3D PRINT PROTOTYPE
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Quality 3D Printing Service
âUnmatched precision: Achieve tolerances as tight as ±0.02mm for critical dimensions.
âCutting-edge technology: leverage our state-of-the-art in-house equipment for highly complex geometries.
Best You Need, Best We Provide!
WHAT WE GOOD AT 3D PRINT PROTOTYPE PROCESSES
Selective Laser Sintering(SLS)
It uses a high-precision laser to selectively irradiate and melt special additive material powder. This melted material acts as a binder, fusing the metal powder particles together to form the desired 3D structure. Once the layering process is complete, the final metal 3D-printed part is achieved.
Fused Deposition Modeling (FDM)
FDM builds durable, functional parts by extruding thermoplastic filaments layer by layer. Known for its cost-effectiveness and versatility, it supports engineering-grade materials like ABS, PLA, and PETGâmaking it ideal for rapid prototyping, functional testing, and low-volume production of automotive components, consumer goods, and industrial parts.
Stereolithography (SLA)
SLA uses a precision laser to photopolymerize liquid resin, creating parts with ultra-smooth surfaces and intricate details. Renowned for its high accuracy and fine resolution, SLA is the preferred choice for detailed prototypes, medical and dental models, jewelry casting, and any application requiring flawless finish and dimensional precision.
Selective Laser Melting(SLM)
SLM utilizes a high-energy, fine-focus laser to fully melt metal powder, producing parts with exceptional dimensional accuracy, high density, and superior mechanical properties. Ideal for rapid manufacturing, SLM excels in creating high-performance metal components for demanding applications in aerospace, medical, and automotive industries.
Direct Metal Laser Sintering (DMLS)
DMLS fuses fine metal powdersâsuch as titanium, stainless steel, and aluminumâusing a high-power laser, resulting in strong, lightweight parts with complex geometries. Renowned for its high strength-to-weight ratio, DMLS is widely used in aerospace components, medical implants, and high-performance automotive parts.
Multi Jet Fusion (MJF)
MJF enables high-speed production of precision parts with uniform strength and durability. By fusing nylon powder layer by layer, it delivers consistent mechanical properties and fine detail resolution, making it perfect for functional prototypes, end-use parts, and low-volume manufacturing across industries.
From Design To Prototyping To Production
With 7+ years of industry experience, ISO 9001:2015 certification, and advanced metrology inspections (CMM), we deliver unmatched precision and reliability in every part. Our comprehensive surface finishing servicesâincluding polishing, painting, and powder coatingâensure both superior aesthetics and enhanced functional performance for your components.
vProven expertise â 7+ years in high-precision manufacturing
âCertified quality â ISO 9001:2015 compliant processess
âRigorous inspections â CMM-verified accuracy for flawless results
âPremium finishes â Custom polishing, painting & coating solutions
CUSTOMIZE YOUR 3D PRINTING SERVICE SOLUTION
Rapid Prototyping
FUTURE PRECISION offers high-quality rapid prototyping services at competitive CNC machining prices with faster lead timesâhelping you stay ahead in todayâs fast-moving markets. Our advanced prototyping technologies are developed to tackle your design challenges head-on. We work closely with you to verify and refine your product through CNC prototyping, functional testing, and engineering validation.
Rapid Manufacturing
As a leading CNC machining company in China, FUTURE PRECISION delivers end-to-end solutionsâfrom rapid prototyping to full-scale CNC part production. With extensive machining expertise and strong resource integration capabilities, we can meet the demands of any project while maintaining the highest standards of quality and precision.
Custom 3D Printing
We provide one-stop rapid 3D Printing services and cost-effective rapid custom 3D Printing machining services. Do you need production-grade materials, complex geometric shapes, tight tolerances, or fine details? Working with the FUTURE PRECISION 3D Printing factory, you can get 3D Printing parts to the specs you require through the design prototyping and manufacturing process.
OUR HAPPY CUSTOMERS
THOUSANDS OF CUSTOMERS TRUST US TO DELIVER
We help you choose the right prototype manufacturer with personalized, one-on-one technical support and rapid responsesâusually within just a few hours. Our prices are highly competitive, often up to 30% lower than those in Europe and the US, giving you outstanding value without compromising quality.
