Counter, walk-in
need 6 today
Old gasket in a ziplock, torn at two holes
LaunchAI converts gasket sketches, tracings and dimensioned part photos into CAD drawings. Create dimensioned DXF drawings with hole patterns and material notes. The drawing is built from the supplied measurements, notes and specifications. Unclear details are flagged for your team to review.
For inside sales, quote desks, CAD techs and plant managers at gasket fabricators, foam converters and die-cut part shops
It always starts the same way. A maintenance tech walked in at 6:50 with half an old gasket in a sandwich bag. Purchasing at a food plant sent an image (a fax, naturally) of a tracing done on the back of a work order, holes shaded in with pencil. A pump distributor emailed a phone photo of a gasket on a piece of cardboard with a tape measure that isn't quite flat. Somebody's buyer sent a 40-line spreadsheet for the annual re-quote, and a voicemail says "same as last time, but in Viton."
So you open AutoCAD. OD, ID, bolt circle, hole count, array the holes, decide if they straddle the centerline. Hold the tracing up to a 1:1 print and see where it doesn't line up, because it never lines up the first time. Pull the ASME chart to check whether this is really a 4" 150# flange or something close. Save the DXF, drop it in the nest to see how many come off a 36 x 36 sheet, look up the material, add setup, cut time, PSA if they want it, and a die charge if the quantity says steel rule. Then you price it in the ERP and do the next one.
None of it is hard for you. It's just the same twenty minutes, over and over, while the plant-down job is on hold and the shop across town is answering faster.
What the job looks like today
Which lines are the gasket, which are the pencil slipping, which holes were torn.
OD, ID, bolt circle, holes, array, by hand in CAD.
Is it really a 4" 150#, or something one size off?
Yield on the sheet, cut time, setup, PSA, die or no die.
Call about the material, the durometer, the quantity, the adhesive side.
Where it goes wrong
Most bad gaskets weren't cut wrong. They were drawn from a part that had already changed shape, or from a note that meant something else.
A gasket that sat under bolt load for six years has flowed. Trace it and the ID is small, the OD is big, and the holes are ovals. Draw what's on the paper and the new one won't drop over the studs.
Adhesive on the back means the part gets kiss-cut on the liner face down. Draw it as seen from the flange and an asymmetric part comes out mirror image, all 2,000 of them.
Red SBR, neoprene, EPDM, Buna-N or Viton? 60 or 70 durometer? Steam, oil or chlorine? The price swings several times over and the wrong compound fails in a week.
Someone hit "fit to page" before they scanned and sent the drawing. Every dimension you scale off it is a few percent small, and the holes miss the bolt circle by a hole width.
Why it's still manual
Gasket shops have bought good machines. The quote still starts with someone redrawing a part from a tracing.
Your CAD and quoting software
Waits for someone to type
AutoCAD, SolidWorks and the parametric shapes in your cutting software are fast once you know the numbers. They don't read a pencil tracing, and they don't know the holes on it were torn.
Generic AI and OCR models
Confidently wrong
Paste an image of a tracing into a chat model and you get confident numbers: 8 - 3/4 holes becomes 8.75 holes, the "?" disappears, and a missing ID gets filled in with whatever looks round. Nothing tells you which numbers it guessed.
Image-to-CAD converters
Traces lines, not intent
Raster-to-vector tools trace the pencil line, wobble and all. You get a DXF of the tracing, at whatever scale the scanner used, with ovals where the bolt holes should be.
Measuring apps and configurators
Only if everyone uses them
Flatbed scanners, CADShot-style photo capture and optical comparators digitize the sample well. They still need the sample in your building, and they don't read the notes about material, PSA or quantity.
How the agent does it
LaunchAI converts the sketch and its measurements into CAD geometry, applies your drawing standards and prepares the related order information. Missing dimensions and unclear notes are flagged for your team to review.
Tracings, images (faxed, texted, scanned) and spreadsheets: every dimension and note, each with a confidence score.
Matches the pattern to ASME and your own part history, and corrects for a crushed or torn sample.
Builds the DXF in your CAD and drops it in your cutting software for yield and time.
No material on the image? It drafts the question to the buyer instead of picking one.
Confirm the one flagged hole size and the quote goes out.
Caught at the desk
Today the order bounces when someone hits save. The agent runs the same checks first, fills what it can from a trusted source, and brings you only the one thing that needs a person.
Today
Quote incomplete · cannot price or release to cutting
Verify the following
With the agent
Matches a standard flange
OD 9, BC 7-1/2, 8 holes: a 4" Class 150 full-face pattern.
Creep corrected
Traced ID 4.41" opened to 4.50" per the standard; noted on the drawing.
Hole size
Written "3/4?". Torn holes on the tracing; drafted .750 per the standard. Confirm.
Holes straddle centerlines
Hole centers on the tracing sit 22.5° off the vertical, as the standard calls for.
Material fits the service
EPDM for the steam and hot water note; no oil mentioned.
Nest and price
Nested on a 36" x 36" sheet; cut time and material priced at 50, 100 and 250.
Human review
The paperwork on one side, the agent's drawing on the other, and every value it read in between, with the one it's unsure of called out.
Approval you asked for
The agent drew a 4" Class 150 full-face gasket from the image of the tracing, corrected the crushed ID, nested it and priced three quantities. One traced hole size needs confirmation.
Agent suggests: Approve after confirming the .750 holes. OD, ID, bolt circle and hole count match the tracing and the flange standard; material follows the steam note.
Dimensions read from sketch
Inputs and outputs
Your numbers
Change the numbers to match your shop.
Example values. Put in your own.
today with the agent: review only
Your software
LaunchAI converts sketches into drawings through your CAD and design workflow. Bring your software version, drawing standards and a sample sketch so we can confirm the conversion steps and outputs for your setup.
FAQ
Yes. It reads the outline, the hole positions and every note, then checks the pattern against flange standards and your past jobs. Where the tracing is torn, crushed or smudged, it says so and flags the value instead of drawing the damage.
No. LaunchAI agents use your software through the screen with your team's logins: AutoCAD or SolidWorks for the drawing, your cutting software for the nest, your ERP for the price. Nothing to install on the machines.
The agent never picks a compound for them. It drafts a short question to the buyer, and if you allow it, prices your usual default with the assumption printed on the quote.
Your quote desk or CAD tech. The agent prepares the drawing and price and stops. Nothing goes to the cutting table or the customer until someone approves it.
Yes. Foam pads, PSA parts, kiss-cut on a liner, multi-layer laminates: it marks the adhesive side and liner orientation and applies your rules for when a steel rule die pays off.
It works the spreadsheet line by line, matches what it can to parts you've made before, drafts the new ones, and gives you one review queue instead of 40 separate jobs.
Other industries
Send us last month's tracings and images.