Best 3D Printing Software of 2024

You can monitor and control every aspect of your 3D printer, as well as your printing jobs, right from your browser. OctoPrint's powerful plugin platform allows you to extend its functionality with amazing plugins from the community. Open-source software that is free and available under the Affero General public License (AGPL). You can control and monitor all aspects of your 3D printer from your browser.

It is difficult to do additive manufacturing. It takes a lot experience, engineering skills, trial-and-error, and a lot of trial-and-error to make it work. We can provide you with the most advanced algorithms and IoT devices, as well as a cloud infrastructure to automate all your workflows so that you get the best out of your 3dprinters. All your production can be managed, controlled and monitored from one platform. Multiple users and machines can be connected to your AiSync account. For easy collaboration, a live library of all design, project and manufacturing data can be shared across your organization. You can access your AiSync account from your browser without installing anything. Our infrastructure is built using powerful servers on the backend, and a lightweight frontend user interface. Access to high-performance computing resources can be obtained from any device, on-site or remotely.

The best 3D design tool available for hobbyists. Because precision is built-in, everything will fit together perfectly every time. You can make any part of your design, no matter how small or large. You can export your design in STL or STEP, SAT or DWG for any 3D printer or CNC software. To help you build your model, create 2D drawings that have dimensions. You can get up and running quickly with a simple but powerful toolkit that doesn't overwhelm you with options. There's no need to subscribe, you can own your tools and make use of them offline. You can design precision components for miniature machinery and full-scale marvels. You can design the most amazing pinewood derby cars or exquisite works of art. If it can be machined, it can be designed. You can create completely custom projects for your router. You can design simple parts or go crazy with complex geometry. Any design can be exported to a 3D printer. Start with a simple sign. You can also model a replacement for an item that is broken or create a new robot.

Lattices are a revolutionary tool for product design. Lattices reduce material usage, improve cushioning, dampening, increase breathing, and differentiate products through a unique aesthetic. Carbon Design Engine makes it easier than ever to create lattices. Carbon Design Engine automates the process for creating conformal, single-zone lattices. This saves engineers significant time and effort. Design Engine's cloud-based computation is powerful enough to generate complex conformal lattices within minutes. Pair Design Engine with Carbon 3D printers, and you can go from an idea to a printed part in a matter of hours. Lattices can reduce material waste and speed up printing times. Design Engine allows you to choose the best lattice pattern for your needs and makes your production more efficient.

Amuse is a high-quality and precise digital manufacturing company that can make custom plastic parts. Get a quote for 3D printing and Injection Moulding services.

Print job will be paused or notified if it fails quality control. PrintNanny OS lets you mix and match your favorite 3D printers.

D2P®, a software program FDA-cleared under 510(k), and 3D Systems printers enable surgeons, radiologists and lab technicians to create digital 3D models of diagnostic quality and physical 3D prints quickly and easily. DICOM images can be imported into D2P, a stand-alone software package that consolidates 3D model segmentation into one workstation. D2P is an FDA-cleared medical device designed for pre-operative surgery planning and the production 3D-printed models for diagnostic purposes. The unique image segmentation tools and advanced virtual reality (VR), allow clinicians and staff at the point-of care (POC) to reduce the time and effort associated with creating patient-specific anatomical models. Digital models exported from D2P can be used with a variety of applications, including 3D printers and VR devices. They can also be used by CAD software, surgical planning software and CAD software.

Vampire (Virtual Additive Manufacturing System): This software simulates 3D printing in order to predict and analyze the results. It also performs heat transfer analysis and deformation analysis based on thermal expansion and prediction. It is important to identify and address various manufacturing problems in advance, as 3D additive manufacturing can be expensive and time-consuming. This can be done by using analysis techniques that are suitable for additive manufacturing. Vampire offers key tools to build a smart preprocessing system for this purpose.

FLOW-3D is a highly accurate CFD software that solves transient, free-surface issues. It can help you optimize product designs and reduce time to market. FLOW-3D's multiphysics suite also includes FlowSight, our state-of the-art postprocessor. FLOW-3D is a versatile CFD simulation platform that engineers can use to study the dynamic behavior liquids and gases in a variety of industrial applications and physical processes. FLOW-3D is a free surface and multiphase simulation platform that serves a wide range of industries, including aerospace, microfluidics and bio-medical devices as well as water civil infrastructure and automotive. FLOW-3D is a multiphysics tool that is unique in its power and versatility. It helps engineers achieve their modeling goals.

