Digital Dentistry in Rangsit

Digital dentistry uses computer-based technologies to support dental examination, record collection, treatment planning, communication, design and production of selected dental restorations or appliances.

Depending on the treatment, a digital workflow may include an intraoral scanner, dental photography, digital X-rays, CBCT imaging, treatment-planning software, computer-aided design, surgical guides and 3D printing.

At SWC Dental in Rangsit, digital technology may be used as part of implant treatment, orthodontics, jaw-surgery planning, crowns, veneers and other selected procedures.

Digital tools support the dentist’s clinical judgement but do not replace an oral examination, diagnosis or individual treatment planning.

What Is Digital Dentistry?

Digital dentistry refers to dental procedures or workflows that use digital data and computer-controlled technology.

A digital workflow may involve several stages:

1. Capturing information from the teeth, gums or jaws
2. Converting the information into digital files
3. Reviewing or combining the records
4. Planning treatment using suitable software
5. Designing a restoration, appliance or guide
6. Manufacturing the planned item
7. Checking and adjusting it clinically
8. Monitoring treatment over time

Digital dentistry is not one specific treatment.

It is a group of technologies that may support services such as:

• Clear aligner treatment
• Braces and orthodontic planning
• Dental implant planning
• Surgical guide production
• Dental crowns and bridges
• Veneers
• Bite splints
• Temporary restorations
• Selected dentures
• Jaw-surgery planning
• Full mouth rehabilitation

The appropriate technology depends on the clinical question and the proposed treatment.

Digital Dentistry Does Not Replace the Dentist

Software can organise information, display measurements and produce simulations, but it cannot independently determine the complete treatment plan.

The dentist must still assess:

• Tooth decay
• Gum health
• Bone support
• Tooth vitality
• Existing restorations
• Bite
• Jaw movement
• Medical history
• Patient expectations
• Treatment risks
• Biological limitations
• Long-term maintenance

Digital information should be interpreted together with the clinical examination.

A digital design that looks suitable on a screen may still need modification according to the condition of the teeth, gums, bone and bite.

Technologies Used in Digital Dentistry

Digital dentistry may include several connected technologies.

Intraoral scanner

An intraoral scanner records the visible surfaces of teeth and gums to create a three-dimensional digital model.

The scanner captures multiple images or continuous visual data as it moves around the mouth. Software combines the recorded surfaces into a virtual representation of the dental arches.

The resulting digital file may be used for:

• Clear aligner records
• Dental crown planning
• Bridge planning
• Veneers
• Bite splints
• Study models
• Implant-supported restorations
• Surgical guide design
• Monitoring tooth position
• Communication with a dental laboratory
• Selected denture workflows

An intraoral scan records surface anatomy. It does not show tooth roots, bone levels, dental infection or structures beneath the gums in the same way as dental X-rays or CBCT imaging.

Digital dental photography

Dental photographs may document:

• Tooth colour
• Tooth shape
• Smile line
• Gum contours
• Existing restorations
• Facial proportions
• Tooth wear
• Treatment progress
• Before-and-after comparisons

Photographs support communication and planning but do not replace clinical examination or dental imaging.

Digital dental X-rays

Digital radiography produces dental images that can be viewed and stored electronically.

Depending on the clinical need, imaging may include:

• Bitewing X-rays
• Periapical X-rays
• Panoramic X-rays
• Cephalometric X-rays
• CBCT imaging

The dentist selects imaging according to the symptoms and proposed treatment.

More information is available on the Dental X-ray and 3D Imaging page.

CBCT imaging

Cone beam computed tomography provides a three-dimensional image volume of teeth, jawbone and selected surrounding structures.

CBCT may be considered for:

• Dental implant planning
• Impacted teeth
• Selected root canal cases
• Oral surgery
• Complex orthodontic assessment
• Jaw-surgery planning
• Selected full-mouth rehabilitation cases

CBCT is not required for every digital dental workflow and should not be used only because the technology is available.

Computer-aided design

Computer-aided design software may be used to design:

• Dental crowns
• Bridges
• Veneers
• Implant restorations
• Surgical guides
• Bite splints
• Temporary restorations
• Dental models
• Selected removable appliances

The design must still be reviewed for fit, material thickness, bite, cleansability and relationship with surrounding tissues.

