Menu
Your Cart
Online 3D Printing Service
Online 3D Printing Service
Online 3D Printing Service
Custom 3D Printed Parts
Get instant quote
Online 3D Printing Service
Online 3D Printing Service
Custom 3D Printed Parts
Get instant quote

Why Choose Us?

Fast Turnaround Online 3D Printing

Get custom parts produced quickly with our reliable online 3D printing in 2-5 business days.

Industrial-Grade Precision

Trusted industrial 3D printing company delivering accurate and durable results.

Get an instant online quote

Upload your file in minutes and access professional 3D printing from anywhere.

Quality Guaranteed Prints

Every order is checked for strength, detail, and finish before shipping.

Multiple Materials & Finishes

Choose from a wide range of options for prototypes and production-ready parts.

Want expert guidance?

Our team can help you select the right 3D printing technology for your project and order custom parts online with confidence.

Our Available Custom Services

Selective Laser Sintering (SLS)

SLS 3d printing sinters polymer or metal powder particles together via a focused laser beam layer by layer. This powder bed printing method eliminates the need for sacrificial support structures entirely, enabling the fabrication of intricate geometries, internal channels, nested assemblies and interlocking moving parts that cannot be manufactured easily by conventional machining. Unused loose powder acts as natural support during printing and can be recycled for subsequent production, effectively cutting material waste — all advantages you can access through reliable HUANYA metal printing online services.



Multi Jet Fusion(MJF)

MJF 3d printing is a mainstream solution for rapid prototyping and small-volume manufacturing. The technology mainly applies nylon and carbon/glass fiber reinforced nylon materials, producing durable functional end-use components rather than simple display prototypes. With no mold investment required, MJF cuts down the cost threshold for small-batch orders widely used in consumer electronics housings, mechanical fixtures, automotive custom accessories and medical custom parts, striking a great balance between production cost, delivery cycle and component quality.



Stereolithography (SLA)

SLA 3d printing, a trusted rapid 3d printing process, provides abundant resin options, including standard rigid resin, flexible rubber-like resin, high-temperature resistant resin, transparent resin and castable wax resin for investment casting. The cured resin parts feature stable shape retention and excellent surface finish, which greatly reduces workload for polishing, sanding and other post-processing procedures. While most standard SLA resins are not suitable for long-term heavy load-bearing applications, they are ideal for appearance prototypes, aesthetic verification models and master patterns for silicone molding.


Materials: 8228 Resin,9600 Resin,8001 Resin,LEDO 6060 Resin,Grey Resin,Black Resin,CBY Resin,Imagine Black Resin



White Jet Process(WJP)

The core competitiveness of WJP 3d printing lies in voxel-level full-color synchronous forming without secondary manual painting. It supports over one million color combinations, realizing seamless color gradients, local color differentiation and realistic texture restoration on a single component, which perfectly solves the color deviation and uneven coating troubles of post-spraying coloring. Meanwhile, the system can simultaneously deposit multiple resin materials in one printing cycle, including rigid ABS-like resin, flexible TPU-like resin, transparent resin, heat-resistant resin and medical biocompatible resin. Hardness, transparency and elasticity can be customized at different positions of the same model to achieve integrated multi-material one-step molding impossible for single-material 3D printing technologies


Materials: Full-Color Resin (WJP)



Selective Laser Melting(SLM)

SLM 3d printing greatly breaks through the limitations of conventional metal manufacturing, enabling integrated forming of hollow structures, lattice structures, lightweight frameworks and complex internal flow channels. It eliminates the need for expensive custom molds and reduces material waste significantly. This technology is widely applied in aerospace, automotive, medical implants, mold inserts, robotics and precision machinery. As a trusted metal 3d printing company, we leverage this advanced equipment to deliver premium rapid prototyping 3d printing and custom small-batch high-performance metal production solutions.