MATERIALS OF 3D PRINT PROTOTYPE
Material | Process | Key Properties | Max Part Size (in) | Min Feature Size (in) | Mechanical Properties |
Aluminum (AlSi10Mg) | DMLS 3D Printing | Lightweight, high strength-to-weight ratio, heat & corrosion resistant, fatigue-resistant | 31.5 X15.7X 19.7 | 0.015 | Tensile: 50 ksi Elongation: 8% Hardness: 59 HRB |
Cobalt Chrome (Co28Cr6Mo) | DMLS 3D Printing | High-strength superalloy, excellent creep & corrosion resistance, thermal stability | 9.6X9.6X13.0 | 0.006 | Tensile: 176 ksi Elongation: 14% Hardness: 38 HRC |
Inconel 718 | DMLS 3D Printing | Nickel-chromium superalloy, extreme heat/corrosion resistance, aerospace-grade | 31.5X15.7X19.7 | 0.006 | Tensile: 208 ksi Elongation: 18% Hardness: 46 HRC |
Stainless Steel 17-4PH | DMLS 3D Printing | Precipitation-hardened, high hardness, corrosion & wear resistant | 9.6X9.6X13.0 | 0.006 | Tensile: 198 ksi Elongation: 13% Hardness: 42 HRC |
Stainless Steel 316L | DMLS 3D Printing | Acid-resistant, high ductility, general-purpose corrosion resistance | 9.6X 9.6X13.0 | 0.006 | Tensile: 92 ksi Elongation: 58% Hardness: 94 HRB |
Titanium (Ti6Al4V) | DMLS 3D Printing | Biocompatible, aerospace-grade strength, lightweight, excellent corrosion resistance | 31.5X15.7X19.7 | 0.006 | Tensile: 144 ksi Elongation: 18% Hardness: 33 HRC |
Material | Process | Key Properties | Max Part Size (in) | Min Feature (in) | Mechanical Properties | Special Notes |
ABS-Like Black (Accura 7820) | SLA | Glossy/matte finish, moisture-resistant, molded appearance | 10X10X10 | 0.01 | Tensile: 7 ksi E-mod: 435 ksi HDT: 124°F Elong: 5% | Best for cosmetic prototypes |
ABS-Like Gray (Accura Xtreme) | SLA | Injection-molded feel, heat-tolerant, flexible | 29X25X21 | 0.01 | Tensile: 5.8 ksi E-mod: 290 ksi HDT: 144°F Elong: 9% | Large-format parts |
ABS-Like MicroFine? | SLA | Micro-resolution (0.0025 in), opaque green/gray | 5X5X2.5 | 0.0025 | Tensile: 8.7 ksi E-mod: 377 ksi HDT: 138°F Elong: 8% | High-detail applications |
ABS-Like Clear (WaterShed) | SLA | Near-colorless transparency, low moisture absorption | 29X25X21 | 0.01 | Tensile: 7.9 ksi E-mod: 421 ksi HDT: 123°F Elong: 6% | Requires post-finishing |
Carbon EPX 86FR | Carbon DLS | Flame-retardant (UL 94 V-0), chemical-resistant, high toughness | 7.4X4.6X12.8 | 0.02 | Tensile: 13 ksi E-mod: 480 ksi HDT: 275°F Elong: 10% | Aerospace/compliance |
Carbon FPU 50 | Carbon DLS | PP-like flexibility, highest elongation (200%) | 7.4X4.6X12.8 | 0.02 | Tensile: 4 ksi E-mod: 100 ksi Elong: 200% | Hinges, seals |
Ceramic-Filled (BASF 3280) | HPS | Extreme stiffness (10 GPa), short-run tooling, >536°F HDT | 9.8X5.5X19.4 | 0.01 | Tensile: 12.6 ksi E-mod: 1,537 ksi HDT: 543°F Elong: 1.3% | Molds, high-temp fixtures |
PA12 Black (MJF) | MJF | Economical, wear-resistant, living hinges | 11.1X14.9X14.9 | 0.02 | Tensile: 7.1 ksi E-mod: 276 ksi HDT: 347°F Elong: 21% | Functional end-use parts |
PA12 Glass-Filled (SLS) | SLS | 40% glass-filled, high stiffness, thermal resistance | 10.6X12.6X16 | 0.03 | Tensile: 7.2 ksi E-mod: 508 ksi HDT: 315°F Elong: 5% | Low wear applications |
PC-Like Clear (Accura 60) | SLA | High stiffness, translucent, fine details | 29X25X21 | 0.01 | Tensile: 10.8 ksi E-mod: 508 ksi HDT: 129°F Elong: 7% | Optical prototypes |
Polypropylene Natural | SLS | True PP, chemical-resistant, lightweight | 12.6X10.6X10.6 | 0.04 | Tensile: 2.6 ksi E-mod: 123 ksi Elong: 15% | Fluid containers |
