Monocure Porcelene™ Dental Resin (S) -1000 ml - Almond

Meet Porcelene™, Monocure3D latest and newest dental formula. Our search began with the biggest and best dental labs. We wanted to discover the most important properties to the lab technicians and dentists who needed the models and the people operating the 3D printers. We needed the colour, viscosity, texture, odour, hardness, rigidness, accuracy, heat resistance, no warping or shrinking, opaqueness, surface finish, compatibility, speed, durability, and ease of cleaning to get right. With each new resin sample being sent to our selected Dental Lab technicians and dentists for field testing, the feedback we received from each sample tested was invaluable. Combined with our chemist’s experience, analytical skills and systematic approach, PORCELENE™ Resin was born.

Designed to work in all open system DLP & MSLA 3D printers, PORCELENE™ dental model resin allows for high precision accuracy, dimensional stability, an opaque matte finish with a gypsum-like texture for all 3D printed dental model processing. The delicate balance between toughness, hardness and flexibility optimises it for all processes including diagnostic, implant & orthodontic models, crown & bridge prototypes. Its low flex properties also make it suitable for vacuum forming aligner models. NB. Monocure 3D Dental model resin is not approved for intraoral use.

Our quality control procedures follow the ISO 9001 guidelines to ensure batch to batch consistency in every bottle. We call this the set and forget methodology, meaning you only have to dial this Resin in once, then it’s as simple as pour and print, giving you more time focusing on what’s important. The unique low viscosity formula means lower print failures in colder weather, allowing consistent results all year round.

DENTAL PORCELENE™ resin is very versatile and can be printed between 5 micron and 100-micron layer heights. To achieve the best results, 3D models should always be designed solid, if hollowing is required, ensure drain holes are included to remove any trapped resin.

Always print large flat areas on an angle to help with print deformation due to the adhesion to the FEP film. To assist with unsupported areas, ensure you use well-positioned, solid supports. We recommend you add 1-2 seconds’ wait after print’ setting to allow the material to cool after curing before starting to lift the build plate. (Not all slicers have this setting, check with your software provider). Use a calibration model, to dial in your printer with our resin.

• S formula if your printer uses a projector module (DLP) to create the layers.
• R formula if you have a 3D printer that uses an LCD screen and a LED array (MSLA) to create the layers.