Materials: Titanium TC4 Metal,316L Stainless Steel,BJ-316L Stainless Steel



Binder Jetting(BJ)

BJ 3d printing is a room-temperature additive manufacturing metal 3d printing service technology that selectively deposits liquid binder onto thin layers of metal, ceramic or sand powder to bond particles into solid shapes. Unlike laser-based processes, it requires no high heat or melting during printing, resulting in almost zero thermal stress, warping or deformation. The surrounding loose powder acts as natural support, allowing the fabrication of complex overhangs, lattice structures, hollow cavities and integrated assemblies without additional support structures, greatly simplifying post-processing.


Materials: Titanium TC4 Metal,316L Stainless Steel,BJ-316L Stainless Steel



Fused Deposition Modeling(FDM)

FMD printing service extrudes continuously melted thermoplastic filament through a heated nozzle and deposits material layer upon layer to build physical parts. The equipment structure is simple and easy to operate, with low entry costs for both factories and individual designers. Additional support structures can be added for overhanging features, and leftover materials are easy to collect, replace and store without complicated powder recovery systems required by powder-bed 3D printing technologies.


Materials:ASA Plastic,PLA Plastic,ABS Plastic,PA12-CF Plastic,TPU Plastic



CNC Machining

CNC Machining Processes encompass a variety of methods, including CNC Milling, CNC Turning, and Surface Finishing, each contributing to the creation of high-precision components. CNC Milling involves the use of rotating cutting tools to carve out detailed shapes from a stationary material block, making it ideal for producing complex geometries with exceptional accuracy. Conversely, CNC Turning focuses on shaping materials by rotating them against a fixed cutting tool, resulting in smooth, cylindrical surfaces suitable for parts like shafts and fittings. To complete the production process, Surface Finishing is applied to enhance the surface quality, providing a refined look and increased resistance to wear and corrosion through techniques such as polishing and coating. Together, these processes demonstrate the advanced capabilities of CNC machining in meeting the demands of various engineering applications.



Sheet Metal

Sheet metal is a thin, flat piece of metal that is commonly used in a variety of applications, ranging from construction and automotive to aerospace and electronics. It is available in various metals, including steel, aluminum, copper, and brass, and can be easily manipulated through processes such as cutting, bending, and stamping. Due to its lightweight yet durable nature, sheet metal is ideal for creating structural components, enclosures, and decorative elements. The ability to manufacture complex shapes and designs while maintaining strength and stability makes sheet metal a fundamental material in engineering and manufacturing industries.


CNC Milling

CNC Milling is a sophisticated machining process that utilizes computer numerical control technology to accurately remove material from a workpiece, typically made of metal or plastic. In this process, a rotating cutting tool moves along multiple axes to create complex shapes, patterns, and precise dimensions. CNC Milling is known for its versatility, allowing manufacturers to produce intricate details and achieve tight tolerances, making it ideal for industries such as aerospace, automotive, and medical device manufacturing. By automating the milling process, CNC technology enhances efficiency, reduces production time, and ensures consistent quality in the finished products.


CNC Turning

CNC Turning is a precision machining process that involves rotating a workpiece against a cutting tool to create cylindrical parts and complex geometries. In this process, the material, typically metal or plastic, is held securely on a lathe while the cutting tool moves linearly along various axes to remove excess material and achieve the desired shape and finish. CNC Turning is widely used in manufacturing applications for creating components such as shafts, bushings, and fittings, known for its ability to produce high-accuracy parts with smooth surfaces. The automation provided by CNC technology enhances efficiency and consistency, making it a vital technique in modern machining and production environments.


EDM

Spark machine, also known as Electrical Discharge Machine (EDM), is equipment for metal processing based on the principle of electrical spark discharge. This technology is mainly used for machining high-hardness metal materials with complex shapes, and it is widely applied in mold manufacturing, automotive, aerospace and other industries. The EDM generates instantaneous high-temperature electric arcs between the workpiece and the electrode to gradually erode metal materials and form the required shapes and dimensions. Featuring high precision and powerful machining capacity, EDM can fabricate precise components and intricate holes, making it an indispensable piece of equipment in modern manufacturing processes.