3D printing

A dental 3D printer builds a physical object from a digital design by adding material layer by layer.

Depending on the printer, material, validation and clinical workflow, 3D printing may be used to produce:

• Dental models
• Surgical guides
• Orthodontic models
• Bite splints
• Trial restorations
• Temporary restorations
• Selected denture components
• Diagnostic models
• Jaw-surgery planning models

Not every printed object is suitable for permanent use inside the mouth.

The material and manufacturing process must match the intended clinical purpose.

What Is an Intraoral Scanner?

An intraoral scanner is a handheld optical device used to record the surfaces of teeth and nearby soft tissues.

Instead of filling a tray with conventional impression material, the operator moves the scanning tip around the dental arch while the image appears on a screen.

A completed scan may show:

• Tooth shape
• Gum margins
• Spaces between teeth
• Tooth position
• Prepared teeth
• Dental implants or scan bodies
• The relationship between upper and lower teeth
• Selected areas requiring restoration

The scanner does not take an X-ray and does not expose the patient to ionising radiation.

Digital Impressions and Conventional Impressions

Digital and conventional impressions are both methods of recording the shape of the teeth and gums.

Topic	Digital impression	Conventional impression
Recording method	Optical intraoral scanner	Impression tray and material
Output	Digital 3D file	Physical impression or model
Material in the mouth	Usually no full impression tray	Impression material is placed in a tray
Rescanning an area	Selected areas may be captured again	Impression may need to be repeated
Laboratory transfer	Electronic file transfer	Physical impression or model
Deep margins	May be difficult to capture	May also require tissue management
Blood and saliva	Can reduce scan quality	Can affect conventional impressions
Full-arch accuracy	Depends on scanner, technique and case	Depends on material, tray and technique
Patient preference	Some patients prefer scanning	Some patients tolerate conventional impressions well

One method is not universally more accurate or more appropriate.

The dentist selects the method according to:

• Treatment type
• Number of teeth involved
• Location of restoration margins
• Ability to control moisture
• Implant positions
• Extent of the dental arch
• Patient cooperation
• Available equipment
• Laboratory requirements

Possible Advantages of Intraoral Scanning

In suitable cases, intraoral scanning may provide:

• Digital storage of dental models
• Immediate visual review of captured areas
• Ability to rescan a selected missing area
• Electronic transfer to a dental laboratory
• Reduced need for plaster study models
• Easier display of tooth position to the patient
• Integration with orthodontic or restorative software
• Measurement and comparison between scans
• Support for digital design and manufacturing

These potential benefits depend on the scanner, operator, treatment and quality of the captured data.

Intraoral scanning should not be described as always faster, more comfortable or more accurate for every patient.

Limitations of Intraoral Scanning

Digital scans may be affected by:

• Saliva
• Blood
• Patient movement
• Limited mouth opening
• A strong gag reflex
• Deep restoration margins
• Gum tissue covering the margin
• Reflective metal surfaces
• Missing scan data
• Large edentulous areas
• Long-span or full-arch scanning
• Incorrect scanning sequence
• Software stitching errors
• Scanner calibration
• Operator experience

A scan may need to be repeated or combined with a conventional impression when the available digital data is insufficient.

Digital Dentistry for Clear Aligners

An intraoral scan may be used to record the teeth before clear aligner treatment.

The digital record may support:

• Assessment of tooth position
• Creation of virtual dental models
• Aligner planning
• Communication with the aligner provider
• Production of aligner models
• Monitoring selected tooth movements
• Comparison of records over time

A digital simulation may show a proposed sequence of tooth movement.

However, it is a planning model rather than a guarantee that the teeth will move exactly as displayed.

Actual treatment may be affected by:

• Biological response
• Aligner wear
• Patient cooperation
• Attachment design
• Tooth anatomy
• Root position
• Bone and gum support
• Need for refinements
• Changes in the treatment plan

Digital Dentistry for Braces

Digital records may also support conventional braces treatment.

They may be used for:

• Recording tooth position
• Measuring space
• Reviewing tooth alignment
• Planning selected bracket positions
• Producing study models
• Monitoring treatment progress
• Discussing treatment with the patient
• Coordinating treatment with jaw surgery

Braces treatment still requires clinical assessment, suitable X-rays and regular adjustments.

