How much does CNC machining cost per part in 2026?

Simple CNC parts can cost about $5 to $25 per part at higher quantities, while complex 5-axis, titanium, or tight-tolerance parts can cost $100 to $500+ per part. Final pricing depends on material, geometry, quantity, tolerance, finishing, inspection, and shipping requirements.

Why does the first CNC prototype cost more than production parts?

The first prototype includes programming, setup, toolpath testing, fixture planning, and inspection time. In production, those fixed costs are spread across more parts, so the per-part price usually drops as quantity increases.

Which factors increase CNC machining cost the most?

The biggest cost drivers are material grade, number of setups, machine time, tight tolerances, deep pockets, thin walls, surface finishing, inspection requirements, and urgent shipping.

How can buyers reduce CNC machining cost without reducing quality?

Buyers can reduce cost by marking only critical tolerances, increasing internal radii, avoiding unnecessary cosmetic finishes, using standard material grades, combining setups where possible, and sharing repeat quantity expectations.

What files should I send for an accurate CNC quote?

Send a STEP or X_T 3D CAD file, a 2D drawing or PDF, material, quantity, critical tolerances, surface finish, inspection requirements, target delivery date, and shipping destination.

CNC Machining Cost Per Part Guide 2026: $5 to $500+ [Price Table]

How Much Does CNC Machining Cost Per Part? Complete Price Guide 2026

Quick answer: CNC machining costs range from $5 for simple turned aluminum spacers to $500+ for complex 5-axis titanium aerospace parts. For a typical prototype aluminum bracket (50x50x20mm), expect $30–80 per part at quantity 1, dropping to $8–20 at quantity 100. Material choice, tolerance requirements, and surface finish are the three biggest cost drivers beyond quantity.

CNC Part Cost by Complexity Level (2026 Benchmarks)

Complexity	Example Part	Qty 1	Qty 10	Qty 100	Qty 1000
Simple (1 setup)	Spacer, washer, pin	$15–40	$5–15	$3–8	$1–4
Moderate (2–3 setups)	Bracket, housing, flange	$40–120	$15–40	$8–20	$5–12
Complex (4+ setups)	Manifold, valve body	$100–300	$40–100	$20–50	$12–30
5-Axis / Multi-face	Impeller, aerospace mount	$200–600	$80–200	$40–100	$25–60

Based on Aluminum 6061. Prices in USD, FOB China. Includes programming, setup, machining, and basic inspection.

Cost Multiplier by Material (vs Aluminum 6061 Baseline)

Material	Cost Multiplier	Why
Aluminum 6061	1.0x (baseline)	Easy to machine, cheap material, wide availability
Aluminum 7075	1.2–1.5x	Slightly harder, higher material cost
Stainless 304	1.5–2.0x	Harder to cut, slower feeds, more tool wear
Stainless 316	2.0–2.5x	Work-hardens, slow machining, expensive material
Carbon Steel 1045	1.1–1.3x	Good machinability, cheap material
Titanium Ti-6Al-4V	3.0–5.0x	Very slow cutting, extreme tool wear, costly material
Brass C360	1.0–1.2x	Excellent machinability, moderate material cost
Delrin / POM	0.8–1.0x	Easy to machine, affordable material
PEEK	4.0–8.0x	Extremely expensive material, moderate machinability

Tolerance Cost Impact: How Tight Specs Affect Price

Tolerance Range	Cost Impact	When to Use
±0.1mm (loose)	Baseline	Non-critical dimensions, clearance holes
±0.05mm (standard)	+0–10%	General mechanical parts
±0.02mm (moderate)	+15–30%	Fits, locating features
±0.01mm (tight)	+30–60%	Bearing seats, precision fits
±0.005mm (very tight)	+60–120%	Only when absolutely necessary

Real Part Cost Examples (Q1 2026)

Part	Material	Size (mm)	Qty 1	Qty 50	Qty 500
Motor mount plate	Al 6061	100x80x10	$45	$18	$9
Shaft sleeve	SS 304	Ø30×50	$55	$22	$12
Heat sink	Copper C110	60x60x15	$70	$35	$20
Gear blank	4140 Steel	Ø80×25	$65	$28	$15
Optical mount	Al 7075	40x40x30	$85	$32	$16
Valve body	SS 316	50x50x40	$120	$55	$30
Drone arm	Ti-6Al-4V	120x30x15	$180	$85	$50

FOB Dongguan prices. Includes programming, setup, machining, deburring, and dimensional inspection. Excludes shipping, surface finish, and material certs unless noted.

