Begin with the finished part
List the products you actually make: countertop blanks, mitred panels, steps or architectural pieces. Mark straight cuts, diagonals, mitres and any contours on representative drawings. This separates operations suited to a bridge saw from work that may need CNC machining, waterjet cutting or later edge finishing.
Record material and size boundaries
Document the largest slab, normal thickness range, stone types and typical part sizes. The working envelope must cover the job, but loading, offloading, blade clearance and safe operator access also require space. Discuss difficult or fragile materials specifically instead of assuming one setting covers every stone.
Compare the complete configuration
Review axes, table arrangement, blade and tooling options, controls, water management, programming method and material handling together. More axes can support additional movements, but they are useful only when those movements match the drawings. Ask what is included, optional or expected from the buyer’s workshop.
Define a meaningful acceptance check
Choose a representative material and part, then agree how dimensions and visible edges will be inspected. Confirm the drawing revision, tools, setup and any secondary finishing. The signed technical specification and sample criteria should govern the purchase, rather than a general category description or an unverified output claim.
Frequently Asked Questions
What information should I send to a bridge-saw supplier?
Send slab sizes, stone types, thickness range, part drawings, required cuts, product mix, handling method and workshop constraints.
Does a five-axis saw automatically suit my factory better?
No. Axis requirements follow the geometry and process. Compare representative parts and the complete configuration before deciding.