Digital Planning for Jaw Surgery

Digital three-dimensional records may assist planning for selected patients undergoing orthodontic treatment combined with jaw surgery.

The workflow may include:

• Facial photographs
• Intraoral scans
• CBCT or medical imaging
• Digital dental models
• Jaw-position analysis
• Virtual surgical planning
• Surgical splint design
• Three-dimensional printed models

Software such as Dolphin 3D may assist with measurement, simulation and communication between orthodontic and surgical teams.

A predicted soft-tissue image or animated simulation is an estimate produced from the available data and software model. It does not guarantee the patient’s final facial appearance.

Patients considering combined treatment should review the jaw surgery service.

Digital Implant Planning

Digital implant planning may combine:

• Clinical examination
• Intraoral scan
• CBCT data
• Photographs
• Proposed final tooth position
• Bone and anatomical assessment
• Restorative space
• Bite information
• Implant-planning software

Combining surface scans with CBCT data may help the dentist evaluate the intended implant position in relation to:

• Available bone
• Neighbouring teeth
• Tooth roots
• Nerve canals
• Maxillary sinus
• Planned crown position
• Gum contours
• Future cleaning access

Digital planning supports the clinical process but does not confirm that implant placement is suitable by itself.

Medical history, gum health, bone condition, smoking, oral hygiene and restorative requirements must also be considered.

What Is a Digital Surgical Guide?

A digital surgical guide is a custom device designed to assist the positioning of instruments during selected implant procedures.

The guide may be supported by:

• Teeth
• Gums
• Bone
• A combination of supporting structures

The digital workflow may involve:

1. CBCT imaging
2. Intraoral scanning or a model scan
3. Matching the scan and imaging data
4. Planning the implant position
5. Designing the surgical guide
6. Producing the guide
7. Checking the fit
8. Using it during the procedure

The guide translates the virtual treatment plan into a physical reference during surgery.

Does a Surgical Guide Guarantee Exact Implant Placement?

No. A surgical guide does not eliminate all variation.

Accuracy may be influenced by:

• CBCT image quality
• Intraoral-scan accuracy
• Matching of the digital files
• Guide design
• Guide support
• Manufacturing accuracy
• Fit inside the mouth
• Movement during surgery
• Instrument tolerances
• Available mouth opening
• Bone condition
• Clinical technique

The dentist may need to modify the planned approach during treatment if the clinical findings differ from the virtual plan.

A surgical guide is a planning and positioning aid, not an automatic implant-placement system.

Digital Dentistry for Dental Crowns

Digital workflows may support dental crown treatment.

The process may involve:

• Tooth preparation
• Intraoral scanning
• Bite registration
• Digital design
• Laboratory communication
• CAD/CAM manufacturing
• Trial fitting
• Bite adjustment
• Final bonding or cementation

The crown may be manufactured by a dental laboratory or another validated production workflow.

A digital scan does not remove the need to check:

• Restoration margins
• Contact with neighbouring teeth
• Bite
• Colour
• Shape
• Gum response
• Ability to clean

Digital Dentistry for Veneers

Digital records may support dental veneer planning by documenting tooth shape, spacing, colour and smile proportions.

The workflow may include:

• Dental photographs
• Intraoral scanning
• Digital design
• Wax-up
• Printed model
• Mock-up
• Temporary veneers
• Laboratory communication

A digital smile design or mock-up is useful for discussing proposed changes.

It does not guarantee that the final veneers will look identical to the simulation because the outcome depends on tooth structure, gum position, material, preparation and bite.

Digital Dentistry for Bridges and Implant Restorations

Digital scanning may support the design of:

• Tooth-supported bridges
• Implant crowns
• Implant-supported bridges
• Temporary restorations
• Full-arch trial restorations

Long-span and full-arch cases may require additional verification records because small scanning or data-matching errors can accumulate across a larger area.

The dentist and dental laboratory determine whether the available scan is suitable or whether another impression method is needed.

Digital Dentistry for Full Mouth Rehabilitation

A digital workflow may form part of full mouth rehabilitation.

Records may be used to assess:

• Tooth wear
• Tooth position
• Existing restorations
• Bite
• Available restorative space
• Proposed tooth length
• Proposed tooth shape
• Changes between appointments
• Trial restorations
• Temporary treatment response

Digital design can support planning across multiple teeth, but it does not replace assessment of tooth prognosis, gum health, root condition and bite stability.

