Vantaggi

Set the datum faces

Identify how the part is located and which surfaces establish the reference scheme.

Define feature relationships

Show pocket depth, slot position, hole patterns, and mating dimensions that control function.

Specify surface operations

Reference finish requirements and state when final dimensions apply.

Plan inspection by feature

Identify critical locations, depths, edges, and the records required for acceptance.

Preparing a milled-part drawing for quotation

Establish the reference faces

Custom CNC milling parts often rely on planar faces, pockets, slots, and hole patterns. Identify the datum faces and explain how the component locates in its assembly. Provide the drawing and model, part number, material, quantity, and current revision.

Describe pockets, slots, and hole relationships

Show feature depth, wall relationships, hole position, thread details, and any open or closed pockets that matter to function. Mark the dimensions and datums that govern fit. Include mating-part or assembly information where it clarifies the required feature relationships.

Specify material and surface requirements

Use the approved material callout and identify any required coating, anodizing, or other finish. State which surfaces are affected and whether final dimensions apply before or after the secondary operation.

Define inspection and edge conditions

State how critical positions, depths, and interfaces should be checked and which records are required. Include edge breaks, burr conditions, or protected surfaces where called for by the design.

Compare a complete milling scope

Ask each supplier to quote the same material, revision, quantity, finish, inspection, and delivery requirements. Confirm any secondary operations and exclusions in writing.

Domande frequenti

What should a custom CNC milled part drawing include?

+

Include datum faces, pockets, slots, hole patterns, threads, material, finish, quantity, revision, and critical inspection requirements.

Why are datum faces important for milled parts?

+

They define how dimensions and feature locations relate to the part’s assembly or inspection references.

How should coating affect a milled part quote?

+

Identify the finish specification, affected faces, sequence, and whether final dimensions apply before or after coating.

Should all pockets and holes be inspected?

+

The drawing and purchase requirements should identify which features are critical and what inspection records are needed.

What is the typical process for ordering custom CNC milling parts, and what information do I need to provide?

+

Ordering custom CNC milling parts is straightforward. Start by submitting a quote request online or via email. You will need to provide: 1) a 3D CAD file (STEP, IGES, or native format) with your part geometry; 2) a 2D drawing with critical dimensions, tolerances, and surface finish requirements; 3) material preference (e.g., 6061 aluminum, 304 stainless steel, or Delrin); 4) desired quantity; and 5) any special notes (like thread specs or heat treatment). Our team reviews your file for manufacturability and provides a detailed quote, including price and estimated lead time. Once you approve, we begin production. Throughout the process, we offer design optimization suggestions to improve quality or reduce cost. After machining, parts undergo quality inspection (using CMM or manual gauges) to verify tolerances. Finally, we ship your custom CNC milling parts with a certificate of conformance upon request. This transparent process ensures your project moves smoothly from concept to completion.

Richiedi un preventivo