Can a machine be quoted without a complete drawing?
A preliminary review can start from photos and main dimensions, but a dependable proposal needs drawings, material, tolerances, volume and process requirements.
Pricing method
What Determines a CNC Machine Project Price?
An industrial CNC machine project cannot be priced reliably from a model name alone. The quotation changes with the part and process, machine platform, workholding, tooling, automation, inspection, acceptance, export preparation and service scope. Tiezheng uses these inputs to define assumptions and exclusions before preparing a written proposal; this page does not publish fixed prices or promise savings.
Cost-driver matrix
Which inputs change the quotation scope?
A useful comparison starts by separating the machine platform from project-specific engineering, options and buyer-site responsibilities. The table shows the information required to make those boundaries visible; it does not assign a public price or estimate.
| Scope driver | What must be defined | Buyer evidence | How it changes the proposal |
|---|---|---|---|
| Part and process | Workpiece geometry, material, stock condition, operations, tolerances, surface requirements and production volume. | 2D/3D drawing, sample photos, material specification and current route. | Defines the process route, capacity, rigidity, spindle, station and cycle-time assumptions. |
| Machine platform | Machine family, work envelope, axes or stations, control, spindle, tool capacity and guarding. | Target operation sequence, part envelope, quality risks and preferred controls. | Changes the core configuration and which standard or engineered platform can be reviewed. |
| Workholding and tooling | Fixtures, clamping, datums, changeover, cutting tools, probes and tool-life expectations. | Datum scheme, critical features, batch mix and changeover target. | Adds application-specific engineering and affects repeatability, access and acceptance planning. |
| Automation and integration | Manual or automated loading, robots, conveyors, inspection, traceability and upstream/downstream interfaces. | Factory layout, takt target, loading method, interface list and safety boundary. | Expands controls, safety, layout, commissioning and line-integration scope. |
| Acceptance and documentation | Trial parts, cycle assumptions, capability checks, FAT/SAT boundary, manuals and certificate review. | Inspection plan, acceptance criteria, sample quantity and document list. | Defines the tests, deliverables and conditions used to accept the project. |
| Export and service | Voltage, destination, packing, shipping boundary, installation, training, spare parts and remote support. | Destination country, site utilities, service expectation and delivery terms. | Separates factory supply from logistics, on-site work and post-delivery support. |
Comparison boundary
Why can two machine quotations look different?
Two quotations are comparable only when they use the same part, output target, fixture and tooling boundary, automation level, acceptance method, export terms and service assumptions. A lower headline number may omit engineered equipment or buyer-support scope that appears elsewhere.
Compare machine routes before comparing priceScope ledger
What should every written quotation make visible?
- Included supply
- Machine platform, named options, fixture and tooling boundary, controls, documentation, packing and any agreed service.
- Separately priced options
- Automation, inspection, extra fixtures, spare parts, on-site work or other additions that are not in the base scope.
- Buyer responsibilities
- Site utilities, foundation, unloading, permits, local safety work, production material and other clearly assigned items.
- Assumptions and exclusions
- Drawing revision, material condition, production target, cycle-time basis, acceptance method, delivery boundary and quotation validity.
- Revision control
- Proposal version, dated scope changes and written approval so technical and commercial revisions remain aligned.
Quotation sequence
How does a machine request become a comparable proposal?
- Screen the request: confirm the workpiece, material, operations, volume and destination.
- Clarify the process: review capacity, tolerance, fixture, tooling, automation and inspection risks.
- Define the configuration: identify the core machine, required options and engineered project scope.
- Set the acceptance boundary: agree trial material, cycle assumptions, tests, documents and service responsibilities.
- Issue a controlled proposal: record inclusions, exclusions, commercial terms and revision status in writing.
Method note: This framework separates technical configuration, integration, acceptance, export and service scope so buyers can compare written proposals on the same basis. Final price and contractual terms belong only in the project-specific quotation.
Test a buyer-owned ROI scenarioBuyer questions
Questions to resolve before comparing price
Does more automation always improve project economics?
No. Automation should be evaluated against volume, labor, changeover, quality risk, floor space, integration effort and service capability.
Is shipping or installation automatically included?
No. Packing, freight, insurance, unloading, installation, commissioning and training should be treated as separate written scope lines.
Is equipment price the same as total project cost?
No. Buyers should also evaluate tooling, site preparation, integration, trial material, logistics, training, maintenance and production-ramp responsibilities.