Digital Smile Design

Digital smile design uses photographs, scans or software to create a visual proposal for selected changes to the visible teeth.

It may help discuss:

• Tooth length
• Tooth width
• Shape
• Symmetry
• Tooth display
• Smile line
• Relationship with the lips
• Approximate gum levels
• Proposed restorations

A digital smile design is a communication aid.

It should not be presented as:

• A guaranteed final result
• A substitute for examination
• Proof that veneers are required
• A diagnostic tool for every condition
• An exact prediction of healing
• A promise of facial transformation

Dental 3D Printing

Dental 3D printing converts a digital design into a physical object.

A typical process may include:

1. Obtaining a digital scan or image
2. Preparing a digital design
3. Selecting an appropriate material
4. Printing the object
5. Washing or cleaning the printed item
6. Post-curing where required
7. Removing supports
8. Finishing and polishing
9. Checking fit and function
10. Clinical use where appropriate

The production steps vary according to the printer, resin, object and manufacturer’s instructions.

What Can a Dental 3D Printer Produce?

Depending on the system and materials, dental 3D printing may be used for:

• Dental models
• Orthodontic models
• Surgical guides
• Bite splints
• Custom trays
• Temporary crowns or bridges
• Trial dentures
• Denture bases or teeth in selected workflows
• Jaw-surgery models
• Diagnostic models

SWC Dental should list only the applications and materials actually available through its clinical or laboratory workflow.

Are 3D-Printed Dental Appliances Permanent?

Not automatically.

The intended use depends on:

• Material
• Printer
• Manufacturing validation
• Post-processing
• Design
• Regulatory classification
• Clinical application
• Expected duration of use

Some printed items are intended only for models, guides or temporary use. Others may be suitable for longer-term use when produced through an appropriate validated system.

The dentist should explain the material and intended use for the specific appliance.

Digital Dentistry and Dental X-rays Are Different

Digital dentistry is a broad workflow category.

Dental X-rays are diagnostic images created using ionising radiation.

Topic	Digital dentistry	Dental X-ray and CBCT
Main role	Records, planning, design and manufacturing	Imaging internal dental and bone structures
Radiation	Many tools use no ionising radiation	X-rays and CBCT use ionising radiation
Surface recording	Intraoral scanner records visible surfaces	Imaging shows internal or underlying structures
Output	Scans, designs, models and appliances	Diagnostic radiographic images
Example	Digital impression or surgical guide	Bitewing, panoramic or CBCT image
Clinical use	Supports multiple treatment workflows	Supports diagnosis and treatment planning

An intraoral scanner cannot replace a dental X-ray, and a dental X-ray cannot replace a detailed surface scan.

Potential Benefits of a Digital Workflow

Depending on the treatment, digital dentistry may offer:

• Electronic storage of records
• Easier sharing with a dental laboratory
• Immediate display of scan data
• Ability to enlarge and review tooth surfaces
• Reduced need for some physical models
• Integration of imaging and surface scans
• Support for customised appliance design
• Comparison of records over time
• Improved communication about proposed treatment
• Ability to reproduce selected digital designs

These are potential workflow benefits, not guaranteed clinical outcomes.

Limitations of Digital Dentistry

Digital dentistry may be limited by:

• Incomplete scan data
• Software errors
• File incompatibility
• Image artefacts
• Hardware calibration
• Operator experience
• Deep or bleeding restoration margins
• Patient movement
• Limited mouth opening
• Large edentulous areas
• Long-span scanning
• Cost and equipment availability
• Laboratory compatibility
• Changes between scanning and treatment
• Overreliance on simulation
• Loss or corruption of digital files

Conventional methods may still be appropriate or necessary in selected cases.

Does Digital Dentistry Make Treatment Faster?

Digital workflows may reduce or combine certain stages in selected treatments.

For example, electronic file transfer may be faster than physically transporting an impression.

However, the total treatment time may still depend on:

• Diagnosis
• Need for additional records
• Laboratory production
• Healing
• Implant integration
• Orthodontic tooth movement
• Restorative adjustments
• Surgical treatment
• Patient cooperation
• Need for refinements
• Complexity of the case

Digital dentistry should not be advertised as automatically producing faster treatment for every patient.