Industrial-Grade 3D Printing Solutions for Diverse Industries

Partner with HUANYA3D: reliable additive manufacturing and custom 3D printed parts for businesses across high-performance sectors.
Prototyping
Functional Testing
Low-Volume Production
Complex Geometry Manufacturing

3D printed prototype molds, inspection gauges, assembly jigs and custom tool inserts to shorten trial production cycles and lower traditional manufacturing costs.

Fast rapid prototyping, styling samples and end-use automotive components. Accurate resin 3D printing achieves excellent smooth surface finishes for interior parts, fixtures and custom automotive assemblies.
Robust, durable 3D printed parts for industrial machinery prototypes, custom tooling, jigs & fixtures and low-volume batch production for factory automation systems.
High-precision SLA 3D printing delivers aerospace prototypes, lightweight structural components, aerodynamic test models and functional testing parts that meet strict dimensional accuracy requirements.
High-resolution custom figurines, toy prototypes and personalized gift models, ideal for design review and small-batch customized merchandise production.
High-detail prototype housings, decorative components and structural test parts for small home appliances, supporting appearance confirmation and structural verification.
High-accuracy 3D printed medical prototypes, equipment enclosures, surgical instrument models and testing fixtures with outstanding fine feature resolution for medical product verification.
Custom 3D printed mechanical components for robotics research & development, kinematic testing, functional assemblies, sensor mounts and custom robot housing parts.
Precision SLA 3D printing for electronic housings, casing prototypes, button structures and design validation models to accelerate new consumer product development cycles.
Detailed architectural scale models, landscape components and building facade prototypes to visualize design concepts for architects and construction firms.
Translucent & opaque 3D printed lighting prototypes, lamp shells and optical test models with fine surface quality for architectural and commercial lighting design.

Ideal for Designers & Independent Makers

Toy & Collectible Artists & Designers

We provide professional custom SLA 3D printing for toy prototypes and collectible figurines, supporting design verification before mass‑production.

Miniature & Scale Model Designers

Create stunning miniatures, scale models and refined figurines with our ultra-detailed resin 3D printing.

Hobby Creators & DIY Makers

Online 3D printing service supplies parts for hobby projects, DIY builds and custom personal designs,3d printing services for hobbyists.

Indie Design & Product Creators

HUANYA offers budget‑friendly low‑volume rapid prototyping with 3D printing for independent creators, turning your product vision into tangible prototypes.

A service you can trust

Quality assurance

HUANYA provides reliable manufacturing solutions for custom prototypes, functional models, and low-volume production batches. You may review our full onsite quality specifications and learn more about our standardized manufacturing processes for reference.

For projects requiring specialized manufacturing needs, including certified production, 3D printing, technical documentation support, consistent batch repeatability, and other customized technical requirements, our sales and engineering teams are available to provide professional consultation and accurate project quotations.

Customer support

Get expert advice in your language. Contact our multilingual customer support team for information on technologies, materials, and finishes, or explore our Help Center.

Data security

We treat every file you upload as confidential and ensure it is stored in a secure environment. Learn more about our approach to data security here.

HUANYA Custom Rapid Prototyping 3D Printing Service

HUANYA Custom 3D Printing Service is a trusted one-stop Rapid Prototyping additive manufacturing partner, delivering high-quality 3D printed parts, professional support and cost-effective solutions for diverse industries. With years of expertise, we offer various advanced technologies including metal 3D printing, SLA,SLM,SLS,MJF,FDM, over 30 plastics and metals with multiple finishes, and rely on professional engineers and state-of-the-art equipment to ensure precision, repeatability and fast delivery, along with free manufacturability consultation to save time and costs, empowering your innovation as your reliable 3D printing partner.
Upload Your 3D File

Submit your design in STL, STEP, or OBJ format. Our experts securely analyze your file for size and print compatibility.

Choose Printing Technology & Material

Select the right 3D printing method and material based on strength, detail, and application needs.

