Computer
aided manufacturing
We are doctors and dental technicians, who create cad-cam and laboratory products for doctors and dental technicians.
Especially because we were looking for reliable and capable partners in our country and Europe, that's why we understand what you need. We are absolutely convinced that with a predictable, stable, result and full support from us, you can build work processes, derive profit and satisfaction from your work with maximum benefit for our patients.
Our industry is woven from the nuances that appear at each stage of this long clinical and technological process. We are here so that you can enjoy your work, and not bury yourself until nightfall by purchasing additional "magic equipment" or grinding for a long time what comes from milling centers. We are interested in solving complex problems and delivering consistently excellent quality.
milling
center
We fine tune the fit of structures and individual elements, geometries, and customize the prosthetic templates of existing implant systems, if necessary.
Physical Properties
Density (after sintering)
WAK (25 - 500 °C)
Bending strength*
Translucency (1mm, D65)
Fracture toughness
Radioactivity
Modulus of elasticity
* biaxial measurement
Z-CAD® One4All
6,06 g/cm³
10,8 10⁻⁶/K
> 1000 MPa
45 %
5 MPa√m
≤ 200 Bq/kg
<200 GPa
Z-CAD® One4All is a biocompatible high-performance zirconia available in white, three bleach shades or in the 16 Vita classical shades A1-D4* and complies with Class 5 of ISO 6872:2019. A characteristic strength of over 1000 MPa (biaxial measurement). A translucency value of 45%. The flexible solution for everyday laboratory work. For customisation of white substructures we recommend our Z-CAD® Surface Liquid. It is ideally suited for dipping and brush infiltration.
Z-CAD® One4All - The flexible one
Physical Properties
Density (after sintering)
WAK (25 - 500 °C)
Bending strength*
Translucency (1mm, D65)
Fracture toughness
Radioactivity
Modulus of elasticity
* biaxial measurement
Z-CAD® HTL
6,08 g/cm³
11,2 10⁻⁶/K
> 1100 MPa
41 %
5 MPa√m
≤ 200 Bq/kg
<200 GPa
Z-CAD® HTL - STRONG ZIRCONIA is a class 5 biocompatible high-performance zirconia according to ISO 6872:2019, available in white. A characteristic strength of over 1100 MPa (biaxial measurement). A translucency value of 41%. The strong solution for everyday laboratory work.
Z-CAD® HTL


Starbond Ti5
837 MPa
921 MPa
15 %
330 HV 5/30
4,4 g/cm³
1650 °C
10,3 x 10⁻⁶K⁻¹
4
Milling disc made of grade 5 "ELI" (Extra Low Interstitial) titanium alloy TiAl6V4.
Compliant with ISO 5832-2 and ASTM F136.

Advantages for users:
- Ideal mechanical properties
- Excellent bonding with ceramics for titanium
- Biocompatible
- Extremly corrosion resistant
- Particularly patient friendly due to low thermal conductivity
- Perfect suitable for implant-supported restorations, superstructures, bars and abutments.
Titanium Scheftner Ti5 Starbond
Technical properties:
Proof stress (Rp 0.2)
Ultimate tensile strength
Elongation
Elastic modulus
Vickers hardness
Density
CTE (20-500°C)
CTE (20-600°C)
Laser weldable
Type (DIN EN ISO 22674)
MoguCera C
413 MPa
597 MPa
12 %
206 GPa
288 HV 10
8,3 g/cm³
14,5 x 10⁻⁶K⁻¹
14,8 x 10⁻⁶K⁻¹
Yes
4
CoCrMo milling disc with excellent properties for the manufacture of crowns, bridges, frameworks, telescopes, bars, attachments, implant supported superstructures and abutments. MoguCera C Disc is based on a non-precious ceramic alloy already used in the conventional casting technology. Free of nickel, beryllium, lead und cadmium. Type 4 pursuant to DIN EN ISO 22674 with a very wide range of indications.

Advantages for users:
- Medium hardness of 288 HV 10
- Excellent metal-ceramic Bonding
- Biocompatible
- Easy to work with and very to polish
- Laser weldable
- Suitable for dry and wet milling.
CoCr Scheftner MoguCera C
Technical properties:
Proof stress (Rp 0.2)
Ultimate tensile strength Elongation
Vickers hardness
Density
Melting point
CTE (20-600°C)
Type (DIN EN ISO 22674)
We work with various materials from Zirconium to CoCr.
Ask for details and price by link below.
how does it work
Model delivery
3D scan of the model
Delivery of work
Manufacturing
STL data
transfer
Upload STL data to server or send it by email
Delivery of work
Manufacturing
Shipping the model by courier
There are two options for sending work orders: the first option is to ship models by mail and the second is to send STL files.
In our training center, we explain rather complex processes in simple words, as well as develop skills which you can immediately apply in your practice.
If you are determined to tackle digital dentistry or are already working in an exocad, or you are interested in applied gnathology - welcome.
training
center
Nazar Lesyk
Chief Technician at archicam.
CAD designer and trainer, cam operator and dental construction engineer.
Feel free to ask him anything that interests you!


Course program:

1. The structure of the exocad program

2. Wax Up + preparation of the model for printing

3. Reduction of complete anatomy

4. Articulator + complete anatomy

5. Tools of communication with the doctor

6. Function of main scans

7. Editing scans

8. Matching scans

Practical course
Training time: 1 day from 9:30 to 18:30
Exocad
quick start
Course program:
Practical course
Training time: 2 days from 9:30 to 18:30
Prosthetics
on implants
1. Individual tray
4. Screw-retained (crowns / bridges)
6. Working with artificial gums
7. Fabrication of primary metal bar and secondary structure from PMMA or Zr
8. Bar with single crowns
9. Using the articulator for partial and total work
10. Works from the multi-unit level
5. Using CT data with a Dicom file to model subgingival structures
3. Simultaneous design of crowns on individual abutments for parallel fabrication from different materials
2. Customized abutments via scan markers / scan platform
We are the official representatives of the innovative company Prosystom in Ukraine. We sell equipment and software for digital clinical protocols and train to work on our base and in your clinical setting.
equipment
+ soft
The optical axiograph allows you to obtain individual data on the movements of the lower jaw. This helps the physician to analyze the abnormalities that have occurred as a result of problems with the bite to determine the new correct position for the lower jaw. The electronic axiography technique allows you to obtain any parameters for programming the articulator in the manufacture of orthopedic structures.
Optical axiograph
Proaxis
Allows you to collect a complete individualized digital protocol, according to various types of diagnostics.
Single data space for different diagnostics
Proart
The digital facebow is designed to work with virtual or mechanical articulators. Complete with a 3D stand, it allows you to plaster models into mechanical articulators relative to any anatomical planes. This system allows for the transfer of models according to CT data, taking into account all individual parameters. The digital facebow is also designed to work with virtual articulators - export of models to exocad, zirkonzahn, ceramill, cerec programs.
Digital facebow for articulators
Proarc
3D stand - the use of a hexopod allows the models to be cast into any mechanical articulator according to CBCT data or ProArc electronic facebow data, taking into account the individual parameters of the dentition. Numerical values for 6 support pins are sent to the laboratory.
3D - stand
Prostand
A wearable device that provides data on the state of the muscular system.
Protens is a combined system - a myograph and a tens apparatus, which allow the doctor to control the activity of the muscular system and then correct it.
Myograph + TENS
Protens
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