Skip to content

Target company criteria

From a design-engineer reality check: the person who feels the pain is you/the designers, but the person who can say “yes” is usually:

  • Head of Mechanical Design / Engineering Manager, or

  • Manufacturing Engineering lead (because DFM + escapes cost money), or

  • Quality (because drawing errors = NCRs/rework)

This matters because it changes which industries will move fast.

Best pilot targets (where RapidDraft v0–v2 is genuinely useful)

1) Industrial machinery & special-purpose machines (Mittelstand-style)

Why it’s a great fit

  • Tons of machined + sheet metal + welded parts.

  • Drawings still drive purchasing/manufacturing.

  • Lots of change orders and “quick fixes” → perfect for “what changed + what to re-check.”

  • Teams are often more pragmatic and less bureaucratic than aerospace OEMs.

This sector is also a common Teamcenter/NX world. (Siemens Digital Industries Software)

Where your features land

  • Drawing checks: high value (standards, title block, revision hygiene)

  • Collaboration: high (supplier/manufacturing feedback loops)

  • DFM: high (machining/sheet metal rules are straightforward)

  • Cost estimate v2: very believable and useful (setup, tolerances, finish)

2) Heavy equipment & off-highway suppliers (attachments, brackets, housings, frames)

Why it’s a great fit

  • Big mechanical content, but not “crazy physics” for our scope.

  • Drawings matter. DFM matters. Changes are frequent.

  • Often has supplier involvement and lots of “why did we change this?” moments.

Teamcenter is heavily present in heavy equipment ecosystems. (Siemens Blog Network)

Where your features land

  • Drawing generation (NX-controlled) is attractive because teams want standardization across many part variants.

  • Collaboration + carry-forward issues is valuable because these programs churn revisions.

3) Automotive Tier-1 / Tier-2 mechanical components (not full vehicle OEM)

Why it’s a good fit (but choose carefully)

  • Massive pressure on speed, cost, and quality.

  • Strong need for “no stupid drawing mistakes.”

  • But OEM procurement can be slow—suppliers move faster.

Automotive is a heavy NX/Teamcenter universe overall. (Siemens Blog Network)

Best sub-areas

  • brackets, mounts, stamped parts, machined housings, small assemblies

  • avoid: advanced composites, complex battery cell chemistry stuff (you know why)

4) Medical devices with mostly mechanical parts (instruments, fixtures, enclosures)

Why it’s a great fit

  • Drawings and traceability are serious.

  • The parts are often machined + molded + sheet metal, and geometry is manageable.

  • Teams care about “why was this accepted?” (your review memory angle).

Medical device sector is a big PLM/Teamcenter-type environment. (Siemens Blog Network)

Caution

  • Sales cycles can be slow because compliance people get involved.

  • But pilots can work if you frame it as “reducing review escapes + improving traceability,” not “AI decides.”

5) Electronics hardware & industrial products (enclosures, mounts, heat sinks, assemblies)

Why it’s a great fit

  • A lot of sheet metal + machining with very repeatable DFM rules.

  • Drawings are common and often messy.

  • Fast iteration culture → more openness to automation.

“Good later” but not first (too slow or too complex for early pilots)

Aerospace & defense (especially structures)

  • Huge NX/Teamcenter footprint (true) (Siemens Blog Network)

  • But approvals, compliance, and process overhead make pilots slow.

  • Also composites/ply documentation can be brutal (your exact point).

Composites-heavy industries (aero structures, wind blades, high-end motorsport carbon)

  • Drawing review and “what changed” becomes a rabbit hole (ply books, manufacturing docs, inspection specifics).

  • Your tool is still useful eventually—but not as a first “prove value in 60–90 days” pilot.

If I had to define your ideal first pilot company:

  • NX + Teamcenter in daily use (or similar discipline)

  • Mostly machined + sheet metal parts

  • Medium complexity assemblies

  • Real pain from revision churn (“what changed?”)

  • Manufacturing feedback loops are frequent (DFM & cost matter)

  • Engineering manager who wants fewer escapes and faster release

Industrial machinery / special-purpose equipment is usually the cleanest match for that. (Siemens Digital Industries Software)

Pilot-friendly industries (good fit) — with size filters you can use for searching

  1. Special-purpose machine builders (Sondermaschinenbau) / industrial machinery OEMs
  2. Best size: 50–2,000 employees (engineering 10–150)
  3. Why it fits: lots of machined + sheet metal parts, frequent revision churn, drawing-heavy release
  4. Search tags: “Sondermaschinenbau”, “special purpose machinery”, “machine builder”, “automation machine”, “Turnkey systems”
  5. Packaging machinery & food-processing equipment OEMs
  6. Best size: 100–5,000 employees (engineering 20–300)
  7. Search tags: “packaging machinery”, “Abfüllanlagen”, “Verpackungsmaschinen”, “food processing equipment”
  8. Factory automation hardware (fixtures, tooling, EOAT, grippers, stations)
  9. Best size: 20–1,000 employees (engineering 5–80)
  10. Search tags: “fixture design”, “assembly stations”, “EOAT”, “gripper”, “jigs and fixtures”, “Montageanlage”
  11. Intralogistics & material handling equipment (conveyors, sorters, AGV mechanical)
  12. Best size: 200–10,000 employees (engineering 30–400)
  13. Search tags: “intralogistics”, “Fördertechnik”, “conveyor systems”, “sorting systems”, “material handling”
  14. Pumps, valves, compressors, fluid-handling equipment manufacturers
  15. Best size: 100–5,000 employees (engineering 15–250)
  16. Search tags: “pump manufacturer”, “valve manufacturer”, “compressor”, “fluid systems”, “Armaturen”
  17. Industrial HVAC equipment & refrigeration OEMs (mechanical-heavy products)
  18. Best size: 200–10,000 employees (engineering 20–400)
  19. Search tags: “HVAC manufacturer”, “heat exchanger”, “chiller”, “air handling unit”, “Kältetechnik”
  20. Automotive suppliers (Tier-2/Tier-3) focused on mechanical parts
  21. Best size: 200–10,000 employees (engineering 30–500)
  22. Search tags: “Tier 2 supplier”, “brackets”, “mounts”, “machined housings”, “stamped parts”, “fixtures”
  23. Off-highway / heavy equipment suppliers (attachments, implements, housings, frames)
  24. Best size: 200–10,000 employees (engineering 20–400)
  25. Search tags: “off-highway”, “construction equipment supplier”, “attachments”, “implements”, “housings”, “fabrication”
  26. Industrial electronics hardware companies (enclosures, chassis, thermal, racks)
  27. Best size: 50–5,000 employees (engineering 10–200)
  28. Search tags: “industrial enclosure”, “control cabinet”, “chassis”, “rack systems”, “thermal management”, “heat sink”
  29. Medical device manufacturers with strong mechanical content (instruments, fixtures, housings)
  30. Best size: 50–5,000 employees (engineering 10–200)
  31. Search tags: “medical device manufacturer”, “surgical instruments”, “medical equipment”, “fixtures”, “hospital equipment”
  32. Test & measurement / lab equipment manufacturers
  33. Best size: 50–5,000 employees (engineering 10–250)
  34. Search tags: “laboratory equipment”, “test systems”, “measurement equipment”, “instrumentation”
  35. General metal products OEMs (high-mix, low-volume mechanical assemblies)
  36. Best size: 20–1,000 employees (engineering 5–80)
  37. Search tags: “metal assemblies”, “precision mechanics”, “Gerätebau”, “Blechbaugruppen”, “machining + sheet metal”