SIMPLEX filaments

Filament for orthodontic model fabrication

The high-quality special filaments are suitable for the specific requirements of the dental industry: they have excellent mechanical and physical properties and do not pose a risk to health. The high consistency and dimensional accuracy of the filaments enable detailed print quality. You receive a defined filament selection designed for the respective area of application.

Advantages

Work at a high level with high quality materials.
Work reliably with a selection of filaments matched to the indication area and printer.
Time-saving and health-friendly fabrication of 3D models – no post-processing, no cleaning, no curing.

Details

100% free from irritants – no harmful vapors during printing process.
Biofilament is recyclable and industrially compostable.
Excellent mechanical and physical printing properties such as layer and print bed adhesion.
High-quality, process-stable printing and detailed print result thanks to uniform diameter (1.75 mm) and roundness along the entire length of the filament.
No post-processing with chemicals and curing unit necessary.
Sustainable, environmentally friendly, and cost-effective printing.
Colorfast, UV-resistant.
Made in Germany.

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Ordering information

Product	Description	Scope of delivery	Article number
SIMPLEX aligner model	The special filament SIMPLEX aligner model is tailored to the special requirements of aligner production and the thermoforming technique. Promotes pleasant working, thanks to having no irritating components. Generates no unpleasant vapors during the printing process. No post-processing, no annealing required. For thermoforming foils with a foil thickness of ≤ 1.0 mm; excluded: Zendura Clear Aligner & Retainer Material	Heat-resistant special filament Ø 1.75 mm, 1 x 800 g (28 oz.), white Printing temperature: 235-255°C (455-491°F) Bed temperature: 80-95°C (176-203°F)	17350300
SIMPLEX multi-use model	The bio filament SIMPLEX multi-use model provides a natural surface effect with its high hard-gypsum content. Offers high detail reproduction for precise planning and diagnostic models. Promotes pleasant working, thanks to having no irritating components. Does not produce unpleasant vapors during the printing process, is recyclable and industrially compostable. It can be optimally worked with rotary instruments or a scalpel.	Plaster filament Ø 1.75 mm, 1 x 800 g (28 oz.), plaster white Printing temperature: 185-220°C (365-428°F) Bed temperature: 50-70°C (122-158°F)	17350600
SIMPLEX study model	The bio filament SIMPLEX study model offers high detail reproduction and sharpness for precise planning and diagnostic models. Promotes pleasant working, thanks to having no irritating components. Does not produce unpleasant vapors during the printing process, is recyclable and industrially compostable.	Bio filament Ø 1.75 mm, 1 x 800 g (28 oz.), white Printing temperature: 190-230°C (374-446°F) Bed temperature: 50-70°C (122-158°F)	17350100
SIMPLEX working model	The bio filament SIMPLEX working model is designed for the digital production of working models and offers high detail reproduction. Promotes pleasant working, thanks to having no irritating components. Does not produce unpleasant vapors during the printing process, is recyclable and industrially compostable.	Bio filament Ø 1.75 mm, 1 x 800 g (28 oz.), viridian green Print temperature: 190-230°C (374-446°F) Bed temperature: 50-70°C (122-158°F)	17350200

Information material

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Preview

Title

Christian Born

DT at Cultus Dentes Orthodontic Laboratory, Berlin, Germany

‘‘The convenient "plug and print" absolutely convinced me. Renfert has really put its “making work easy” performance promise into this device. In a nutshell, that means: no major effort, no high investments, no environmental impact, and an automated, controllable, and valid process without time-consuming trial and error. I select the program, push the button, and the system does what it is supposed to – fantastic!‘‘

Dr. Oliver Raeth

Orthodontist from Engen, Germany

‘‘The SIMPLEX 3D filament printer stands out thanks to its simplicity and intuitive operation. Theoretically, anyone in the team can operate the printer. And there are no chemicals and no post-processing (which is unavoidable with resin printing). This means no isopropanol and no light curing. This allows us to meet our objectives not only regarding environmental and climate protection but also regarding health protection within our office team.‘‘

Prof Shen Yung Kang

Professor at the School of Dental Technology at Taipei Medical University (TMU) and a member of the TMU Research Centre of Biomedical Devices, Taipei, Taiwan

„To ensure consistent product quality, it is important to obtain reproducible and reliable results when using a 3D printer.“ Read more in the Dental Asia article

Bernardo Fiandaca

Bernardo Fiandaca - Dental technician at Laboratorio Bernardo Fiandaca, Palermo, Italy

"We chose 3D filament printing, specifically the SIMPLEX 3D filament printing system, for a number of reasons. First and foremost, the process flow convinced me - we can avoid all the post-processing. And: whenever possible, I operate in an ecologically sustainable manner in my everyday work. For filament printing, bio-filaments can be used; thus, renewable resources are used."

Dr. F. Thomas Braun

DMD, Dental Office Braun Orthodontics, Fairfield, USA

" For me, the main argument for buying a filament printer was that no post-processing of the printed objects is necessary;. In addition, the work is more ecological; on the one hand because of the filaments themselves. On the other hand, fewer chemical substances are needed and there is no hazardous waste. Another important factor in the decision is health protection for us as a team, because the filaments do not emit any toxic fumes during the printing process."

Prof Shen Yung Kang

Professor at the School of Dental Technology at Taipei Medical University (TMU) and a member of the TMU Research Centre of Biomedical Devices, Taipei, Taiwan

"Digitization is not the future, but the present. Dental offices should also invest in digital technologies. Intraoral scanners, CAD/CAM milling, 3D printing - many applications are implemented digitally. Various technologies are used for 3D printing, e.g. FDM or SLA. For model fabrication, we mainly use the SIMPLEX 3D printing system. Most popular features are speed and consistent product quality."

Wei-Chun

Dental Technician, CDT, PhD, Taiwan

"In terms of accuracy and precision, filament printing offers optimum quality for orthodontic models. I would also like to emphasize the simplicity and process reliability of the SIMPLEX 3D filament printing system. It does not require extensive training. Application errors are virtually eliminated thanks to automatic presettings. And as I would like to avoid processing biologically harmful materials - if possible - filament printing also has a clear advantage here. Among other things, there are bio-filaments. In addition, there is no need for post-processing with chemicals."

Robert G. Widhalm

Lab Director, Laboratory Direct Orthodontics and Lab, Inc., Middleburg, USA

"Digital processes support cost-effectiveness in everyday orthodontic work. One example is model fabrication using 3D printing. Since the SIMPLEX 3D printer is easy to operate and does not require any post-processing, it is a real relief in everyday work. No long training period is required; printing is intuitive. And, of course, environmental and health protection are important arguments in favor of filament printing; for instance, no toxic fumes are released. When it comes to print quality, it's particularly convincing for orthodontic applications."

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