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Rapid Prototyping Services

(4967 Customer Review)

  • Turnaround Time (e.g., 1–7 days)
  • Dimensional Accuracy (e.g., ±0.05 mm)
  • Available Technologies (SLA, SLS, FDM, CNC)
  • Material Options (resins, nylon, PLA/ABS, metals)
  • Maximum Build Size (e.g., 300 × 300 × 300 mm)

Langhe Casting specializes in rapid prototyping to accelerate product development. We deliver accurate, functional prototypes in days—helping you validate designs, test fit and function, and shorten time to market.

sls-3d-printed-parts-2048x1188

sls-3d-printed-parts-2048×1188

What Is Rapid Prototyping?

Rapid prototyping uses additive and subtractive manufacturing methods to produce physical models directly from CAD data. It replaces lengthy tooling setups with fast, layer-by-layer fabrication or CNC machining.

rapid-prototyping metal-casting.jpg

rapid-prototyping metal-casting.jpg

Key Rapid Prototyping Methods

Method Material Accuracy Use Case
SLA (Stereolithography) Photopolymer Resin ±0.1 mm High-resolution, fine details
SLS (Selective Laser Sintering) Nylon Powder ±0.2 mm Durable, functional parts
FDM (Fused Deposition Modeling) PLA, ABS ±0.3 mm Cost-effective proof of concept
CNC Machining Metal, Plastics ±0.05 mm High-strength, end-use prototypes

Advantages of Rapid Prototyping

Rapid prototyping accelerates design cycles and uncovers issues early. Key benefits include:

  • Short lead times—prototypes ready in 1–7 days
  • Design validation—test fit, form, and function
  • Cost savings—avoid expensive tooling failures
  • Iterative improvement—refine products quickly
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cnc rapid-prototyping.jpg

Applications Across Industries

Langhe Casting’s rapid prototyping supports diverse sectors:

Industry Prototype Types
Automotive Engine brackets, interior trims
Medical Device housings, surgical guides
Consumer Electronics Enclosures, ergonomic models
Aerospace Lightweight structural parts

Rapid Prototyping Workflow

Our streamlined process ensures transparency and speed:

  1. Receive CAD files and review design for manufacturability
  2. Select optimal prototyping method and material
  3. Produce first-article prototype
  4. Conduct dimensional check and functional testing
  5. Iterate based on feedback and finalize model
rapid-prototyping-ford-megabox

rapid-prototyping-ford-megabox

Why Choose Langhe Casting?

  • Multi-technology expertise in SLA, SLS, FDM, and CNC
  • Fast turnaround—standard parts in 3–7 days
  • High accuracy with tolerance down to ±0.05 mm
  • Material variety from resins to engineering plastics and metals
  • Dedicated support and design for manufacturability (DFM) advice
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sls-3d-printed-parts-2048×1188

Rapid Prototyping vs. Traditional Manufacturing

Aspect Rapid Prototyping Traditional Methods
Tooling None or minimal Expensive molds, dies
Lead Time Days Weeks to months
Cost for Single Unit Low High
Iteration Speed Fast Slow
End-Use Viability Limited (depends on material) High (production grades)

Get Started with Rapid Prototyping

Ready to accelerate your product development? Contact Langhe Casting for a rapid prototyping quote. We tailor solutions to your timeline, budget, and performance needs.

Email: [email protected]
Phone: +86-188 3893 9163

Frequently Asked Questions

Q1: Which prototyping method suits tight-tolerance parts?

CNC machining delivers the highest precision (±0.05 mm). SLA also offers fine detail for non-structural models.

Q2: Can I get metal prototypes?

Yes, we offer CNC machined aluminum and steel prototypes for functional testing.

Q3: How do I prepare CAD files?

Submit STEP or IGES files with watertight geometry; we’ll handle the rest.

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