Sketch-BIM for Stone Fabrication
Turn field information into fabrication-ready job data.
Sketch-BIM structures countertop pieces, dimensions, materials, edges, cutouts, backsplash and rooms inside the same StoneCraftOS job.
What gets measured in the field becomes information estimating and production can actually use.
Fewer disconnected drawings. Cleaner estimates. Better production handoffs.
Built for stone fabricators · Connected to estimating · Connected to production
Piece → Estimate → Production
What is Sketch-BIM?
A structured project model for countertop fabrication.
Sketch-BIM is StoneCraftOS’s project-design workflow for organizing countertop geometry and fabrication information inside the job itself.
Instead of treating drawings, measurements and fabrication details as separate files, Sketch-BIM connects them to the project record.
Pieces, dimensions, materials, rooms, edges, cutouts and backsplash can be structured in a way that estimating and production can continue to use.
The drawing stops being an attachment. It becomes part of the job.
The drawing problem
A drawing can look correct and still be disconnected from the business.
A field technician measures the job.
Someone creates a drawing.
Estimating enters the information again.
Production receives another file.
A revision happens.
Now multiple versions of the same project exist.
- MeasureMeasurements are re-entered.
- MaterialMaterial information lives somewhere else.
- EdgeEdge details are interpreted manually.
- CutoutCutouts are easy to miss.
- RevisionRevisions create confusion.
- HandoffEstimating and production may work from different information.
The problem is not the drawing. The problem is when the drawing is disconnected from the job.
From field to project
Capture the jobsite once. Structure the information for everything that comes next.
- 01 Field Measurement
- 02 Rooms
- 03 Pieces
- 04 Dimensions
- 05 Materials
- 06 Fabrication Details
- 07 Estimate
- 08 Production
Field information should not end as a collection of notes, photos and measurements.
StoneCraftOS connects that information to Sketch-BIM so the project can be organized into structured fabrication data.
What gets measured should be what gets designed, priced and fabricated.
Pieces
Break the project into the parts the shop will actually fabricate.
Sketch-BIM organizes the countertop project into individual pieces.
Each piece can carry the information required to understand how it belongs to the overall job.
The project becomes a structured set of fabrication objects — not just lines on a drawing.
- Island
- Perimeter
- Vanity
- Bar top
- Waterfall
- Backsplash
Dimensions
Keep measurements attached to the piece they describe.
Length, width and other dimensional information belong with the project geometry.
Sketch-BIM keeps dimensions connected to the job rather than scattered across handwritten notes, PDFs and separate spreadsheets.
A dimension is more useful when the system knows what it belongs to.
Materials
Connect the physical project to the material being fabricated.
Material information should follow the job through estimating and production.
Material, finish, thickness and other relevant project details remain part of the job context.
- Granite
- Quartzite
- Marble
- Quartz
- Porcelain
- Ultra-compact surfaces
Edges
Make edge details part of the project — not a note someone has to remember.
Edge profiles affect both fabrication and pricing.
Sketch-BIM keeps edge information attached to the relevant pieces so estimating and production can work from the same specification.
If an edge affects price and fabrication, it should exist as structured job data.
Cutouts
Keep sinks, cooktops and openings connected to the piece.
Cutouts are small details with large consequences when they are missed.
Better scope visibility for both estimating and fabrication.
- Undermount sinks
- Drop-in sinks
- Cooktops
- Faucets
- Outlets
- Other openings
Backsplash
Treat backsplash as project information, not an afterthought.
Backsplash height, length and material requirements can affect scope, estimating and fabrication.
Sketch-BIM keeps those details connected to the project instead of leaving them in notes outside the workflow.
Rooms
Organize the project the way the customer’s space is actually built.
A single job may include a kitchen, bath, bar, laundry room or multiple areas.
Sketch-BIM keeps pieces and fabrication details organized by room so the job remains understandable as complexity grows.
One customer can have many spaces. The project should know the difference.
Sketch-BIM + Estimating
What gets designed should be what gets priced.
- 01Pieces
- 02Dimensions
- 03Material
- 04Edges
- 05Cutouts
- 06Backsplash
- =Estimate context
Sketch-BIM structures project information that can support estimating.
Material, square footage, edges, cutouts, backsplash and other project details should not need to be rebuilt from scratch in a separate estimating process.
The estimate becomes closer to the actual job because it starts from the actual project.
Explore Stone Estimating Software →Sketch-BIM + Production
Give the shop structured information instead of another disconnected drawing.
Production needs to understand what is being fabricated, where it belongs and what details apply to it.
Sketch-BIM keeps the physical project tied to the StoneCraftOS job so production can continue from the information already defined upstream.
