Prepare, optimize, and 3D print high-quality parts in record time with 3DXpert, an all-in-one, integrated 3D additive manufacturing software that streamlines the complete workflow, from design to printing.
3DXpert is the complete software solution for additive manufacturing, from design to printing. Quickly and efficiently transition from a CAD model to a high-quality, 3D-printed part.
3DXpert is the best solution to support the disruptive shift from rapid prototyping to serial AM production.
3DXpert provides a dedicated design toolset required for light-weighting, texturing, and printability modifications. Constructed with manufacturability in mind, 3DXpert puts the M in DfAM.
3DXpert helps you keep the relatively high costs of 3D printing as low as possible. Reduce tryouts in your way to your first article, avoid costly mistakes, and optimize your printing process. With complex parts, 3DXpert gives you peace of mind.
Process simulation anticipates the conditions and events taking place within the build chamber, indicates potential build issues, and allows for automatic pre-compensation of predicted displacement. If you do see deviations in the printed part, 3DXpert can read 3D scan data to provide a scan-based compensation.
Handle every file format your customers send with parametric, automation-ready build preparation and Supportless enabling strategies.
Support localized production, spare parts on demand, or transformative concepts like additively manufactured valves or heat exchangers.
Add internal structures and use porosity analysis to accelerate osseointegration of patient-matched, or serially produced implants.
Optimize laser parameters for serial production or automate build preparation tasks like support creation.
Reliably build lighter components and higher performing parts. Create competitive advantage in highly regulated industries, with a cutting edge DfAM toolset.
Generative Design, Topology Optimization, Process Simulation, Hybrid DfAM: Dedicated tools for value-added engineering.
Import any CAD format, maintain CAD integrity, and analyze for printability.
Set part orientation with real-time analysis of support and down-facing areas.
Use Topology Optimization, Lattice design, Implicit Modeling, and FEA to lightweight and optimize structures.
Analyze parts to automatically or manually create supports for overhanging regions.
Perform end-to-end fault prediction within the design environment to verify part builds.
Shorten printing time and ensure high quality surface finish.
Optimize slicing and hatching to ensure repeatability and quality.
Use the operator edition to easily position parts on the tray and send them to print.
Inspect and correct anomalies & defects
Physics-based job preparation tools powered by Amphyon technology
Reduce costly build iterations. Automatically compensate for deformation. With 3DXpert Process Simulation you can achieve a significant increase of dimensional part accuracy for Metal 3D Printing (LBM, SLM, DMLS). Unprintable geometries become printable.
The cooling and shrinking that occurs after each layer is printed may cause the metal to rise above the powder bed level. These raised tips can damage the re-coater or even cause the roller to stop its motion.
Use 3DXpert Mechanical Simulation to predict where metal is likely to rise above the next deposit layer and cause damage to the printer, enabling you to take the appropriate corrective action.
Scaling from one part to a full build chamber changes the whole process dynamics. The Amphyon technology built into 3DXpert utilizes Thermal Simulation to predict overheating and achieve thermal stability by adapting the process setup with layer-specific cooling times - for all types of laser Metal AM machines. Ensure high-quality part properties.
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3DXpert supports polymer-based processes, as well as metal additive manufacturing. Oqton partners with all major powder bed machine vendors and more (3D Systems, EOS, SLM Solutions, Renishaw, Farsoon, HP, Xact Metal, Aconity3D, Freemelt, etc.) to ensure smooth integration. Contact Us to find out how deeply your preferred systems are integrated..