Description
Pro3dure printodent GR-14 denture materials are 3D printing resins for the generative production of denture bases. The printodent GR-14.2 denture HI meets all dental requirements with e.g. a water absorption (< 25 μg/mm3) and water solubility (< 1.5 μg/mm3) according to ISO 20795-1:2013. Furthermore, the low shrinkage (approx. < 1 %) compared to traditionally used PMMA-based materials guarantees a high accuracy of fit. printodent GR-14.2 denture HI is a 3D printing resin with „high-impact“ properties characterized by low viscosity. This allows construction processes to be carried out efficiently and components to be cleaned easily. As a world first, printodent GR-14.2 denture HI | MSI , a biomimetic 3D printing resin for the fabrication of dentures, will be presented for the first time at IDS 2023. This resin offers all the advantages of printodent GR-14.2 denture HI, which has been tried and tested thousands of times, and also prevents biofilms from adhering to the surface of the denture in a natural way. This functional material thus copies a natural process, such as that used by the red alga Delisea. The communication of bacteria, the so-called „quorum sensing“, is disturbed by a natural substance anchored in printodent GR-14.2 denture HI | MSI , so that the adhesion of bacteria is significantly reduced. Moreover, this effect is not due to antibacterial additives, which may lead to bacterial resistance. As a result, improved oral hygiene and less irritation of the soft tissue are achieved. All materials of the printodent® GR-14 denture series can of course be combined with printodent GR-17.1 temporary lt to produce cost-effective and highly esthetic full dentures. In addition, validated procedures are available for both materials in combination with denture teeth from the VITA VIONIC VIGO, CANDULOR TCR* / NFC+* and Ruthinium ACRYSMART systems. Complete integration in exocad‘s CAD software rounds off the digital workflow.
Advantages:
- high accuracy of fit
- ”high impact” material
- validated procedures
- MSI® technology for the reduction of biofilms
* CANDULOR Bonartic® II NFC+, Bonartic® TCR, BonSelect TCR, Condyloform® II NFC+, PhysioSelect® TCR, PhysioSet® TCR
Available in deep-pink, light-pink and orange-pink colors for 3D printers that emit light at ≤ 405 nm.
COMPATIBLE WITH DLP/LCD/SLA 3D PRINTERS.
Specifications for Pro3dure printodent GR-14.2 HI MSI
| Property | Requirement | Result *** | Standard |
| Ultimate flexural strength | ≥ 65 MPa | 82 MPa ** | ISO 20795-2 |
| Flexural modulus | ≥ 2000 MPa | 2100 MPa ** | ISO 20795-2 |
| Color stability | ≤ 3 (CIELAB, dE) | ≤ 2.5 (CIELAB, dE) | ISO 10477 ** |
| Water solubility | ≤ 1.6 µg/mm³ | ≤ 1.6 µg/mm³ | ISO 20795-2 |
| Water absorption | ≤ 32 µg/mm³ | ≤ 32 µg/mm³ | ISO 20795-2 |
| Shore Hardness | n.a./n.a. * | c.a. 80 D | ISO 48-4 |
| Viscosity (25°C) | n.a./n.a. * | 1.4 Pa s | DIN 53019-1 |
| Maximum stress intensity factor | ≥ 1.9 MPa*m (1/2) | ≥ 1.9 MPa*m (1/2) ** | ISO 20795-2 |
| Total fracture work | ≥ 900 m2 | ≥ 900 m2 ** | ISO 20795-2 |
| Bio compatibility | Irritation and skin sensitization – Epicutan test
Primary oral (buccal) irritation |
Comply |
ISO 10993-1 ISO 10993-10 |
| Bio compatibility | Genotoxicity, Carcinogenity and Reproductive toxicity | Comply |
ISO 10993-1 ISO 10993-3 |
| Bio compatibility | Systemic toxicity | Comply |
ISO 10993-1 ISO 10993-11 |
| Bio compatibility | Cytotoxicity | Comply |
ISO 10993-1 ISO 10993-5 |
* not applicable
** on the basis ISO 20795-2
*** These data result from measurements of a representative sample, which were determined within the scope of our quality assurance
How to use
Preparation:
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GR-14.2 denture HI MSI bottles should be well shaken before use (Fig.1).
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Make sure that GR-14.2 denture HI MSI temperature is within 23 °C to 30 °C. If possible, always store a bottle GR-14.2 denture HI MSI in your production unit in order to avoid temperature differences during refilling.
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Impurities due to operational mistakes cannot be excluded. With respect to the low viscosity of the resin it is possible to filtrate GR-14.2 denture HI MSI and stir it on a regular base (Fig.3). To avoid bubbles let GR-14.2 denture HI MSI rest for 1 hour before usage.
Manufacturing process:
- Prepare data (CAD & build preparation).
- Choose process parameters (build style, etc.).
- Transfer prepared data to 3D printing device.
- Prepare 3D printing – shake bottle.
- Fill resin tank of 3D printing device (Fig.2). Bubbles can be removed with a clean spatula or by a recoater routine.
- Build the parts.
- Clean parts (with IPA ≥ 97 % or equivalent cleaning agent)
approx. 10 min. in an ultrasonic bath or equivalent
device – precleaning recommended. - Dry parts, until there are no residues of IPA or equivalent
cleaning agent. - Post curing (2 x 5 min. / wall thickness > 2.5 mm: 2 x 10 min.):
inert atmosphere recommended (use adequate light
curing device). - Finish parts. The dental objects created with GR-14.2 denture HI MSI can be coated and repaired as usual.
Important
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To avoid detrimental effects on material quality do not expose the liquid material to irradiation under any circumstances.
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Deviations from the described manufacturing process may lead to different mechanical and optical properties of the GR-14.2 denture HI MSI material.
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Ensure personal protective gear during processing.
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Caution: Polymerized resins are chemically resistant – avoid stains on clothing!
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Avoid any contact with skin and eyes. In case of accidental contact, rinse with adequate running water, consulting a doctor if necessary.
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The lot number and the best before date are indicated on each GR-14.2 denture HI MSI packaging. In case of claims please always indicate the lot number of the product.
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Do not use the product after expiry of the best before date.
Safety notice
The company I.D.M di Marin Davide is not a manufacturer of medical materials or devices. The material sold on this site is neither produced nor controlled by the company I.D.M. di Marin Davide, who in no case can be held responsible for any damage caused by use or application of the material, which must only be used on suitable machines and by specialized personnel, exclusively for the purpose indicated, according to the manufacturer’s instructions. For resins with European certification, the properties of the finished product vary according to the entire printing and post-curing process; refer to the manufacturer for any information about it.
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