modelled · drawn · exported

Describe the part. Get a drawing you’d send to a shop.

delineo3d is CAD you talk to. Say what you need and it builds the model, draws the sheet, and checks its own work — for as many turns as it takes to get it right.

$20 / month after the trial. Card required.

Enclosure, sealed — 6061 aluminium published

Typed

Activity

Design step 1

Stage part script

Design step 2

Execute part

Design step 3

Render preview

Design step 4

Show user view

Design step 5

Publishing final draft

120x108x30 mm · 388.773 g

Published final CAD changes

A sealed enclosure machined from a 6061 billet: a pocketed body 120 by 108 by 30 millimetres over its flanges, with a widened sealing land round the open top carrying an O-ring groove and six M4 tapped holes for the lid, four M3 standoffs standing on the pocket floor, a 16.50 millimetre cable gland bore through one end wall, and a mounting flange down each long side with two 5.50 millimetre clearance holes in each. The flanges are picked out in green as the material the last turn added.

± change added 16 044 mm³

what came back 120x80x30 → 120x108x30 mm · volume +12.5% · mass 389 g (+43.32 g) · CoM 1.07 mm

Two real turns. The rows, the numbers and the part all came back from the app; nothing here was drawn for this page. the second turn took 46 s

02 the check

It tells you what it is unsure about.

The part above came back closed, watertight and correctly massed. It also came back with two questions attached — neither of them asked for, and both about whether the thing can actually be made.

Came back with the part

“The 14 mm rim is an internal ledge, so the pocket is wider below the mouth — that’s an undercut for a straight 3-axis endmill. Fine if the rim is cut with an undercut/T-slot cutter, but if you want pure 3-axis, the alternative is 14 mm walls throughout instead of 5 mm.”

And

“The gland bore (top at z=26.25) leaves only 1.85 mm between it and the groove floor at z=28.1. Dropping the gland centre to ~16 mm would give 3.85 mm. Say the word and I’ll change either.”

Nothing in the prompt mentioned endmills, and nothing in the numbers would have caught either one. The solid is valid on both counts — one closed body, correctly massed, every feature where it was asked for. Neither problem is a modelling error. Both are manufacturing ones, and they are the kind that turn up at the quote rather than at the screen.

The first is a shape a straight cutter cannot reach. The second is a wall thin enough to be worth a decision rather than a default. Either is a sentence to fix, which is the point: you are being asked, not told.

What it flaggedunprompted
Gland bore, top of26.25mm
Groove floor at28.1mm
What is left between1.85mm
If the gland drops to 163.85mm

Two millimetres of aluminium between a sealed groove and a cable bore. The model measured it, and asked.

03 the drawing

Everything a shop needs to make it.

Conventional views, real tolerances, a filled title block. A century of drafting convention went into making a part legible on a sheet, and we did not try to improve on it. Here is the turn that drew this one — laid out, read back, revised twice — and then the sheet, to go and read for yourself.

Enclosure, sealed — the sheet for the part above published

Typed

Activity

Design step 1

List projects

Design step 2

Read part script

Read project

Design step 3

Stage drawing

Design step 4

Read drawing

Design step 5

Stage drawing

Design step 6

Stage drawing

Design step 7

Render drawing

Design step 8

Publishing final draft

Published final CAD changes

The full exported A3 drawing sheet of the sealed enclosure shown above. Top, front and right views in third-angle projection with a small isometric at the top right; hidden detail dashed; the envelope dimensioned 120 by 108 by 30 with the body width 80 and the flanges 100 long by 6 thick; leaders calling the cable gland port ⌀16.5 at 18 axis height, the flange holes ⌀5.5 on a 70 by 94 pattern, the standoff bosses ⌀8 on a 76 by 40 pattern, the body corners R8 and the flange corners R6; notes covering the O-ring groove, the six M4 lid tappings, the four M2.5 standoff tappings and a general tolerance; and a filled title block naming the part, 1:1 scale, 6061 aluminum and the revision.

