GL Studio is a suite of Additive Manufacturing (AM) toolkits that integrate directly into existing CAD platforms (currently available on Rhino 6 for Windows and Mac). Augmenting native CAD features, GL Studio enables users to leverage the power of AM by providing the ability to intuitively design advanced lattice geometries.
Eliminating the use of the STL file format and working directly with native CAD data (B-reps), GL Studio removes the need for costly mesh repair and conversion software.
With direct integration into native CAD platforms, iterate faster by reducing costly import/export processes and file conversion.
Providing unparalleled power and control, GL Studio enables the creation of advanced lattice geometries that match both physical and esthetic requirements.
Delivering a next generation design and engineering core, NVM (NURBS Voxel Modeling) technology simplifies the complex. Using voxels (3D pixels) to represent geometries without approximation, NVM delivers the ability to create both conformal and non-conformal lattice geometries.
For the first time ever, generate advanced lattice geometries without ever converting to a mesh. Built using B-rep data, move beyond the confinements of the STL and create editable B-rep geometries that support downstream CAD features.
Design and create without leaving the native CAD environment. Built for seamless integration, General Lattice tools augment existing CAD features providing industry leading digital manufacturing tools.
Rhino is a 3D CAD modeling software that enables users to create, edit, analyze, and translate NURBS curves, surfaces and solids. Providing a wide array of tools and features, along with support for 3rd party applications, Rhino offers the ability to create highly dynamic and personalized workflows all in a single platform.
Built for AM from the ground up, GL Studio democratizes the lattice design process providing powerful, intuitive latticing tools. Using 100% native CAD data, GL Studio works inside of Rhino and enables users to seamlessly integrate advanced lattice designs into larger part files or assemblies with the ability to execute downstream CAD features.