FROM CONCEPT TO FABRICATION.
DESIGN • ENGINEER • DETAIL • FABRICATE • PRODUCE
SEE IT IN ACTION
FROM CONCEPT TO FABRICATION
ATLAS X7 — Product Demo Video
Add YouTube video ID to content to embed
WHY SHOULD ONE BUILDING REQUIRE FIVE DIFFERENT WORKFLOWS?
Traditional workflows move the same project repeatedly between design, engineering, detailing, manufacturing, and production systems. Every transfer creates another opportunity for error.
- Duplicate data entry
- Lost information
- Revision errors
- Additional training
- Manual coordination
- Production mistakes
- Wasted time
ATLAS X7 CHANGES THE WORKFLOW.
The building model becomes the common source of project information.
The Platform
ONE BUILDING. ONE MODEL. ONE WORKFLOW.
DESIGN
Define the building.
Geometry, bays, openings, framing systems, additions, lean-tos, mezzanines, parapets, and project configuration.
ENGINEER
Analyze the structure.
Loads, combinations, member selection, utilization, reactions, deflections, and structural review.
DETAIL
Develop the components.
Connections, plates, clips, secondary framing, dimensions, and fabrication details.
FABRICATE
Generate manufacturing information.
Shop drawings, material information, DXF, nesting, and CAM-ready workflows.
PRODUCE
Move the project into production.
Department packages, materials, progress, fabrication information, and production management.
BUILDING DESIGN
DEFINE THE BUILDING ONCE.
Red iron, cold-formed, gable, single-slope, multi-span. Custom bays, endwalls, openings, lean-tos, mezzanines, parapets. Changes to the building model flow into the systems that depend on that information.
ATLAS X7 — 3D Building Designer
Replace with actual ATLAS X7 output
STRUCTURAL ENGINEERING
DON'T JUST SHOW PASS/FAIL. SHOW THE ENGINEERING.
LRFD review. Load combinations, member selection, utilization, reactions, deflections. Designed to expose engineering information for review — not hide calculations behind a simple result.
ATLAS X7 — Engineering Explorer
Replace with actual ATLAS X7 output
FOUNDATIONS
TAKE FRAME REACTIONS DIRECTLY INTO FOUNDATION DESIGN.
Column reactions, footing design, bearing, eccentricity, overturning, sliding, punching shear, flexure, reinforcement. Foundation plans, footing schedules, anchor schedules, concrete quantities.
ATLAS X7 — Foundation Design
Replace with actual ATLAS X7 output
CONNECTIONS
CONNECTIONS BELONG TO THE BUILDING MODEL.
Base plates, knee connections, ridge connections, splices, purlin clips, girt clips, eave strut, endwall, bracing, lean-to. Welded and bolted variants.
ATLAS X7 — Connection Review
Replace with actual ATLAS X7 output
SHOP DRAWINGS
FROM MODEL TO SHOP FLOOR.
Frame drawings, plate drawings, secondary framing, connection details, anchor plans, foundation drawings. Member information, material information, fabrication dimensions.
ATLAS X7 — Shop Drawings
Replace with actual ATLAS X7 output
CAM & NESTING
DESIGN INFORMATION BECOMES MANUFACTURING INFORMATION.
Plate nesting, material optimization, toolpath workflow, machine preparation, DXF workflow, CNC integration architecture.
ATLAS X7 — Plate Nesting / CAM
Replace with actual ATLAS X7 output
ATLAS PRODUCTION HUB
THE DESIGN DOESN'T END WHEN IT REACHES THE SHOP.
Job packages, department drawings, material requirements, production progress, job status, department workflow, project information.
DEPARTMENTS
ATLAS X7 — Production Hub
Replace with actual ATLAS X7 output
BUILT FOR REAL BUILDINGS.
ATLAS X7 has already been used on real projects that have undergone professional engineering review.
—
Projects Engineered
—
Professionally Reviewed
—
Buildings Fabricated
WANT TO TRY IT YOURSELF?
Qualified users can receive access to ATLAS X7 Demo Mode.