Engineered Resins for 3D Printing
N3XTDIMENSIONTM Engineered 3D resins help your projects get to market fast. Faster development cycles, more complex designs, less waste, reduced material inventory, and improved performance of your products.
PARTNER PAST PROTOTYPES.
We do this by committing to a deep level of chemistry knowledge, holding innovation at the center of our focus, and fostering partnerships built on a shared vision of the future state of manufacturing.
Engineered UV Resins for 3D Printing
N3XTDIMENSIONTM was created to leverage our expertise in acrylic and meth-acrylic chemistry, building a core of products that are specifically designed to move beyond the current limitations many have experienced. We are dedicated to building newly engineered resins specifically for use in additive manufacturing applications, driving the material performance for functional applications, solving real world problems.
N3XTDIMENSIONTM offers photopolymers that serve as the base for novel resin systems. These engineered resins provide the ideal combination of properties suitable for a multitude of applications.
Learn More by 3D Resin Type:
PROTOTYPING RESINS
From validating mechanical design, modelling for fit or providing a prototype to investors is critical for any prototyping resin. Using products specifically built for high resolutions, rapid throughput, and superior dimensional stability is critical to your success.
N3D-P110 is a Low Viscosity Acrylic Prototyping Resin for 3D Printing
- High hardness for tough prototypes
- Production-ready resin with photoinitiator
- High Resolution prints with wide colorant compatibility
- Low viscosity for ease of handling
- High green strength for high speed printing
- High Modulus for robust and functional prototypes
- Moderate viscosity as a pourable resin
- Robust material design for extended service
- Increased durability of Snap-Fit features
N3D-P120 is an Acrylic Prototyping Base Resin for 3D Printing
- Low viscosity for ease of handling
- High green strength for high speed printing
- High Modulus for robust and functional prototypes
N3D-P120 is an Acrylic Prototyping Base Resin for 3D Printing
- Moderate viscosity as a pourable resin
- Robust material design for extended service
- Increased durability of Snap-Fit features
Flex Resins
Flexible materials find their niche in applications that need a bit of give including snap-fit parts, electrical connects and flexible linkages. These resins have been designed to leverage the high degree of hydrogen bonding in traditional urethane acrylate designs to impart this degree of flexibility on a molecular level.
N3D-F130 Polyether Urethane Acrylate
- Improved resolution over traditional oligomers
- HDPE-Like properties with an optimized strength and elongation
- Easy-to-work viscosity and pourable at room temperature
- High Urethane content lends itself to an extended property space
- Easy formulating to polypropylene, and polyethylene-like properties
- High recovery for snap-fit parts
N3D-F230 is a Urethane Oligomer designed for 3D Printing
- High Urethane content lends itself to an extended property space
- Easy formulating to polypropylene, and polyethylene-like properties
- High recovery for snap-fit parts
Elastomeric Resins for 3D Printing
Where material demands of softness and tear resistance are critical to the service lifetime, these engineered resins leverage particular designs to surpass the rigors of athletic, orthopaedic and audio (ear-bud, or hearing aid) applications.
Urethane Elastomer
- Superior Elongation achieved through high molecular weight design
- Moderate modulus achieved through unique design as opposed to relying on the cross-link density contribution to hardness
- Excellent recovery for rebound of elastomeric parts
Casting Resins
Successful investment casting’s stem from clean and gentle burning materials. Materials designed with low thermal expansion and melt-before burn characteristics provide these castings with high likelihoods of success when used for investing jewellery and dental parts.
Acrylic Casting Resin
- Low Viscosity for ease of handling
- High green strength for reduced breakage and rapid printing
- Low, light ash content
Functional Resins
Monomers with dual reactivity allows for deployment of interpenetrating networks (IPN) into your 3D printed formulation. These materials are particularly designed to augment traditional challenges in acrylic systems targeting reduced shrinkage, enhanced mechanicals and the capacity for dark-cure.
Dual Epoxy/Acrylate oligomer (traditional material)
- High Modulus bisphenol A based material
- Improves compatibility in acrylic and epoxy hybrids
Geographic availability
Markets
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Automotive and transportation
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Building and construction
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Chemical and plastics industry
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Consumer goods
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Electronics and electrical
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General industry
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Oil and gas
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Renewable energy
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Water and environment
Applications
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Aerospace
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Automotive
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Building block
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Cars
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Electric vehicles
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Medical / Dental supplies
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Sports equipment