Part and drawing data
- Finished 2D drawing and 3D model if available
- Blank drawing, casting/forging/bar-stock information
- Material grade, hardness, heat treatment, and coating
- Critical dimensions, datum, and inspection method
RFQ Checklist
A clear RFQ helps engineering teams review machine structure, fixture concept, cycle time, inspection, export packing, and after-sales support without guessing.
The fastest quotation route is: choose a starting machine path, prepare drawing and production data, then calculate whether the improvement is worth engineering review.
Choose a starting machine path from part shape, volume, tolerance, and bottleneck.
Best first step for new buyers Open tool → 02Screen saved hours, labor value, reject reduction, and rough payback before a formal quotation.
Cycle time and payback screen Open tool → 03Prepare drawings, process data, inspection notes, utilities, and export requirements.
Faster engineering review Open tool → 04Understand common CNC, fixture, rotary transfer, and export machine terms.
AEO-friendly answer hub Open tool →You can start a discussion, but a serious CNC automation quotation needs drawings and production targets. Without them, the supplier can only give a rough direction.
Current cycle time and bottleneck data show whether the project needs a standard machine, fixture improvement, rotary transfer system, robot loading, or a full special purpose machine.
Yes. A short phone video often reveals loading delay, chip issues, inspection timing, or operator handling that is not obvious from a drawing.
The RFQ checklist reduces back-and-forth by turning a sales inquiry into structured engineering input.
A CNC RFQ is faster when it includes drawings, material, annual volume, cycle time, tolerance, loading method, utilities, destination, and acceptance criteria.
TZ can discuss a broad direction without a drawing, but cycle time, fixture logic, station layout, and final quotation need drawing-based review.