Draw it once.
Own it forever.

A1 Parts

Sketch on a plane, constrain it until it stops moving, then build features on top. The tree keeps every step, so changing a dimension near the bottom rebuilds everything above it.

• Full sketch relations and constraint solving
• Feature history you can reorder and roll back
• Reference geometry, planes and axes
• Rebuild driven from any dimension in the tree

A2 Assemblies

Bring parts together, mate them, and nest sub-assemblies as deep as you need. Parameters can be overridden per instance without touching the file they came from.

• Mates and sub-assemblies
• Exploded views that carry into drawings
• Instance-local parameter overrides
• BOM in two modes, parts only or parts with hardware

A3 Drawings

Bring in parts or assemblies. Views stay linked to the model and update when it changes.

• Orthographic, section, detail and auxiliary views
• Editable title block templates
• BOM tables driven from the assembly
• Flat patterns and exploded views on the same sheet
• DXF and PDF out

A4 Schematics

Electrical schematic capture in the same program as the mechanical work, with a solver running live as you draw.

• Schematic capture with a live solver
• Component libraries shared with the mechanical side
• Wire numbering and terminal lists
• Prints to the same drawing sheets as everything else

A5 Architecture

Walls, floors and roofs are parametric objects, not geometry with a thickness typed into a box. You define the layer stack and the thickness falls out of it.

• Composition-aware walls, floors and roofs
• Thickness computed from the layer stack
• Framing saved as reusable style objects
• Room auto-detection plus user-defined zones
• IFC export

B1 Sheet metal

Full sheet metal capabilities. Including custom bend math, flattening curved parts, and flat pattern output.

• Flat pattern with bend allowance and bend lines
• Material and thickness driven from the part
• DXF out for the punch and the laser
• Folded and flat states in the same file

B2 Equations

Dimensions can be driven by expressions instead of numbers, anywhere in the program. Design intent stays in the file rather than in your head or a spreadsheet on the side.

• Equation driven features and sketches
• Named parameters referenced across the document
• Works in parts, assemblies and architecture alike

B3 Component libraries

Standard stock and hardware kept in libraries you can add to, so the things you use a lot are a drop away rather than a remodel.

• Fasteners and standard stock included
• Add your own components to any library
• Shared between mechanical and electrical work

C1 Hardware on the part

The shop gets a part list and purchasing gets a fastener count, off the same file, with a toggle.

It works because hardware lives on the part rather than the assembly. Add an entry to the hole library and the PEM nut or standoff that belongs in it comes along with the hole. Which is how pressed-in hardware actually behaves.

• Hole library entries carry their hardware
• No assembly needed to express the relationship
• BOM toggles between part based and full

C2 Ladder logic

Rung editing for control work, sitting in the same program as the parts and the schematics rather than in a separate tool with its own file format.

• Rung editing for control work
• Lives alongside the schematic it belongs to
• Documented on the same drawing sheets as the schematic

C3 Exchange

Standard formats in, standard formats out. DXF for the punch and the laser, STEP for anyone sending you something in 3D.

• DXF and STEP in and out
• PDF out for drawing sheets
• OBJ, FBX and glTF for visualization
• IFC out of architecture documents