The design should reduce interpretation — not create more of it.
Explore Stone Fabrication Production Software →Project revisions
When the project changes, the job should still make sense.
Countertop projects change.
- A measurement is corrected.
- A cutout moves.
- An edge changes.
- A backsplash is added.
- Material changes.
Sketch-BIM keeps the project information tied to the same job context instead of creating another disconnected version of the project.
The important question is not whether the drawing changed. It is whether everyone is working from the same job.
Beyond the drawing
A PDF shows the project. Structured data can participate in the workflow.
A PDF can communicate geometry and notes.
But by itself, it does not inherently connect the piece to the estimate, the material, the edge pricing, the cutouts, production or installation.
A drawing file can show
- Shape
- Dimension
- Label
- Note
Sketch-BIM also structures
- Piece
- Room
- Material
- Thickness
- Edge
- Cutout
- Backsplash
- Estimate context
- Production context
The difference is not better drawing. It is connected project data.
Built for stone
Generic drawing software creates geometry. StoneCraftOS understands the fabrication job around it.
General-purpose design tools can draw lines and shapes.
Stone fabrication requires more context.
The shop needs to understand what each piece is, what material it uses, which edges apply, where cutouts belong and how those details affect the commercial and operational workflow.
Geometry is only one part of the job.
Part of StoneCraftOS
Sketch-BIM is not a standalone island.
- 01 Lead
- 02 CRM
- 03 Field Measurement
- 04 Sketch-BIM
- 05 Estimating
- 06 Proposal
- 07 Approval
- 08 Production
- 09 Installation
Sketch-BIM sits inside the broader StoneCraftOS workflow.
The project design remains connected to the customer, commercial scope and operational job.
One job. One record. One source of truth.
Built for professional fabricators
For shops where project information needs to survive every handoff.
Sketch-BIM is designed for stone and countertop fabrication companies where field teams, estimators and production personnel all depend on the same project information.
Different teams may use that information differently.
They should not need different versions of the same job.
Real shop. Real project workflow.
Connected project information changes more than the drawing.
We stopped losing quotes and missing costs in our estimates.
When project information is structured before estimating, scope is easier to see and easier to carry forward.
Since moving production onto StoneCraftOS, we get far more done with the same team — no increase in payroll. We finally have full control over production.
Better production begins with clearer project information upstream.
Implementation
We configure Sketch-BIM around the way your shop builds countertop projects.
The goal is not to force your team into a generic drawing process.
Implementation is built around how your company measures, structures, estimates and fabricates work.
Because structured project data only creates value when the team uses it consistently.
- 01Understand your field workflow
- 02Define project and room structure
- 03Configure fabrication objects
- 04Connect estimating workflow
- 05Train the team
- 06Run the first real projects together
FAQ
Sketch-BIM for stone fabrication, explained.
What is Sketch-BIM?
Sketch-BIM is StoneCraftOS's project-design workflow for structuring countertop pieces, dimensions, materials, rooms, edges, cutouts, backsplash and other fabrication information inside the job.
Is Sketch-BIM CAD software?
Sketch-BIM is focused on structuring countertop project information inside the StoneCraftOS workflow. It is designed to connect project geometry and fabrication details to estimating and production rather than operate as a standalone generic CAD system.
What information can Sketch-BIM organize?
Sketch-BIM can organize pieces, dimensions, rooms, materials, thickness, edges, cutouts, backsplash and other fabrication details related to the project.
Does Sketch-BIM connect to estimating?
Yes. Project information structured in Sketch-BIM can support estimating by keeping material, dimensions, edges, cutouts, backsplash and other scope information connected to the job.
Does Sketch-BIM connect to production?
Yes. Sketch-BIM is part of the StoneCraftOS job workflow so structured project information can continue into production.
Can Sketch-BIM organize projects by room?
Yes. Countertop pieces and related fabrication information can be organized by spaces such as kitchens, bathrooms, bars and other project areas.
Can Sketch-BIM include cutouts and edges?
Yes. Edge profiles and cutouts such as sinks and cooktops can be part of the structured project information.
How is Sketch-BIM different from a PDF drawing?
A PDF primarily represents a document. Sketch-BIM structures project information so pieces, materials, edges, cutouts and other details remain connected to estimating and production workflows.
Who is Sketch-BIM built for?
Sketch-BIM is built for professional countertop and stone fabrication companies that need field, estimating and production teams to work from connected project information.
See Sketch-BIM on a real job
Bring us one real countertop project.
We’ll show you how StoneCraftOS turns field information into structured project data and carries that information into estimating and production.
No generic CAD presentation. We’ll show Sketch-BIM using a real stone fabrication workflow.