Additive is not a standalone entity. AM processes must communicate with other software systems, provide quality control, and operate in high security environments. Our software is designed to integrate with enterprise production. We can support complex installations on-premises and provide a well-documented API to send order information, 3D files optimized for tracking, and production data to an enterprise's existing software. We are familiar with how to deploy our software in these critical environments.

You can manage the 3D printing process right from your desktop. Queue print jobs on one or more Ultimaker printers, schedule maintenance tasks and track print analytics. Ultimaker Connect makes it easy to manage 3D printers at work. Start scaling up production by grouping printers according to your workflow. Your printers will work harder. Send a print job directly from your desk. Once it's finished, you can remove it and the next print will start automatically. Track analytics to optimize 3D printing and increase ROI.

All aspects of 3D printing can be managed from one platform. 3DPrinterOS offers a simple workflow management interface that is compatible with most 3D Printers. FSU, Purdue, FSU and UTEP all use our single-sign on compatible platform to manage users and 3D printers. They also have the ability to print queues, design files, material expenses, and print queues from one central platform. You can grow your program with confidence knowing that you won’t have to spend time or resources on training on a completely new workflow for each printer type. Our cloud infrastructure is trusted by companies like Cisco and Kodak. It allows businesses of any size to securely access and manage all their data, users, files, and manufacturing machines through a single interface. 3DPrinterOS is built using a pure cloud/web/mobile architecture, which makes it infinitely scalable. It can also be deployed privately for maximum security.

VPS-MICRO simulates the behavior of the materials used to predict the life expectancy of manufactured parts. VPS-MICRO is based on three inescapable truths. Durability is not solely a function applied stress. It is a combination of that stress as well as the material's reaction. Complex components and systems require a variety of materials. Computer cycles are faster and more affordable than prototyping or physical testing. VEXTEC's VPSMICRO®, a computational software, uses these ideas to help it calculate a material's response to stress, its variability, all its damage mechanisms, and its geometry. It also accounts for the conditions of its use over time. The simulation accurately and efficiently simulates the real world physics of damage and how it occurs.

Ansys Additive Suite provides critical insights for engineers, designers, and analysts to avoid failures in build and produce parts that meet design specifications. This comprehensive solution covers the entire workflow, from design for additive manufacture (DfAM), through validation, print design and process simulation, as well as exploration of materials. Additive Suite also includes Additive Print, Science and Additive Prep tools. Access to Ansys Workbench Additive is also available. Parametric analysis systems can be created, as with many features in Ansys Workbench. This allows you to study the optimization of parameters like part position and orientation. This add-on is available as an upgrade to the Ansys Mechanical Enterprise licence.

Many companies are still figuring out how to implement metal additive manufacturing (AM) at the industrial level. Companies spend many weeks trying to optimize their build configurations, especially in the initial stages of adapting AM technology. This is inefficient, and a waste both of time and money. AdditiveLab software reduces the number of trial and error. It provides simulation technology that can accurately predict the outcomes of metal-deposition AM processes. AdditiveLab allows you to identify failure-prone areas and optimize manufacturing configurations to increase manufacturing success and save time and money. AdditiveLab was specifically designed to meet the engineering needs AM engineers without the need for simulation knowledge. It has a simple user interface and automates the preparation of models, which reduces the time required to simulate the state-of–the-art.

Simufact Additive, a powerful and scalable solution for the simulations of metal-based additive manufacturing processes, is available. Simufact Additives can be used to optimize metal 3D printing and rapid prototyping. Simufact additive can help you significantly reduce the number test prints. We want to help you create AM components with repeatable dimensions. Simufact Additive's multiscale approach to simulation combines the best of both mechanical and thermal methods in one unique software solution. You can choose the simulation method that best suits your needs. Simufact Additive, a specialized software solution, is dedicated to the simulation and analysis of additive manufacturing processes. This is reflected in a lean operation concept for the user.

