3-day aluminum. 5-day complex. Real metal.
CNC machined prototypes in production materials — not 3D printed approximations. Aluminum 6061 in 3 days. Stainless 316L in 5 days. Complex 5-axis work in 7 days. For engineers who need functional metal parts for testing, not show-and-tell models.
Rapid CNC prototypes
Lead times from PO confirmation to ship date, excluding shipping transit. Rush option cuts lead time to ~60% at 1.5× cost. These are real shop floor numbers.
Actual turnaround times.
Simple aluminum
Single-setup 3-axis aluminum 6061/7075 parts. Common materials in stock. Most cost-effective path to prototype
Standard steel/stainless
Mild steel, 304/316 stainless. Material often in stock. 3-axis machining typical
Complex 5-axis
Multi-setup or 5-axis simultaneous. Complex geometry, tight tolerances, specialty features
Specialty materials
Inconel, titanium, PEEK — often additional material lead time and slower machining
With finishing
Anodize, powder coat, plating add time — plan into overall timeline
Rush service
1.5× cost. Simple aluminum in 2 days, standard parts in 3-4 days
Lead times from PO confirmation to ship date, excluding shipping transit. Rush option cuts lead time to ~60% at 1.5× cost. These are real shop floor numbers.
When rapid machining beats 3D printing.
Real production materials
6061/7075 aluminum, 316L stainless, Ti Gr.5 — behaves like production, not like SLA resin
Tight tolerances
±0.025 mm standard on CNC. 3D printing typical is ±0.1 mm at best on dimensional accuracy
Surface finish
Ra 0.8–1.6 µm single-pass; no layer lines; polishable to Ra 0.1 µm
Threaded features
Real machined threads — not 3D-printed threads that strip on first tightening
Bearing fits
Tight sliding or press fits are achievable on CNC; typically impossible on 3D printing
Weldable
Machined parts weld normally. 3D-printed porosity complicates welding
Fatigue strength
Full wrought-metal fatigue behavior. 3D-printed parts have reduced fatigue due to porosity
Heat treatment
Can heat-treat to T6 after machining. 3D-printed parts lose anisotropic properties after heat treatment
Cost at qty
Above 5-10 pieces, CNC often cheaper than 3D printing per part for metal work
Get an instant quote
Send your CAD — we reply with detailed pricing, lead time, and DFM feedback within 4 working hours.
Talk to an engineer
WhatsApp our team directly. Most messages answered within 12 minutes during work hours.
Explore all services
CNC, 3D printing, injection molding, sheet metal, casting, finishing — one quality system, one partner.
3-day aluminum — questions
Can you really deliver CNC parts in 3 days?
Yes for simple aluminum parts with material in stock. "Simple" means: 3-axis machining possible, common aluminum grade (6061 or 7075), standard tolerances (±0.05 mm), no complex finishing, single-setup design. About 40% of RFQs fall in this category. Requires PO confirmation and CAD approval by 10 AM Wuxi time to start same-day; ship 3 business days later.
How does rush service work?
Rush: 1.5× standard cost, ~60% of standard lead time. Simple aluminum: 2 days (vs 3). Standard parts: 3-4 days (vs 5-7). Used when deadlines matter more than cost. Reserved capacity gets scheduled for rush orders — we can't infinitely absorb rush requests, so booking early matters.
What if my CAD has issues?
We review CAD for manufacturability before starting. If we find issues (tolerance impossible, feature inaccessible, wall thickness problem), we flag immediately with specific recommendations. Typical turnaround: 4 hours from RFQ receipt. If DFM changes needed, we pause the clock until revised CAD arrives — your deadline shifts accordingly.
When is 3D printing actually better?
3D printing wins for: extremely complex internal channels impossible to machine, very low quantity of very complex parts (1-2 unique geometries), geometry with no draft angle accessible for machining. For most engineering prototypes in metal, CNC is faster and better. For plastic prototypes, MJF/SLS nylon is often the right choice.
Can you ship same-week for US customers?
Yes with rush service. Order Monday morning Wuxi time (Sunday evening US), manufacture Mon-Wed, ship Wednesday via DHL Priority 3-day. Parts arrive Friday or Monday in US. Total 5-8 calendar days from PO to US doorstep. For UK/EU customers: similar 5-7 day total. For Japan/Korea: 4-6 day total.
What are typical prices for rapid CNC prototypes?
Simple aluminum bracket (25 mm × 50 mm × 10 mm): $25-50 per part at qty 5. Mid-complexity 6061 housing (100 × 80 × 40 mm): $80-200 per part. Complex 5-axis aerospace bracket: $300-1000+ per part. Rush service adds 50%. Shipping $50-150 depending on weight and destination. Compare to US domestic: typically 2-3× our pricing.
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