Is Digital Dentistry More Accurate?

Digital systems can provide detailed and repeatable records in suitable applications, but accuracy depends on the complete workflow.

Factors include:

• Scanner or imaging equipment
• Calibration
• Operator technique
• Scan size
• Software processing
• File matching
• Design
• Manufacturing
• Material
• Clinical fit
• Final adjustment

A digital method is not automatically more accurate than every conventional method.

The dentist should select and verify the method appropriate for the case.

Is Digital Dentistry More Comfortable?

Some patients may prefer intraoral scanning because it may reduce the need for a full tray of impression material.

However, scanning may still be difficult for patients who have:

• Limited mouth opening
• Sensitive gums
• A strong gag reflex
• Difficulty remaining still
• Painful teeth
• Extensive dental appliances
• Restricted tongue movement

Patient experience varies, and no method should be described as comfortable for everyone.

Digital Dentistry Process at SWC Dental

1. Dental examination

The dentist examines the teeth, gums, bite and existing restorations.

The clinical problem is identified before deciding which digital records are needed.

2. Selection of records

Depending on the treatment, records may include:

• Intraoral scan
• Dental photographs
• Dental X-rays
• Panoramic imaging
• CBCT
• Bite records
• Facial scan or measurements
• Existing treatment records

Not every patient needs every record.

3. Data capture

The selected scanner or imaging system records the required area.

The dental team checks the data for missing surfaces, movement or artefacts.

4. Digital planning

The dentist reviews the records and may use software to measure, simulate or design the proposed treatment.

5. Patient discussion

The digital model, images or simulation may be shown to explain:

• The current condition
• Proposed treatment
• Alternative options
• Treatment stages
• Limitations
• Possible appearance
• Maintenance needs

6. Design and manufacturing

Where required, a restoration, appliance, model or surgical guide is designed and produced.

This may occur within the clinic, through a dental laboratory or through another validated production service.

7. Clinical verification

The dentist checks:

• Fit
• Bite
• Tooth contacts
• Gum relationship
• Stability
• Cleansability
• Appearance
• Safety

A digitally produced item must still be verified inside the mouth.

8. Treatment and follow-up

Treatment is completed according to the clinical plan.

Additional scans or records may be collected to monitor progress or make adjustments.

Does Digital Scanning Hurt?

An intraoral scan does not involve an injection or ionising radiation.

The scanning tip moves around the teeth and gums without removing tooth structure.

Some patients may experience temporary discomfort from:

• Contact with sensitive tissues
• Keeping the mouth open
• A strong gag reflex
• Scanning back teeth
• Gum inflammation
• Limited mouth opening

Tell the dental team if you need a pause or if an area is painful.

Do I Need to Prepare for an Intraoral Scan?

Most patients do not need special preparation.

Before scanning:

• Brush the teeth normally
• Bring relevant dental records when requested
• Inform the dentist about painful or loose teeth
• Remove removable dentures or appliances when instructed
• Tell the team about a strong gag reflex
• Mention limited mouth opening or jaw discomfort
• Follow any treatment-specific instructions

Professional cleaning may be recommended first when heavy plaque or tartar prevents an adequate scan.

Can Digital Records Be Reused?

Digital files may be stored and reused depending on:

• File type
• Image quality
• Software compatibility
• Changes in the teeth or gums
• Time since the scan
• New restorations
• Tooth movement
• Treatment purpose
• Laboratory requirements

A previous scan may no longer represent the current mouth after tooth movement, extraction, restoration or gum changes.

The dentist will decide whether the existing record is still suitable.

Digital Dentistry in Rangsit at SWC Dental

SWC Dental provides digital dental assessment and planning for patients in Rangsit, Pathum Thani and nearby areas, including Thanyaburi, Khlong Luang, Lam Luk Ka and Don Mueang.

Based on the current SWC Dental service page, the clinic uses digital technology including:

• Intraoral scanning
• Digital surgical-guide planning
• Dolphin 3D software
• Dental 3D printing

These tools may support services such as:

• Clear aligner treatment
• Braces
• Jaw surgery planning
• Dental implants
• Dental crowns
• Dental bridges
• Dental veneers
• Dentures
• Full mouth rehabilitation
• Dental X-ray and 3D imaging

The technology used, records required, treatment stages and fees depend on the individual procedure and clinical assessment.