How to Estimate CNC Part Cost Without a Quote

Formula: Base Rate × Material Multiplier × Complexity Factor × (1 + Tolerance Premium) ÷ Quantity Factor

Base rate: $30–60/hr for 3-axis, $50–90/hr for 5-axis (China FOB 2026)
Material multiplier: 1.0 (aluminum) to 5.0 (titanium) — see table above
Complexity factor: 0.5 (simple) to 3.0 (5-axis complex)
Tolerance premium: 0% (standard) to 120% (±0.005mm)
Quantity factor: ~0.7x at 10 pcs, ~0.4x at 100 pcs, ~0.25x at 1000 pcs

Example calculation: Aluminum bracket, 3-axis, 50 pcs, standard tolerance → $40/hr × 1.0 × 1.0 × 1.0 × 0.5 (quantity factor for 50 pcs) × 0.5 hrs machining time ≈ $10 per part

More CNC Cost & Pricing Guides

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CNC Machining Cost Formula Buyers Can Use

A practical CNC quote is usually built from material cost + programming + setup + machine time + tooling risk + finishing + inspection + packaging + shipping. Quantity changes the price because programming and setup are spread across more parts, while material, machining time, finishing, and inspection still scale with each unit.

Cost Driver	What Increases It	How Buyers Reduce It
Material	Large stock size, titanium, stainless 316, PEEK, special certificates	Allow equivalent grades, standard stock sizes, and clear material cert requirements
Setup and programming	Many faces, tight datum control, complex toolpaths	Combine features logically, mark only critical dimensions, avoid unnecessary tight tolerances
Machine time	Deep pockets, thin walls, hard materials, small cutters	Increase corner radii, reduce depth where possible, use manufacturable wall thickness
Finishing	Cosmetic anodizing, polishing, plating, masking, color matching	Separate cosmetic from non-cosmetic surfaces and provide finish samples when needed
Inspection	CMM reports, FAI, 100% inspection, complex GD&T	Specify which features need formal reporting and which can use standard inspection
Shipping	Urgent air freight, heavy parts, DDP service, special packaging	Share target delivery date early and confirm whether FOB, CIF, or DDP is required

Example RFQ Scenarios and What Changes the Price

RFQ Scenario	Likely Quote Sensitivity	Buyer Tip
1 aluminum prototype housing, bead blasted and anodized	Setup, finish minimum charge, and cosmetic handling drive cost	Ask for as-machined and anodized options if function matters more than appearance
100 stainless steel shafts with bearing fits	Turning time, concentricity, and inspection frequency drive cost	Call out bearing surfaces clearly and avoid tight tolerance on non-functional lengths
20 titanium brackets with multiple angled holes	Material, tool wear, and multi-axis setup dominate	Confirm whether 3+2 machining is acceptable instead of full simultaneous 5-axis
500 plastic fixtures for production support	Material stability, batch consistency, and packaging drive risk	Specify temperature exposure and whether Delrin, nylon, or PEEK is truly required

What to Include to Get a More Accurate Price

3D CAD file plus 2D drawing if tolerances matter.
Material grade, quantity, surface finish, and target delivery date.
Critical dimensions, threads, inserts, cosmetic surfaces, and inspection requirements.
Expected repeat quantity so setup and fixture choices can be quoted realistically.
Shipping country and preferred trade term such as FOB, CIF, or DDP.

For a real price, send drawings through the CNC RFQ page. CNC Precision Tech reviews process, material, tolerance, finishing, inspection, and export requirements before quoting.