24-Hour Precision 3D Printing
Iterate overnight with SLA, SLS, FDM, and metal
options—delivering micron-level detail in production-grade materials.
Max travel：1200*800*500
24 Hour Turnaround
We deliver functional prototypes within 24 hours, faster design validation & shorter development cycles.
High Efficiency
From SLA to metal printing, our rapid iteration across diverse materials with minimal lead time.
Exceptional Details
Sub-0.01 mm precision, ensuring every surface, edge, and curve reflects your exact design intent.
Rapid 3D Print Workflow
Upload CAD, get instant DFM feedback and pricing; SLA, SLS or metal prints start overnight, followed by post-processing, CMM inspection, secure packaging, and worldwide dispatch within an assured 24-hour turnaround.
The metal laser welding (DMLS) fiber laser system directly sucks the powder into the surface of the atomized metal powder and welds it into a completely dense metal component.
Stereolithography (SLA) uses ultraviolet lasers to draw on the surface of liquid thermosetting resin, forming thousands of thin layers until the final component is formed.
Selective laser sintering (SLS) uses a CO2 laser to melt nylon-based powder layer by layer until the final thermoplastic component is formed.
Get your parts quickly with our Online 3D Printing Service
Improve your business strategy and speed up your innovation by using our online 3D printing service. Benefit from the expertise of 3D printing professionals and start manufacturing high-quality products thanks to our cutting edge 3D printing technologies.
You design it
Create your 3D design in any CAD software you want. We handle over 40 different file formats to answer all your 3D printing needs.
We 3D print it
Create your 3D design in any CAD software you want. We handle over 40 different file formats to answer all your 3D printing needs.
You receive it
Sculpteo’s 3D printing service ships your 3D printed parts anywhere in the world from our 3D printing factories in Paris and San Francisco.
Metal 3D Printing Materials
A material think tank from concept to physical object, matching molecular formulas for 428 application scenarios.
Properties: High precision, smooth surface, low cost, brittle.
Applications: Prototypes, display models, educational models.
Properties: High resolution, burnable, brittle, ideal for casting.
Applications: Jewelry, dental models, micro art pieces.
Properties: High transparency, smooth surface, brittle, moderate heat resistance.
Applications: Optical models, medical guides, transparent housings.
Properties: High toughness, chemical resistant, fatigue-resistant, eco-friendly.
Applications: Automotive parts, sports equipment, prosthetics.
Properties: High strength, rigid, lightweight, heat-resistant.
Applications: UAV parts, automotive components, engineering jigs.
Properties: Lightweight, strong, good thermal conductivity, fatigue-resistant.
Applications: Aerospace, automotive parts, electronic housings.
Properties: Corrosion-resistant, wear-resistant, high mechanical stability.
Applications: Medical instruments, industrial parts, chemical equipment.
Properties: High strength, lightweight, biocompatible, corrosion-resistant.
Applications: Aerospace, medical implants, high-end sports equipment.
Our Achievements
Certified for Success
Explore the trusted certifications that back our promise of consistent quality and manufacturing excellence.
Our Products
Equipped with a multilingual project team, our services cover more than 20 countries and regions including Europe, America, Japan and South Korea.
Service Advantages
From 24-hour prototypes to production-grade precision and end-to-end management, we efficiently accelerate innovation while safeguarding design integrity and costs.
Lightning Speed
24-hour DFM feedback and next-day prototypes keep your project weeks ahead of schedule.
Micron Precision
Five-axis CNC, industrial 3D printing and a 19-point QC loop hold tolerances to ±0.01 mm for production-ready quality.
Seamless Integration
Design review, tooling, finishing and global logistics all happen under one roof, cutting launch risk and timelines by up to 40 %.
Collaborative Expertise
Cross-functional engineers partner with you from concept to delivery, aligning materials, aesthetics and performance for optimal cost and reliability.
FAQ
Ask Us Anything
What are 3D Print Prototypes used for in product development?
3D Print Prototypes are primarily used to validate form, fit, and basic function before investing in tooling or mass production. They help engineers and designers identify design flaws early, reduce development risk, and accelerate decision-making across design, engineering, and marketing teams.
How accurate are 3D Print Prototypes compared to final production parts?
Modern 3D Print Prototypes can achieve high dimensional accuracy, often within ±0.1 mm depending on the technology and material used. While they may not fully replicate the mechanical properties of injection-molded parts, they are sufficiently accurate for design verification, assembly testing, and visual evaluation.
Which materials are commonly used for 3D Print Prototypes?
3D Print Prototypes can be produced using a wide range of materials, including PLA, ABS, Nylon, PETG, resin, and engineering-grade plastics. For functional testing, reinforced or high-temperature materials are often selected to better simulate real-world performance.
How long does it take to produce 3D Print Prototypes?
One of the key advantages of 3D Print Prototypes is speed. Most prototypes can be produced within 24–72 hours, depending on complexity, size, and post-processing requirements. This rapid turnaround significantly shortens product development cycles.
Are 3D Print Prototypes suitable for low-volume production?
Yes. In addition to prototyping, 3D Print Prototypes are increasingly used for low-volume or bridge production. This approach is cost-effective for short runs, custom parts, or market testing before committing to full-scale manufacturing.