Monocure3D PRECISE+ Dental Model 3D printer Resin MSLA
Monocure3D PRECISE+ Dental Model 3D printer Resin MSLA is backordered and will ship as soon as it is back in stock.
Delivery and Shipping
Delivery and Shipping
Specifications
Specifications
Product Care
Product Care
Returns
Returns
Payment methods
Description
Description
Monocure3D PRECISE+ is an advanced dental modelling resin formulated specifically for MSLA 3D printers. Designed for professional clinical and laboratory workflows, it delivers exceptional accuracy, smooth surface finish, and outstanding stability for consistent results across every print.
This resin produces dimensionally accurate dental models suitable for diagnostics, study casts, appliance fitting, and thermoforming workflows such as aligner and retainer moulds. With reduced odour and improved heat resistance, PRECISE+ ensures reliable performance even under demanding production conditions.
Key Features
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High-Precision Dental Models: Engineered for superior dimensional accuracy and detailed anatomy reproduction for diagnostic and study applications.
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Thermoforming Ready: Stable under vacuum forming conditions, ideal for aligner and retainer mould fabrication.
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Dimensional Stability: Reformulated for consistent results and reduced warping during printing and post-curing.
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Low Odour, Easy Handling: Refined formula for a cleaner, more comfortable working environment in clinical and lab settings.
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MSLA Optimised: Designed for 405 nm resin-based LCD 3D printers, delivering dependable curing performance and fast exposure times.
Technical Specifications
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Printer Type: MSLA / LCD
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Viscosity: ~700 cps @ 25 °C
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Heat Deflection Temperature: ~71 °C @ 0.45 MPa
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Cure Wavelength Range: 225 – 420 nm
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Typical Layer Exposure: ~2.5 seconds per layer (dependent on printer and layer height)
Applications:
Dental models, study casts, diagnostic models, crown and bridge design prototypes, and thermoforming aligner moulds.
Why Choose Monocure3D PRECISE+
PRECISE+ is an Australian-made resin trusted for its balance of precision, strength, and usability. It allows dental professionals to produce clean, stable, and highly accurate models with reduced processing time and greater repeatability, ideal for modern digital dentistry workflows.
Download Technical Data Here