GENOA 3DP is a software suite that allows you to create additive manufacturing designs for metals, polymers and ceramics. It is a versatile tool that can simulate printing and offers seamless user interaction. GENOA 3DP is fast and easy to integrate into any process that allows for the best AM build. GENOA 3DP is based on progressive failure analysis and multi-scale material modelling. It allows engineers to accurately predict crack growth, void, residual stress, crack growth, and other anomalies that are associated with AM parts. GENOA 3DP bridges material science and finite elements analysis by providing a repeatable method to improve part quality, reduce scrap rates, and meet specifications.

Digimat-AM, a Digimat Software solution, simulates the printing process and assists printer manufacturers and end-users in identifying manufacturing issues. It optimizes the printing parameters to maximize productivity and ensure the best possible performance of final parts before printing the first one. Digimat-AM allows you to convert hundreds of errors and trials into just a few clicks. Digimat-AM empowers engineers by providing a process simulation solution that works. Simulate the FFF and FDM of unfilled and reinforced materials. Predict the process-induced microstructure, residual stresses, and part warpage of as-printed parts. Analyze the thermal-structural coupling of the process for both unfilled and reinforced polymers. You can set up the right manufacturing parameters to achieve high precision printing. This will help bridge the gap between the printing process, the material, and the part performance.

The 3D modeler that integrates ray-tracer. Because "rasterization" is so 20th-century™, 3D modeling, animation and photorealistic rendering are all possible. Why is EQUINOX-3D superior? Our artist stated that "all engineers should be forced" to use the software they create. I use EQX for many hours a days and it is not necessary to force me. The first integrated interactive raytracer in a modeler. Super-fast photorealistic renderer Ray-traced windows allow you to model and edit in full. Powerful subdivision surface modeling. Powerful CAD/CAM features and 3D printing. Universal rendering API allows for full modeling on any renderer. Fully integrated Cg renderer that matches the raytracer. HDR texture support and HDR rendering output. Support for super fast, importance-sampled HDR environments light.

Creality slicer-4.8.0, the latest update with the Portuguese language is available for all Creality FDM 3d printers. This software is only compatible with Windows. If you are using Mac, please install Cura software. Creality is a leader in 3D printer manufacturing. We specialize in the development of FDM/resin 3D Printers, 3D Printer Filament, and other related products. Shenzhen Creality 3D Technology Co., Ltd. was founded in 2014. It focuses on the design, development, and production of 3D printers, as well as related products. Our R&D team is made up of skilled engineers and professional researchers. We strive for creativity and a great user experience. The company's 3D printing investments include FDM/resin printers, 3D scanners. Filaments, resin, and drones. These robots can also be used to support STEAM education. We want to help people learn more about 3D printing technology. Create reality, achieve dreams!

PrusaSlicer, our in-house-developed slicer software, is based on the open source project Slic3r. PrusaSlicer, an open-source, feature-rich and frequently updated tool, contains everything you need in order to create the perfect print files for your Prusa 3D printer. PrusaSlicer is built on Slic3r by Alessandro Ranellucci. It is completely free and open-source. We can continue to add functionality thanks to the Prusa Research core team and strong community. You can follow the development process via Github. You can paint custom supports directly on your model! You can also block the automatically generated supports in certain areas. You can also use custom meshes to block support and enforcers. Everything is saved in the project file and can be customized. Prusa Research's developers and testers are always working on presets for more than 150+ filaments. We are constantly adding profiles to the site, following the most popular manufacturers.

High quality parts are manufactured on-demand to speed up innovation cycles, from prototype to launch. Fictiv allows you to access a wide range capabilities through one, easy-to use platform. This means you can spend less time sourcing parts and more on design innovation. There's no need to wait for quotes or wait days or weeks. Fictiv instantly provides pricing for complex parts and can even provide it within an hour. We will analyze your parts for manufacturing feasibility and give you complete visibility into the cost drivers and possible manufacturing risks. Receive on-demand status updates regarding your orders, including accessing part photos and inspection data prior to delivery.

Sunata™, Atlas 3D’s cloud-based software automatically selects the best orientation for your parts and generates the support structures necessary for your successful additive manufacturing build. This ITAR-compliant service is used to create Direct Metal Laser Sintering Printers (DMLS). Sunata™, automatically orients parts and generates the support structures. Sunata™, analyzes more than 100 orientations and generates optimization logs. Thermal displacement to minimize distortion, support volume, support removal, build time, and support volume. Get accurate estimates of print costs so you can print successful prints every time.