Exported at full size. Nothing on it was tidied up for this page. this turn took 9m 32s
Sheetas exported · PDF, SVG and DXF
SizeA3landscape
Projectionthird angle
Scale1:1
Views4
Dimensions18
Notes5
Detail A — the gland port
Close detail of the sheet: the right view, with the cable gland port drawn as a circle on its centre marks and a leader calling it ⌀16.5; the pocket, the standoffs and the lid tappings behind it in dashed hidden detail; the mounting flanges at each side; and the axis height of 18 dimensioned from the base.
The cable gland port, called the way a shop expects to read it: ⌀16.50 through the end wall. Behind it, the pocket and the standoffs dashed — the convention, not an invention.
Detail B — the title block
Close detail of the title block: the part title, scale 1:1, sheet 1 of 1, units mm, 6061 aluminum, the revision, and the third-angle projection symbol.
Title, scale, units, material, finish, revision, projection. Filled in, because a blank one is not a drawing.

04 export

Your model can leave.

STEP and STL for making it. PDF and DXF for quoting it. A model that cannot leave is not a deliverable, so this is not a tier and it is not a feature — it is the floor.

To make it
STEPSTL3MF

The solid, with its geometry intact, for the shop’s CAM or your slicer.

To quote it
PDFSVGDXF

The sheet, as the thing you attach to an email asking what it costs.

enclosure.step
AP214 · ADVANCED_BREP_SHAPE_REPRESENTATION · 7 232 lines · 292 kB
Download this one
That is the enclosure on this page, exported. Open it in anything that reads STEP. Underneath, your model is a readable file rather than a format we own. You never need to look at it; it is yours either way. Export keeps working if you cancel. Your models are never held hostage.

05 pricing

Two plans. No surprise bills.

One person, one subscription, on day one. Prices in USD, tax-exclusive.

Standard

$20/ month

2,000 credits per cycle

One-off parts, fixtures and adapters, a few turns most days.

  • Unlimited projects
  • Drawings that regenerate with the part
  • STEP, STL and 3MF; drawing PDF, SVG and DXF
  • 7-day trial, card required
Start the 7-day trial
Pro

$100/ month

10,000 credits per cycle

Working through real parts, many turns a day.

  • Everything in Standard — nothing is feature-gated
  • 5× the monthly compute allowance
  • Credit packs stack on top: $10 for 1,000, $25 for 2,500
  • Priced for many turns a day, not for many seats
Get Pro
  • creditsOne credit is about one cent of compute. Credits meter computation — a hard part costs more than an easy one, and we would rather say so than average it into a lie. Monthly credits expire with the cycle; packs last 12 months.
  • no overagesWhen the balance hits zero, new work stops. It does not silently keep billing you.
  • if you leaveA cancelled subscription keeps read, review, measure and export access to work you own.

06 questions

The ones worth asking.

01 Is the output actually good enough to send out?

The sheet in section 03 is the honest answer: that is a real export, at full size, with nothing tidied up for this page. Third angle, 1:1, dimensioned and toleranced, title block filled, hidden detail dashed. Read it and decide.

What we hold to is a quality floor by default, and any standard you name in the prompt on top of it. If a machinist would wince at it, it is wrong — that is the test, not a checklist.

02 What happens when it gets something wrong?

You say so, and it takes another turn. That is the product — not a lucky first answer, but a loop that closes. The turn at the top of this page is one of those, start to finish, and you send it yourself.

It also checks its own work as it goes, and it will tell you what it is unsure about rather than letting you find out at the quote — section 02 is two such warnings, in the model’s own words. You can go back to any earlier revision at any point.

03 Can I get my model out?

Yes. STEP, STL and 3MF for the solid; PDF, SVG and DXF for the drawing. There is a real STEP export of this enclosure in section 04 — download it and open it in whatever you already use.

Export survives cancellation. A model that cannot leave is not a deliverable.

04 What does it cost, and what do I need to start?

$20 a month, with a 7-day trial that asks for a card. You need a browser and a part you want. No install, no seat count, no administrator, and nothing on this page requires a second person to be useful.

Your designs are not used to train models.

the ask

Describe the part. The outline appears.

Leave an address and we will send an invite when there is a seat. No newsletter, no drip sequence — one email when it is your turn.

Ready now? Standard — $20/mo, 7-day trial Pro — $100/mo [email protected]