Compact i Classic

Planmeca Compact i3

Planmeca Pro50 Chair

Dental simulation unit

Compare our dental units

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Build your own unit

Dental unit configurator

Dental chair upholsteries

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Dental unit accessories

Dental lights

Dental stools

Air purifiers

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Resources

Training

Tutorial videos

Manuals

Maintenance

Customer clinics

User stories

[H4]
CBCT machines

Planmeca Viso G1

Planmeca Viso G3

Planmeca Viso G5

Planmeca Viso G7

Planmeca ProMax 3D Classic

Planmeca ProMax 3D Plus

Planmeca ProMax 3D Mid

Compare our CBCT machines

Clinical images

Low dose imaging

Patient movement correction

[H4]
Panoramic machines

Planmeca ProMax 2D

Planmeca ProOne

Compare our panoramic machines

Clinical images

[H4]
Intraoral imaging

Intraoral X-ray unit

Intraoral sensor

Imaging plate scanner

[H4]
Cephalometric imaging

One-shot cephalostat

Scanning cephalostat

2D cephalometric analysis software

3D cephalometric analysis software

[H4]
Resources

Training

Tutorial videos

Manuals

Maintenance

User stories

[H4]
For treatment workflows

Orthodontics

Implantology

Prosthodontics

Orthognathic surgery

[H4]
For clinic efficiency

Clinic monitoring

Planmeca Insights

[H4]
For dental practices

Private practices

Large group practices

[H4]
For dental schools and universities

Digital teaching concept

Simulation units

Project references

Planmeca - Better care through innovation

Dental units

[H1] World class dental care units

Planmeca dental care units have been designed to provide the best possible treatment experience for clinicians and patients alike. Each dental care unit we manufacture is of the highest level and offers features and benefits to meet the needs of clinics of all sizes. We also offer high-quality accessories to pair with our units.

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[H3] Dental care units
Explore our full dental care unit range and discover your favourite model.
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[H3] Dental unit accessories
See our selection of accessories – from operating lights to stools.
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[H3] Build your own unit
Use our configurator to design the dental care unit of your dreams.
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[H3] Simulation units
Our simulation unit helps students to learn the smoothest workflow in dentistry.
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