Frequently Asked Questions About Digital Dentistry

What does digital dentistry mean?

Digital dentistry refers to the use of digital records and computer-based systems for examination, planning, communication, design or production of selected dental treatments.

Is an intraoral scan the same as an X-ray?

No. An intraoral scanner records the visible surfaces of teeth and gums without ionising radiation. An X-ray shows selected internal structures such as roots and bone.

Is digital scanning more accurate than a conventional impression?

It can provide suitable accuracy for many treatments, but the result depends on the scanner, operator, scan area and clinical condition. Conventional impressions may still be preferable in selected cases.

Does an intraoral scan hurt?

The scan does not remove tooth structure or require an injection. Some patients may feel pressure, gagging or discomfort from keeping the mouth open.

Can digital dentistry show my final result before treatment?

Software may produce a simulation or proposed design. It is a planning and communication aid rather than a guarantee of the final result.

Does a surgical guide guarantee exact implant placement?

No. It helps transfer the digital plan to surgery, but variation may arise from imaging, guide fit, manufacturing and the clinical procedure.

Can all crowns be made entirely digitally?

Many crowns can use a digital workflow, but conventional impressions or additional records may still be needed depending on the tooth, margins, material and laboratory.

Is 3D printing used to make permanent teeth?

Some dental materials are designed for specific long-term uses, while others are intended for models, guides or temporary appliances. The intended use depends on the validated material and production process.

Is digital dentistry faster?

It may reduce certain workflow stages, but total treatment time still depends on the procedure, laboratory, healing and treatment complexity.

Do all patients need a digital scan?

No. The dentist selects records based on the treatment and information required.

Can my scan be sent to another dentist or laboratory?

Digital files may be transferable depending on the format, system, consent and clinic process. Ask the clinic about file availability.

Does digital dentistry replace dental X-rays?

No. Surface scans and radiographic images provide different information and may be used together.

Book a Digital Dentistry Assessment

If you are considering clear aligners, dental implants, crowns, veneers, jaw-surgery planning or complex restorative treatment, arrange an assessment at SWC Dental in Rangsit.

The dentist will examine your oral condition and determine whether intraoral scanning, digital imaging, virtual planning, a surgical guide, 3D printing or another workflow is appropriate.

View the dental treatment fees or contact SWC Dental to arrange an appointment.

Dentistry has been changed from analog to digital. Digital dentistry has help dentists treatment planing for patients more effectively.

At SWC Dental, we consider the importance of the best dental service.  We brought the digital technology to help and provide excellent dental service such as dental implant, clear aligner, braces with orthognathic surgery, veneers ,and dental crowns.  Using digital technology provide more effective dental care.  Patients get the treatment that is more comfortable, quicker ,and seeing the possible final result before deciding to receive the dental care.  Patients receive more detail and understand more of the services since the beginning until the end of the treatment.

Digital Dentistry At SWC Dental
At SWC dental, we provide a variety of dental technologies to our patients.

Intraoral Scanner

This scanner allows clinicians to quickly and easily create digital impression data that can be stored in digital file.  This file is used with the clear aligner (Invisalign) design.  Patient will get the aligners from USA faster than conventional dental impression. Moreover, file of dental restoration can be sent online to the dental laboratory in order to produce precise lab work faster.

Digital Surgical Guide

This program was designed to plan the dental implant placement by combining the CT scan and dental scan images.  Software will help dental implantologists planing the location of dental implant accurately.

Dolphins

The Dolphin 3D software is a powerful tool that makes processing 3D data extremely simple, enabling dental specialists from a wide variety of disciplines to diagnose, plan treatment, document and present cases.

Advantage

1. Surgical treatment planning and simulation —> more precise treatment planning especially in facial asymmetry case
2. Software produce immediate change of soft tissue when bones are moved.
3. Simulated treatment from an animated sequence of pre-/post-operation configurations in all three dimensions. This allows you to demonstrate your plan to the patient; or conduct case presentation to your surgical team.
4. Create a surgical splint easier and quicker.
5. Three-dimensional airway analysis in patient with sleep apnea

3D printer

3D printer can print dental model from oral scanning. No more plaster model.  Moreover, the printer can print many kind of dental appliances such as dental splint, surgical stent, removable denture, & temporary prostheses.