Seven industries, one pattern
Industries We Serve
A crane builder waiting on drawings. A steel fabricator picking tooling from memory. A kitchen equipment maker redrawing the same layout for every site. Different industries, the same pattern of skilled engineers doing rule-bound work by hand. We automate that pattern, one industry's rules at a time.
Pick your industry
Design Automation, Tuned to Each Sector's Rules
50+ delivered projects across these sectors have taught us where each one's hours actually go. Find yours; the bottleneck on the other side of the link will look familiar.
Industrial & Mechanical Equipment
Every conveyor, pump, or compressor sale re-runs the same engineering. We turn the sales input itself into 3D models, drawings, and BOMs, with no engineer in the loop for routine orders.
Learn more → ENGINEERING CALCULATIONS · LAYOUT AUTOMATION · SPEC SHEETSBuilding Products & Construction
Same retaining wall, new height. Same roof, new span. When a product family is governed by span tables and code checks, the calculations, layouts, and spec sheets can generate from the rules.
Learn more → TOOL MAPPING · DRAWING VARIANTS · CAD PLUGINSSteel & Metal Fabrication
Profiles, brackets, and sheet metal parts by the hundred, each needing tooling picked, drawings issued, and machine data written up. We make the geometry do that work itself.
Learn more → STRUCTURAL DESIGN · SIGNALING LAYOUTS · FABRICATION DOCSInfrastructure & Utilities
Utility poles, railway signaling, telecom structures: designs bound tightly to standards. We encode the standards once, and the structural checks and GA drawings follow from them.
Learn more → LAYOUT DRAWINGS · VARIANT AUTOMATION · CONFIGURATORSCommercial Kitchen & Food Equipment
No two sites match, but every kitchen follows the same configure-to-order logic. Layouts, ventilation runs, and stainless fabrication drawings generate straight from the order.
Learn more → REVIT PLUGINS · BIM TOOLS · MODEL COMPARISONArchitecture, Engineering & BIM
Revit is full of repetition Revit won't do for you: family management, model comparison, documentation. We build the add-ins that close that gap.
Learn more → PLS-POLE IN → MODEL · DRAWINGS · BOM OUTTransmission Pole Manufacturing
You already engineer the pole in PLS-Pole. We take that output and hand back Inventor models, fabrication drawings, and BOMs: nothing re-entered, nothing redrawn.
See the solution →Our approach
We Don't Bring the Rules. We Encode Yours.
The method is the same everywhere; the engineering never is. Three habits keep the automation honest in every sector.
Discovery Before Code
We sit with your engineers first and pull the logic out of their heads: the standards, the exceptions, the "only when the customer specifies it" rules.
Senior Knowledge, Written Down
The judgment your most experienced engineer carries becomes explicit rules in the system, applied the same way whether or not they're in the room.
Proven Against Your Numbers
Before anything reaches production, every automated output is checked against calculations and drawings your team already trusts.
Proof
Four Projects, Four Before-and-Afters
All four run in production today. The numbers are the clients' own.
Screw Conveyor Product Configurator
Quoting a conveyor took engineers 4–6 hours. The web configurator does it in under 10 minutes.
Read the use case → INFRASTRUCTURERailway Signaling Drawing Automation
Signaling layouts that took 3–5 days each now generate in 2–4 hours.
Read the use case → COMMERCIAL KITCHENCommercial Kitchen Drawing Variants
Order-specific kitchen drawing packages, down from 3–5 days to under 4 hours.
Read the use case → STEEL FABRICATIONSteel Profile Tool Mapping Automation
Tooling for each steel profile now selected in under 5 minutes instead of 45.
Read the use case →Free · no obligation
Your Industry Isn't Up There? The Pattern Probably Is.
If orders arrive as variations on a product your team knows cold, and engineers turn each one into drawings by hand, the fit is likely. A free audit will tell you either way.
- An automation engineer walks your current design workflow
- The repetitive work identified and ranked by payback
- Hours and error costs put into numbers
- A roadmap that starts with a pilot, not a platform