01.
iOS Connection
Intraoral scanner account linking 3Shape: h5014@yahoo.com.tw iTero: h5014@pingho.com.tw Medit: h5014@yahoo.com.tw Others: You can contact us directly
Go Digital.
Digital technology meets expert craftsmanship — sharper communication, steadier fabrication, and every case a perfect balance of clinical function and aesthetics.
Digital technology meets expert craftsmanship — sharper communication, steadier fabrication, and every case a perfect balance of clinical function and aesthetics.
How to go with us:
01.
iOS Connection
Intraoral scanner account linking 3Shape: h5014@yahoo.com.tw iTero: h5014@pingho.com.tw Medit: h5014@yahoo.com.tw Others: You can contact us directly
01.
iOS Connection
Intraoral scanner account linking 3Shape: h5014@yahoo.com.tw iTero: h5014@pingho.com.tw Medit: h5014@yahoo.com.tw Others: You can contact us directly
02.
Digital Case Submission
1. Send out the intraoral scan file 2. Take a photo of the prescription sheet and send it to us via Line@ or email 3. Shade-matching photos and related parts (e.g., stone reference model, bite registration, digital analog, etc.)
02.
Digital Case Submission
1. Send out the intraoral scan file 2. Take a photo of the prescription sheet and send it to us via Line@ or email 3. Shade-matching photos and related parts (e.g., stone reference model, bite registration, digital analog, etc.)
02.
Digital Case Submission
1. Send the intraoral scan files 2. Take a photo of the prescription form and send it via Line@ or email 3. Shade-taking photos and related components (e.g., reference plaster models, bite, digital analogs, etc.)
03.
Design & Discussion
Design using 3Shape or exocad, and discuss and confirm the details with the dentist.
03.
Design & Discussion
Design using 3Shape or exocad, and discuss and confirm the details with the dentist.
03.
Design & Discussion
Design using 3Shape or exocad, and discuss and confirm the details with the dentist.
*
A design review can be arranged on request — production begins only after the doctor confirms it looks right.
*
Design confirmation can be done via screenshots, screen recording, or remote connection.
04.
Milling & Printing
The lathe-turned green body undergoes sintering, and a 3D model is printed based on the case.
04.
Milling & Printing
The lathe-turned green body undergoes sintering, and a 3D model is printed based on the case.
04.
Milling & Printing
The lathe-turned green body undergoes sintering, and a 3D model is printed based on the case.
05.
Staining & Layering
Perform staining and porcelain layering based on the case
05.
Staining & Layering
Perform staining and porcelain layering based on the case
05.
Staining & Layering
Perform staining and porcelain layering based on the case
06.
QC & Delivery
Before shipment, the color, shape, fit, occlusion, and proximal contact are inspected in accordance with the QC process.
06.
QC & Delivery
Before shipment, the color, shape, fit, occlusion, and proximal contact are inspected in accordance with the QC process.
06.
QC & Delivery
Before shipment, the color, shape, fit, occlusion, and proximal contact are inspected in accordance with the QC process.
Digital Compatibility Index
The table below lists prosthetics supported for intraoral scanning. Just send us the digital files — we'll recommend the best process for your case.
The table below lists prosthetics supported for intraoral scanning. Just send us the digital files — we'll recommend the best process for your case.
Inlay & Onlay
Preparation method
Moldless / 3D Printed Model
scannable file material options
Zirconia e.max
Clinical Considerations
It can be fabricated model-free depending on the margin and undercut conditions.
Clinical Prosthodontics
Preparation method
scannable file material options
Clinical Considerations
Crown & Bridge
Moldless / 3D Printed Model
Monolithic Zirconia Crown (Stained) Layered-Ceramic Crown (Layered) 3D Co-Cr Alloy e.max (crown only)
1. Some materials can be fabricated model-free. 2. If model-free, the intraoral scan bite must be verified as correct.
Crown & Bridge
Moldless / 3D Printed Model
Monolithic Zirconia Crown (Stained) Layered-Ceramic Crown (Layered) 3D Co-Cr Alloy e.max (crown only)
1. In some cases, model-free fabrication is possible. 2. Verification is required to ensure the intraoral scan margin and bite are accurate.
Implant Crown & Bridge
Moldless / 3D Printed Model
Monolithic Zirconia Crown (Stained) Layered-Ceramic Crown (Layered) 3D Co-Cr Alloy Titanium Monolithic
1. Supports most major Scan Body databases. 2. It is recommended to discuss and confirm digital implant component details with the technician before fabrication.
Implant Crown & Bridge
Moldless / 3D Printed Model
Monolithic Zirconia Crown (Stained) Layered-Ceramic Crown (Layered) 3D Co-Cr Alloy Titanium Monolithic
1. Supports most mainstream Scan body libraries. 2. It is recommended to discuss the required digital components with the technician before fabrication.
Customized Abutment & Implant Bar
3D printing model
Titanium
1. Supports most major Scan Body databases. 2. It is recommended to discuss and confirm digital implant component details with the technician before fabrication.
All-on-X
3D printing model
Titanium + Zirconia bridge
The digital workflow must be paired with a database and a Verification Jig to ensure accuracy. It is recommended to discuss the fabrication process with the technician before proceeding.
Veneer
3D printing model
Zirconia Veneers (Stained/Layered Porcelain) e.max
It is recommended to provide shade-matching photos and abutment shade-matching photos.
Veneer
3D printing model
Zirconia Veneer (Stained/Layered) e.max
It is recommended to provide shade-matching photos and abutment shade-matching photos.
Inlay & Onlay
Moldless / 3D Printed Model
Zirconia e.max
It can be fabricated model-free depending on the margin and undercut conditions.
*This table is for reference only. Actual outcomes depend on scan quality and clinical conditions (occlusal space, margin, color, etc.), evaluated by our technician and confirmed with the dentist.