Resin Based SLA Printing
Precision Ultra Fast Production of Polymer Parts
Example Of E-Rigid Form Capabilities
Tronix3D is proud to be able to support a wide range of industries. We do this by increasing the capabilities in our facility based on the needs and requests of our customer.
The addition of the Nexa3D machines fulfills this need for applications around prototyping and end-use parts by creating a very strong and durable part at a lower cost, significantly faster than other traditional methods.
Our Nexa3D printers are perfect for tooling fixtures, consumables, models, industrial repair, and maintenance to name a few.
Printer Specifications:
Build Envelope: 195 x 115 x 210 mm (7.7 x 4.5 x 8.3in)
Layer Thickness: 50 micron to 100 micron
Nexa3D Software Supports
Ultra Fast Production of Detailed Parts
When you need parts in hours and not days the Nexa3D Printers can print at some of the highest speeds in the industry. Advanced capabilities within the software can allow for three dimensional part stacking for maximizing efficiency and throughput. With a wide range of materials there is a perfect material for every application. We stock materials that are flexible (xFlex402), clear (x45 Clear), stiff (xCE) or temperature resistant (xPEEK147) just to name a few.
xPRO410
Rigid photoplastic that prints parts with extreme accuracy and an exceptional surface finish. Formulated based on Henkel’s LOCTITE® PRO410 polymer and optimized for Nexa3D’s printers, the material is ideal for general purpose prototyping and series production.
Characteristics
Mid-range stiffness
Fast build speed
Excellent accuracy and aesthetics
Lower part cost
Uses
Quick design verification models
Display models
Models where accuracy and resolution are critical
xMODEL15-White
This is an economical modeling material that yields superb feature resolution and accuracy to serve a wide variety of modeling applications. Formulated to deliver exceptional first-time print success, xMODEL15 exhibits excellent detail and a high-quality surface finish.
Characteristics
Ultra Fast build speed
Excellent accuracy
High Quality Surface Finish
Lowest Part Cost
Uses
Quick design verification models
Display models
Demonstration Parts
xPEEK147
A stiff, heat-resistant material with an HDT of 230ºC similar to many PAEK thermoplastics like PEEK. Exhibits excellent long-term stability at temperatures exceeding 100ºC making it suitable for prototypes and end-use parts subjected to high temperatures, such as fast tooling for plastic molding.
Characteristics
High heat deflection temperature
High stiffness with good dimensional stability
Good surface finish
Uses
High-performance prototypes or end-use parts requiring high-temperature capability and long-term thermal stability
Tools and molds requiring good surface and long-term thermal stability >125ºC
Popular Nexa3D Materials
xABS3843
Tough and durable material with the aesthetics of injection molded black ABS. High performance, high modulus material boasting excellent flexural and tensile physical properties with a relatively high degree of elongation. It displays high green strength and good heat deflection temperature enabling it to print accurately and function in a wide variety of applications.
Characteristics
ABS-like stiffness
Tough & durable
Great feature detail
Uses
Design verification models • Functional prototypes
Snap fits
Jigs and fixtures
Patterns
End-use parts
Good weathering performance
x45-Clear
A material that combines good clarity with toughness for a wide variety of models and functional prototypes requiring fast turnaround times. x45-Clear has excellent out-of-printer properties with robust print styles to ensure high first-time build success.
Characteristics
Draft build mode enables remarkable build speed
Robust print styles ensure high first-time build success
Uses
Fast turnaround modeling and prototyping
Models and prototypes requiring good optical clarity
Model surface can be polished for best clarity
Functional prototypes requiring good strength
xCE-Black
xCE is a cyanate ester-like material for high stiffness and temperature applications. It resembles the aesthetics of injection-molded nylons, polyesters, polyamides, and polyimides.
Characteristics
High-performance plastic stiffness
High temperature
Durable, resistant to chemicals
Uses
Functional prototypes are subject to higher temperatures ("under-the-hood")
Low volume injection molding inserts for lower temperature plastics
End use parts
Credit: Nexa3D
About the Process:
Lubricant Sublayer Photo-curing (LSPc) is a masked stereolithography (mSLA) process that is much faster than traditional stereolithography (SLA). It uses an LED array as the light source together with an LCD photomask, which serves to shape the layer image as it passes onto and through the self-lubricating membrane. This arrangement allows higher light levels which translates to faster build speeds with less image distortion – ultimately resulting in better quality prints.
