Monolayered akroacryl pmma blocks are manufactured from 100% high quality and highly crosslinked polymethylmetacrylate powder and methylmethacrylate liquid raw materials for making long or short term temporary crown bridge restorations.

• Excellent color stability
• High flexural strength
• Shape stability
• Resistance to breakage
• Easy finishing and polishing

Shades


Technical Specifications
Flexural Strength: min. 114 MPa.
Vickers Hardness: min 26 HV.
E-Module: min. 2771 MPa.
Residual monomer: < 1%.


Dimensions
Diameter: 95-98 mm Ø
Thickness: 12, 14,16, 18, 20, 22, 24, 25 mm.

Multi-layered and highly cross-linked acroacryl pmma blocks bring together four perfectly blended layers, giving the restoration a truly natural look. The four-layer color gradient changes from incisal to cervical in a very natural aesthetic. The smooth color in the four-layer transition, high flexural strength and excellent gloss properties make the acropmma block a good temporary crown bridge prosthesis.

• Excellent color stability
• High flexural strength
• Shape stability
• Resistance to breakage
• Easy finishing and polishing

Shades


Technical Specifications
Flexural Strength: min. 114 MPa.
Vickers Hardness: min 26 HV.
E-Module: min. 2771 MPa.
Residual monomer: < 1%.
 

Dimensions
Diameter: 95-98 mm Ø
Thickness: 12, 14, 16, 18, 20, 22, 24, 25 mm.

akromat scan spray that offers the thinnest, smoothest and most accurate layer and it is a white, lemon flower-flavored pigment suspension used to create optical impressions for CAD/CAM restorations by matting the model surface.
Suitable for plaster die/plaster model use.
The special valve technology of the spray creates a homogeneous and thin spray film on the object to be scanned.
Homogeneous partile size.
It can be easily removed with water or compressed air.

Net: 200 ml

Akrodisc is designed with precision and provides reliable performance for fine-tuning CAD/CAM milling machines. It ensures accurate calibration and alignment, allowing your milling machine to operate at peak performance.

Dimensions
Diameter: 98 mm Ø
Thickness: 10-12 mm.

From single crowns to multi-unit bridge frames
High flexural strength 1350 mpa.
40% translucency.

Exceptional Aesthetics
Translucent and high strength
Highest Flexural Strength
From single crowns to multi-unit bridges

Dimensions
Diameter: 98 mm Ø
Thickness: 12, 14, 16, 18, 20, 22, 24, 25 mm.

Various indications and processing options
with 43% translucency and 1200 mpa high
flexural strength.

Exceptional Aesthetics
Translucent and high strength
Highest Flexural Strength
From single crown to multi-unit bridges

Dimensions
Diameter: 98 mm Ø
Thickness: 12, 14, 16, 18, 20, 22, 24, 25 mm.

The combination of very high bending strength (1100 mpa
cervical 630 incisal), smooth color transition and semi-transparency makes a difference.
Extensive Color Selection
16 colors (A1-D4)

Exceptional Aesthetics
Semi-transparent and high strength
Highest Bending Strength
From single crown to multi-unit bridges

Dimensions
Diameter: 98 mm Ø
Thickness: 12, 14, 16, 18, 20, 22, 24, 25 mm.

Multifunctional aesthetics.
Multiple indicators.
Comprehensive color selection
16 colors (A1-D4)

Exceptional aesthetics
Semi-transparent and high strength
Highest bending strength
From single crown to multi-unit bridges

Dimensions
Diameter: 98 mm Ø
Thickness: 12, 14, 16, 18, 20, 22, 24, 25 mm.

Transparency (43%-49%)
Flexible Strength (800Mpa-1200Mpa)
Extensive Color Selection
20 colors (A1-D4, BL1, BL2, BL3, BL4)

Exceptional Aesthetics
Transparent and High Strength
Highest Bending Strength
From single crown to multi-unit bridges

Dimensions
Diameter: 98 mm Ø
Thickness: 12, 14, 16, 18, 20, 22, 24, 25 mm.

Dental Grade 5 Ti-6Al-4V ELI titanium block is a high-quality metal alloy specifically designed for dental prosthetic and implant applications, offering an optimal combination of strength, biocompatibility, and machinability.

The term “ELI” (Extra-Low Interstitial) indicates that elements such as oxygen, nitrogen, and iron are present at extremely low levels in the alloy. This purification process results in a material that is more ductile and less brittle, significantly reducing the risk of fracture—especially in narrow implants or thin prosthetic components.

Key Advantages and Application Areas

High Mechanical Strength:

It offers approximately twice the strength of commercially pure titanium, enabling long-term resistance to chewing forces, particularly in posterior (molar) regions.

Superior Biocompatibility and Osseointegration:

In contact with body fluids, it rapidly forms a protective titanium dioxide layer. This layer provides excellent corrosion resistance and allows bone cells (osteoblasts) to adhere to the implant surface, enabling a strong bond known as osseointegration. The ELI refinement further enhances this biological response.

CAD/CAM Machinability:

It is commonly supplied in 98 mm diameter discs or blocks. This standardized form allows precise processing with CAD/CAM milling machines in dental laboratories, enabling the production of custom restorations such as crowns, bridge frameworks, abutments, and even implant superstructures.

Dimensions

Diameter: 98 mm Ø

Thickness: 10, 12, 14, 16, 18, 20, 24 mm