The most powerful 3D data and build preparation software.
Simplify and optimize data and build preparation with Magics — our comprehensive, industry-leading 3D printing software — with both CAD and mesh tools. Gain advanced control over your processes, automate repetitive tasks, and increase print success rates — supporting you no matter which 3D printing technology you use.
The most powerful 3D data and build preparation software.
Simplify and optimize data and build preparation with Magics — our comprehensive, industry-leading 3D printing software — with both CAD and mesh tools. Gain advanced control over your processes, automate repetitive tasks, and increase print success rates — supporting you no matter which 3D printing technology you use.
The most powerful 3D data and build preparation software.
Simplify and optimize data and build preparation with Magics — our comprehensive, industry-leading 3D printing software — with both CAD and mesh tools. Gain advanced control over your processes, automate repetitive tasks, and increase print success rates — supporting you no matter which 3D printing technology you use.
Why Magics?
Advanced control over workflows
Optimize and automate repetitive tasks
Import files, edit, cut, and label parts, create lattices and supports, optimize nest density, slice models, simulate metal builds, and more in one software environment.
Reduce lead times, human error, and excessive manual effort with workflow automation software for support generation, nesting, labeling, and simulation.
Advanced control over workflows
Import files, edit, cut, and label parts, create lattices and supports, optimize nest density, slice models, simulate metal builds, and more in one software environment.
Optimize and automate repetitive tasks
Reduce lead times, human error, and excessive manual effort with workflow automation software for support generation, nesting, labeling, and simulation.
Robust integrations cover your entire workflow
Dependable support
Experience enhanced additive manufacturing traceability and connectivity by linking Magics with our CO-AM Software Platform, offering insights into revisions and more. Plus, manage basic machine parameters with Machine Manager.
From training courses to our Help Center to personalized advice, our team of experts is here to help you. Learn to embed Magics into your processes, optimize your use of Magics, and get the most out of its features.
Robust integrations cover your entire workflow
Experience enhanced additive manufacturing traceability and connectivity by linking Magics with our CO-AM Software Platform, offering insights into revisions and more. Plus, manage basic machine parameters with Machine Manager.
Dependable support
From training courses to our Help Center to personalized advice, our team of experts is here to help you. Learn to embed Magics into your processes, optimize your use of Magics, and get the most out of its features.
Technology neutral
No matter the technology or materials you use, you deserve one solution to meet all your needs.
Key features — from import to print
Import data types and formats
Analyze builds
Import data types and formats
Analyze builds
Fix, edit, and enhance
Transfer designs to your machine
Fix, edit, and enhance
Transfer designs to your machine
Optimize nesting
Generate reports
Optimize nesting
Generate reports
Automate support generation
Magics modules that suit your AM workflow
Find the modules for your technology
- Metal 3D printing
- Selective laser sintering (SLS)
- Multi Jet Fusion (MJF)
- Electron Beam Melting (EBM)
- Stereolithography (SLA)
- Digital light processing (DLP)
- Binder jetting – metal and sand
- Extrusion (FDM and FFF)
Optimize metal support and heat transfer to avoid detachment or warpage with a combination of non-solid and solid structures.
Automatically generate metal support structures to reduce human error and save time during build prep and support removal.
Bridge the gap between CAD software and 3D printers by importing nearly all standard CAD formats.
Bridge the gap between CAD software and 3D printers by importing nearly all standard CAD formats.
Bridge the gap between CAD software and 3D printers by importing nearly all standard CAD formats.
Bridge the gap between CAD software and 3D printers by importing nearly all standard CAD formats.
Bridge the gap between CAD software and 3D printers by importing nearly all standard CAD formats.
Nest parts quickly and efficiently to maximize build capacity, protect small pieces, and reduce human error.
Reduce weight, preserve strength and stability, or make parts more porous to ensure optimal performance.
Bridge the gap between CAD software and 3D printers by importing nearly all standard CAD formats.
Nest parts quickly and efficiently to maximize build capacity, protect small pieces, and reduce human error.
Reduce weight, preserve strength and stability, or make parts more porous to ensure optimal performance.
Bridge the gap between CAD software and 3D printers by importing nearly all standard CAD formats.
Automatically reinforce your parts with customizable, non-solid support structures to reduce SLA build failures and optimize part quality.
Nest parts quickly and efficiently to maximize build capacity, protect small pieces, and reduce human error.
Bridge the gap between CAD software and 3D printers by importing nearly all standard CAD formats.
Reduce weight, preserve strength and stability, or make parts more porous to ensure optimal performance.
Automatically reinforce your parts with customizable, non-solid support structures to reduce SLA build failures and optimize part quality.
Reduce weight, preserve strength and stability, or make parts more porous to ensure optimal performance.