Finish Type | Description | Best For | Materials/Processes | Surface Quality (RA μin) | Additional Notes |
As-Printed | Supports removed; retains natural print texture. May have visible support nibs. | Functional parts, low-cost/fast-turn projects | All processes | 250+ | Minimal handling; fastest lead time |
Standard Finish | Support nibs sanded, bead-blasted for uniform matte finish. Layer lines may remain. | General prototyping, non-cosmetic parts | SLA, SLS, MJF, DMLS | 100–150 | Balances cost and aesthetics |
Custom Finishing | Aesthetic enhancements (painting, textures, decals, soft-touch coatings). | High-visibility/cosmetic parts | All materials | Varies | Includes color matching, masking |
Smoothing | Reduces roughness significantly (64–100 μin RA). | MJF parts requiring smooth surfaces | PA12 Black, Glass-Filled PA12, TPU | 64–100 | Improves tactile feel |
Primer Application | Prepares surfaces for painting or improves cosmetics. | MJF parts needing coatings | MJF plastics | – | Base layer for further finishes |
Taps & Inserts | Adds threaded features for assembly. | Functional mechanical parts | MJF, SLS, SLA | – | Enhances part utility |
Clear Coat | Enhances translucence/gloss on clear materials. | Optical/display parts | PolyJet Clear, SLA resins | – | Improves clarity & scratch resistance |
Post-Machining | Secondary CNC machining for precision tolerances/surface quality. | High-tolerance metal parts | DMLS metals | <32 (machined) | Critical for mating surfaces |
Heat Treatments | Stress relief, aging (e.g., H900 for 17-4PH). | Metal parts requiring strength | DMLS (Stainless, Inconel) | – | Enhances mechanical properties |
Brushed Finishes | Aesthetic brushed textures (various grits). | Decorative metal parts | DMLS metals | 50–125 | Customizable finish levels |
Metal Plating | Adds conductive/decorative metal layers. | EMI shielding or cosmetic upgrades | Plastics/metals | – | Nickel, chrome, or gold options |
Dyeing | Permanently colors plastic parts. | Branded/aesthetic parts | MJF/SLS nylons | – | No impact on strength |
3D PRINTING HELP & FAQs
What is your typical lead time for 3D printing orders?
âStandard: 3â5 business days for most prototypes:
âRush: As fast as 24â72 hours (depending on complexity and technology):
âProduction runs: 1â2 weeks (with volume discounts available):
What tolerances can your 3D printers achieve?
âSLA/DLP: ±0.02â0.05 mm
âSLS/MJF: ±0.1â0.3 mm
âDMLS (Metal): ±0.05â0.1 mm
For critical features, submit a 2D drawingâweâll validate tolerances before production.
What if Iâm not satisfied with the parts?
âPre-Production Review: Weâll confirm specs and tolerances upfront.
âIn-Process QC: CMM inspection and material certifications available.
âPost-Delivery Support: If issues arise, weâll remake or refund per your requirements.
How much does a 3D printed part cost?
âMaterial (e.g., standard nylon vs. aerospace titanium)
âVolume (discounts for 50+ units)
âPost-Processing (e.g., polishing, annealing)
âRequest a quote onlineâwe respond within 4 business hours with competitive pricing.
3D PRINTING PARTS
START YOUR 3D PRINTING PROJECT TODAY
Transform your ideas into reality with our complete 3D printing services – combining manufacturing excellence, rapid delivery, and budget-friendly solutions for every stage from prototype to end-use parts. Upload your CAD file for an instant quote or consult our engineers for design optimization.