Review Instant Pricing

Get transparent, real‑time pricing and production timelines with 3d printing batch quoting. Approve your quote and move forward with confidence.

Production & Worldwide Delivery

Your part moves into production at our industrial 3D printing company and ships safely to your location anywhere in the world.

The production process explained

This infographic breaks down the production manufacturing process and the expertise required for end-use parts. Find out how we minimize your costs, uphold the highest quality standards and manage the entire process for you.

FAQ's

We handle customs clearance and cover import duties on orders shipped to the European Union, United Kingdom, and United States. For all other shipping destinations, you as the customer are responsible for customs duties.

We already ensure your parts are safe and secure with our confidentiality clauses on our Terms of Sale, but we’re happy to sign a separate NDA if your company requires it. Please contact our sales team for details.

We support common industrial 3D files, including STEP, STP, IGS, STL. STEP and IGS are recommended for precise dimension checking. All uploaded files are kept strictly confidential.
Yes. We fully protect all customer design files. We never share, resell or disclose your drawings to any third party. Non-disclosure agreements (NDA) are available for industrial and confidential projects.
We provide SLM Metal Printing, SLA Resin Printing, SLS Nylon Printing. Suitable for metal parts, functional prototypes, complex models, and industrial batch production.
Our main metal materials include 316L, 17-4PH, AlSi10Mg, Ti6Al4V, Inconel 625, CoCrMo. All metal powder is high-purity spherical powder for high precision and high density.
We offer resin, nylon, TPU and ABS. These materials are widely used for prototypes, decorative parts, and functional plastic components.
Normal production takes 2–5 working days. Simple plastic models take 1–3 days. Metal SLM parts take 3–7 days. Bulk orders will have a customized production schedule.
Yes. We offer polishing, sandblasting, anodizing, painting, heat treatment and passivation. Different post-processing options meet your surface texture and industrial standard requirements.
Simply upload your 3D files and specify material, quantity and post-processing requirements. We will send you an official quotation within 12–24 hours.
Yes, we provide worldwide shipping. We use DHL, FedEx and UPS for fast and safe delivery. Real-time tracking information is provided for every order.
Shipping fee depends on weight, size and destination. We will list the exact shipping cost on your quotation. Free shipping is available for large bulk orders.
No MOQ requirement. We accept 1 piece prototype, small batch and mass production orders. We support personalized custom manufacturing.
Yes. Our engineering team provides free model checking and minor optimization to ensure printability. Structural modification service is also available on request.
Every part passes dimension inspection, surface testing and quality checking before shipment. We provide inspection reports for industrial and high-precision orders.
We provide professional after-sales service. If the defect is caused by our production error, we offer free re-production or full refund.
We accept T/T bank transfer. Flexible payment terms are available for long-term B2B clients.
Custom 3D printing cost calculation relies on multiple critical factors: material grade, build envelope volume, actual printing cycle time, layer resolution, and deployed additive manufacturing technology.
Engineering-grade materials including rPET, titanium metal and PA12 nylon feature differentiated unit costs. Increased part dimensions and sophisticated structural designs will raise overall manufacturing costs accordingly.
Different printing technologies (FDM, SLA, SLS) lead to varied production overheads. As a reliable professional service bureau, HuanYa lists transparent pricing covering raw materials, equipment running time, and customizable secondary finishing operations.
Additional variables such as complicated CAD designs, ultra-fine resolution specifications and multi-color printing requirements will further adjust the total project budget.
Submit your 3D model file online to acquire an instant precise quotation for your custom manufacturing order.
Online 3D printing services offer the lowest-cost manufacturing route. Skip expensive printer hardware investment and directly order custom printed parts with ease.
Technologies vary widely in affordability and availability. FDM boasts low machine and material costs, making it highly cost accessible. Industrial methods like MJF and SLS demand premium large-scale equipment, coming with higher corresponding costs.
Pick the right printing process based on your project needs, manufacturing standards and expected final outcomes.
WhatsApp online communication
WhatsApp online communication
Get in touch with us by email.