Quote Intake Worksheet for Cleaner 3D Printing Quotes
Most ugly quote threads start before pricing does. The file arrives without quantity, the buyer adds sample-first needs later, a fit-critical detail lives only in a photo, and the shop starts answering anyway.
This worksheet exists to stop that drift. It gives you one intake structure for collecting what the job is, what has to fit, what is still unknown, and whether the request belongs in quote, hold, discovery, or sample-first handling before you promise a number back.
Downloadable version in progress
This quote intake worksheet is being packaged for the course toolkit.
Preview formats staged internally: editable CSV, XLSX, PDF
Use this page for the intake logic and field structure. The packaged file is still being prepared for the toolkit.
What this worksheet helps you do
- collect the details that separate a clean quote from a long message thread full of hidden assumptions
- see whether the request is really quote-ready or still belongs in a hold-for-more-info lane
- surface missing geometry, fit risks, quantity ambiguity, and sample-stage confusion before price language hardens around bad inputs
- keep timing promises tied to actual readiness instead of buyer optimism
- give your shop one repeatable intake structure instead of rebuilding context from scratch every time
Who it is for
- small 3D print shops quoting custom parts, replacement pieces, fixtures, and short runs
- owner-operators tired of pulling job context out of scattered email fragments and screenshots
- teams that need a cleaner first-pass quote form or internal intake review sheet
- sellers who want fewer vague requests turning into messy quote revisions
What belongs in a clean intake packet
A serious intake does more than ask for the STL. It captures job identity, the current file version, the quantity now versus later, the use environment, the fit-critical surfaces, the approval path, and the open unknowns that could still change scope.
If you do not collect those early, the quote usually absorbs them later as rushed follow-up labor, revised pricing, delayed samples, or preventable buyer confusion.
The worksheet structure
1) Buyer and job identity
- buyer name / company
- best contact and reply path
- internal job name or part name
- first-time inquiry, revision, or repeat order
2) What needs to be made
- part, tool, fixture, replacement piece, or product
- problem it solves or assembly it belongs to
- whether it must match an existing part or interface with hardware
3) Files, references, and geometry inputs
- STL, STEP, drawing, scan, or photo-only request
- current file version
- reference photos, dimensions, broken-part images, or mating-part details
- geometry that is still missing or uncertain
4) Quantity and stage
- units needed now
- exploratory, sample-first, pilot quantity, or production-ready status
- whether sample and production pricing should be separated
5) Material, finish, and use conditions
- preferred material, color, or finish
- heat, outdoor, impact, chemical, or wear exposure
- cosmetic expectations versus function-first expectations
- hardware, assembly, labels, or packaging needs
6) Fit, tolerance, and approval risk
- dimensions that matter most
- holes, clips, snap fits, moving zones, or alignment surfaces that are sensitive
- whether a test sample is expected before full release
- what still needs buyer approval before real production starts
7) Timing and delivery
- requested due date
- whether the date is flexible, target-only, or tied to a hard event
- readiness dependencies such as file cleanup, approval, or sample testing
- ship-to or delivery destination
8) Open risks before quoting
- what is still unknown enough to affect price, timing, or scope
- whether the request should move to quote, sample-first, paid discovery, or hold-for-more-info
- what needs to be written back before the job is treated like a clean production opportunity
How to use it without slowing the shop down
- Send it when the buyer inquiry feels real but under-defined.
- Use the returned answers to decide whether the job is quote-ready, sample-first, or still too loose to price responsibly.
- Carry the remaining unknowns into your quote reply instead of hiding them inside a fake-clean price.
- Reuse the same structure for repeat orders so buyer history does not turn into version confusion.
Common quote failures this worksheet catches early
- sample and production scope being blended into one misleading number
- buyers sending only an image when a fit-critical interface is missing
- quantity-now versus future-quantity assumptions quietly changing the real price
- timing promises being made before file cleanup, approval, or test-fit steps are settled
- replacement-part jobs where the original is damaged, incomplete, or dimensionally uncertain
Related lessons and tools
- Course Home for the free course front door
- Start Here for guided onboarding
- Toolkit page for the wider tool stack
- Module 4 for quote and offer control
- Lesson 17 for faster quote intake structure
- Lesson 18 for deciding which requests deserve real pricing effort
- GP3D Asset 02 for turning a clean intake into a defensible price
- GP3D Asset 18 for deciding when a request should be slowed down before pricing
Need a real quote path once the intake is clean?
If the files and references are already strong enough to move forward, use the approved quote handoff instead of stretching the intake thread further.