DOCUMENTATION / GETTING STARTED

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starting point.

Browser tools today. Dedicated engineering environments in development.

Forms 2D drawing sandbox

Open the browser preview. It starts with a blank drawing and omits project-opening tools. Pick a drawing tool from the ribbon or type a command in the command line. Escape cancels an active command. Use the available export controls to keep a DXF, SVG, or PDF. This is a feel for the drafting environment; desktop features are not all available here.

Forms Sketch

In development

Open Sketch through Playground without an account. Draw, connect, and annotate ideas. Save or export work you want to keep; browser storage belongs to the current device and can be cleared by browser settings.

Forms Make 1.0

Build editable objects in Design, then use Prepare for a print mesh. Keep the editable project as well as the print export. Custom/SVG profiles, extrude, revolve, scaled-top loft, gentle sweep, shared dimensions, ordered finishing steps, libraries, groups, plates, materials, and quantities remain available.

For a selected object, hold Shift to show Maintain-properties deformation handles or Ctrl to show Distort-properties handles. Stretch, bend, or twist directly, then release the key to restore normal handles. The deformation controls can also be pinned for touch and keyboard use. On a flat upright box platform, Maintain Z stretch carries touching parts and supported stacks together; Distort grows the platform around stationary parts. One Undo restores the platform and carried parts. Fracture and shatter create capped geometry and retain an assembly reference. Choose mm, cm, or inches; the printer's front-left corner is 0,0.

The browser exports STL and neutral 3MF, or saves a source-preserving .formsslice job. In Windows Make, use Open to load that job, choose a supported printer/nozzle, material and process, and slice locally. The bundled, unmodified OrcaSlicer 2.4.2 engine generates actual supports, infill, brim and toolpath layers. Inspect the result before exporting G-code or sliced 3MF. Printer connections are not automatic.

980 machine/nozzle profiles across 61 brands passed software slicing checks; 548 cover Bambu Lab, Creality, Prusa, Anycubic, Elegoo, Flashforge, QIDI, Sovol, Voron, and Snapmaker. Eight adapter-needed profiles are blocked. Software checks do not establish physical print validation. Integrated jobs currently use single-filament FFF/FDM; use appropriate external slicers for resin, multi-material, and proprietary native formats. STL and neutral 3MF remain available for that handoff.

Supported convex-profile corner rounds/bevels and shells retain their current limits. Element handoffs can retain individual source-part updates. Windows STEP exchange supports selected B-rep sources and imports geometry rather than feature history; unsupported deformed sources are refused for STEP and native Element authoring export. Download the Windows portable app, extract the entire ZIP, and keep all bundled engine, license, and resource folders beside the executable.

Forms Tinker 1.0

Open Tinker and try a starter circuit. Add parts, connect pins, and choose the code engine shown in the workspace. Arduino supports its disclosed subset and qualified firmware boundaries; Python uses real local CPython with simulated machine APIs. Use the separate Analog workspace for local ngspice operating-point, DC, AC, or transient analysis, with values, plots and CSV export.

Save a portable .formstinker project or export a kit containing source, parts, wiring and SVG. After the app reports offline readiness, its cached workspace and engines can run without a connection. Browser storage is device-specific; keep exported copies. Crossed wires connect at shared grid cells. Use named nets or route around crossings.

Download the Windows portable app, extract the whole ZIP, and keep the Engines, Sources and notices folders with it. Serial requires a port and action you explicitly choose in a supporting browser. Physical hardware remains untested; the app does not claim universal flashing, PCB manufacturing, proprietary PSpice compatibility or universal chip simulation.

The engineering suite

The other product pages show genuine development captures. A screenshot does not indicate a public release.

Accounts and purchases

A future account will hold orders, license records, and toolkit submissions. See the launch schedule for upcoming products. Purchasing is not open. Current browser previews do not require a purchase or account.

Toolkits

Find resources by product and author in the toolkit library. Review a toolkit’s license, version, and compatibility before use. Submissions are private until reviewed and approved.