Generate thin support structures with minimal contact points to prevent deformation, facilitate heat transfer, and improve surface quality.
Automatically generate resin support structures to reduce human error, decrease material consumption, and save time during build prep and support removal.
Bridge the gap between CAD software and 3D printers by importing nearly all standard CAD formats.
Automatically reinforce your parts with customizable, non-solid support structures to reduce SLA build failures and optimize part quality.
Reduce weight, preserve strength and stability, or make parts more porous to ensure optimal performance.
Automatically generate resin support structures to reduce human error, decrease material consumption, and save time during build prep and support removal.
Bridge the gap between CAD software and 3D printers by importing nearly all standard CAD formats.
Generate thin support structures with minimal contact points to prevent deformation, facilitate heat transfer, and improve surface quality.
Offers supports for two technology types: stands during heat treatment of binder jet parts and stabilization walls for parts made using extrusion technologies.
Bridge the gap between CAD software and 3D printers by importing nearly all standard CAD formats.
Reduce weight, preserve strength and stability, or make parts more porous to ensure optimal performance.
Offers supports for two technology types: stands during heat treatment of binder jet parts and stabilization walls for parts made using extrusion technologies.
Bridge the gap between CAD software and 3D printers by importing nearly all standard CAD formats.
Reduce weight, preserve strength and stability, or make parts more porous to ensure optimal performance.
Optimize metal support and heat transfer to avoid detachment or warpage with a combination of non-solid and solid structures.
Automatically generate metal support structures to reduce human error and save time during build prep and support removal.
Bridge the gap between CAD software and 3D printers by importing nearly all standard CAD formats.
Bridge the gap between CAD software and 3D printers by importing nearly all standard CAD formats.
Bridge the gap between CAD software and 3D printers by importing nearly all standard CAD formats.
Bridge the gap between CAD software and 3D printers by importing nearly all standard CAD formats.
Bridge the gap between CAD software and 3D printers by importing nearly all standard CAD formats.
Nest parts quickly and efficiently to maximize build capacity, protect small pieces, and reduce human error.
Reduce weight, preserve strength and stability, or make parts more porous to ensure optimal performance.
Bridge the gap between CAD software and 3D printers by importing nearly all standard CAD formats.
Nest parts quickly and efficiently to maximize build capacity, protect small pieces, and reduce human error.
Reduce weight, preserve strength and stability, or make parts more porous to ensure optimal performance.
Bridge the gap between CAD software and 3D printers by importing nearly all standard CAD formats.
Automatically reinforce your parts with customizable, non-solid support structures to reduce SLA build failures and optimize part quality.
Nest parts quickly and efficiently to maximize build capacity, protect small pieces, and reduce human error.
Bridge the gap between CAD software and 3D printers by importing nearly all standard CAD formats.
Reduce weight, preserve strength and stability, or make parts more porous to ensure optimal performance.
Automatically reinforce your parts with customizable, non-solid support structures to reduce SLA build failures and optimize part quality.
Reduce weight, preserve strength and stability, or make parts more porous to ensure optimal performance.
Generate thin support structures with minimal contact points to prevent deformation, facilitate heat transfer, and improve surface quality.
Automatically generate resin support structures to reduce human error, decrease material consumption, and save time during build prep and support removal.
Bridge the gap between CAD software and 3D printers by importing nearly all standard CAD formats.
Automatically reinforce your parts with customizable, non-solid support structures to reduce SLA build failures and optimize part quality.
Reduce weight, preserve strength and stability, or make parts more porous to ensure optimal performance.
Automatically generate resin support structures to reduce human error, decrease material consumption, and save time during build prep and support removal.
Bridge the gap between CAD software and 3D printers by importing nearly all standard CAD formats.
Generate thin support structures with minimal contact points to prevent deformation, facilitate heat transfer, and improve surface quality.
Offers supports for two technology types: stands during heat treatment of binder jet parts and stabilization walls for parts made using extrusion technologies.
Bridge the gap between CAD software and 3D printers by importing nearly all standard CAD formats.
Reduce weight, preserve strength and stability, or make parts more porous to ensure optimal performance.
Offers supports for two technology types: stands during heat treatment of binder jet parts and stabilization walls for parts made using extrusion technologies.
Bridge the gap between CAD software and 3D printers by importing nearly all standard CAD formats.
Reduce weight, preserve strength and stability, or make parts more porous to ensure optimal performance.
What’s new in Magics?
Turn complexity into simplicity with Magics’ latest features, such as additional placement options in the 3D Nester, our new Lattice Module, and the highly anticipated dark theme.
What’s new in Magics?
Turn complexity into simplicity with Magics’ latest features, such as additional placement options in the 3D Nester, our new Lattice Module, and the highly anticipated dark theme.