3D Printing Prototype Service
We offer fast and precise 3D printing prototype services to help you turn designs into tangible custom 3D printed parts—quickly and cost-effectively. Supporting SLA, SLS, FDM, and more, our 3D printing service suit everything from visual models to functional testing. Ideal for early-stage development, we help reduce time-to-market and lower prototyping costs.
Choose 3D printing services at Runsom Precision, a fantastic additional manufacturing production center for your rapid prototyping project.
Introduction to Runsom 3D Printing Service
Runsom provides high-quality 3D printing prototype service through a full range of technologies, including SLA, SLS, FDM, and MJF. As a trusted 3D printing service partner, we specialize in producing accurate, durable, and cost-effective prototypes for product development and functional testing. Our online 3D printing service enables fast quoting, quick turnaround, and flexible material choices—helping engineers and designers accelerate innovation from concept to reality. We can create the right 3D printing solution for your project needs.
3D printing is a revolutionary technology that produces impossible-to-make parts directly from CAD files. The main advantage of using 3D printing prototype service is its versatility and flexibility, which makes it suitable for small-scale manufacturing and rapid prototyping.
Our expertise spans six distinct 3D printing technologies as follows, enabling tailored solutions for diverse project requirements.
Stereo Lithography Apparatus (SLA)
SLA delivers exceptional accuracy and fine detail, producing parts with smooth, injection-mold–like surface finishes. Ideal for visual models, complex geometries, and tight-tolerance prototypes, SLA is a versatile solution for both early-stage development and low-volume production.
Selective Laser Sintering (SLS)
SLS is ideal for producing durable plastic parts with excellent mechanical strength and dimensional accuracy. Well-suited for functional prototypes and low-volume end-use production, SLS enables rapid manufacturing without the need for tooling.
Fused Deposition Modeling (FDM)
FDM is a widely used 3D printing technology recognized for its fast turnaround, reliable accuracy, and cost-efficiency. Runsom Precision offers a broad selection of FDM materials, color options, and post-processing finishes to accommodate a wide range of functional and visual prototyping needs.
MJF starts with powdered materials thin layer deposit on the platform, then fusing droplets mixing with detailing agents are applied with thermal energy on materials top to define parts geometry. MJF process is used for small-batch plastic parts production with various functions.
Direct Metal Laser Sintering(DMLS)
DMLS printing process can produce highly complex features and all-in-one assembly metal parts which are difficult to achieve with subtractive manufacturing techniques.
Binder Jetting (BJ)
Binder Jetting has multiple capabilities in diverse production of functional metal parts, full-color prototypes, figurines, and large sand casting. The powder materials commonly used in Binder Jetting process are metal and ceramics.
The Best Materials Options for 3D Printing
Selecting the right material is critical to the performance, appearance, and functionality of any custom 3D printed part. Runsom Precision offers a comprehensive portfolio of high-quality materials—including engineering-grade plastics, elastomers, and specialty composites—to meet the specific requirements of your 3D printing prototype or end-use application. Whether you need heat resistance, impact strength, flexibility, or fine surface detail, we provide the ideal material solution for every project stage.
High strength and impact resistance.
High impact resistance and flexibility, sterilizable.
Engineering plastic, flame retardant, and high-performance applications.
High detail and smooth surface.
High strength and stiffness.
Commodity plastic, improved mechanical and thermal properties.
High stiffness.
UV stability and high chemical resistance.
Rubber-like material.
High thermal, electrical conductivity, low density, and natural weather resistance.
How to Get Started with Your Projects
1. Upload Your Design
Just simply upload your CAD files and submit RFQs with clear information online.
2. Receive Design Analysis
We'll send you design for manufacturability analysis and transparent pricing.
3. Start 3D printing
Our experts will produce your 3D prints with the required technologies and materials.
4. Receive Your Parts
Your parts will be delivered to your door directly with stringent deadlines. Get a Quote
Advantages of 3D Printing
3D printing confers great benefits for making a prototype of the product, especially in the manufacturing field. It creates infinite possibilities for the manufacture of small batches, one-offs, and functional prototyping in increasing productivity and efficiency while saving time and money.
Each 3D printing process has its specific benefits as well as its limitation compared with other processes. Check out our guide to learn more about Select The Perfect 3D Printing Technology and Geometry Restrictions in 3D Printing.
3D printers can reduce the time frame of production. You can expedite your product development with 3D printing solutions that improve efficiency.
3D prototypes are built with precision. Tight tolerances are an expectation for nearly every prototype, and 3D printers reduce the possibility of production errors. Your 3D printed prototype will provide an accurate representation you can use to better plan a final product.
Also, accuracy variation exists in the 3D printing process. From this article-Dimensional Accuracy of 3D Printing, you can figure out the parameters that affect the dimensional accuracy of different 3D printing technologies.
Current 3D printers use a variety of methods to print allowing for a wide range of materials. This enables customers to experiment with different printing processes and materials to choose the best solution for their application.
3D printing makes it possible to produce 2D or 3D parts of almost any complex geometry, creating more intricate and accurate prototypes without additional cost.
With 3D printing, the complex geometries can be printed as one piece, cutting the assembly time by half or more.
Compared with traditional manufacturing technologies like machining, 3D printers generally have no material wastage while needing power for operation.
Why Choose 3D Printed Parts at Runsom Precision
Instant feedback
An instant quote is available for your 3D printing project within 24 hours. You can get the quote for free with no requirement for minimum order volume.
Infinite capabilities
Our facility is well-equipped with the latest 3D printers, ensuring your prompt order is completed in rapid turnaround - whether it’s a single prototype or large-volume production.
Multiple options
We offer 3D printing solutions along with abundant combinations of finishes, materials, tolerances, and certifications available for your 3D part applications.
3D Printing FAQs
3D printing is a revolutionary technology that creates objects by joining materials layer by layer from 3D model data. So it is generally referred to as additive manufacturing where part geometries are added by fusing with the previous layer. 3D printers deposit materials in a preprogrammed pattern to realize the layer-by-layer process by following the instruction sent by a computer.
A specific 3D printing process may be suitable for some applications. You’re expected to consider some essential factors such as material requirement, physical or visual characteristics, technology capability like accuracy, and parts size. This will help you make the best decision for your project. Check out this article for a quick reference - Select The Perfect 3D Printing Technology.
Our main 3D printing technologies are respectively SLS, SLA, FDM, MJF, DMLS, and Binder Jetting. For a comprehensive understanding of the six types of processes, you can read our guide for your technology selection to comply with your application demands:
SLA Design Guideline
SLS Design Guideline
FDM Design Guideline
MJF Design Guideline
DMLS Design Guideline
Binder Jetting Design Guideline
There are large quantities of different processes for 3D printing but each process has its specific materials and design requirements. Therefore, it’s worthwhile to understand all key design factors related to all 3D printing processes. Read more about the 3D Printing Design Consideration.
Our 3D printing is commonly used in many industries for rapid prototyping and production: aerospace, automotive, consumer goods, special machinery, healthcare, medical, architecture, and construction industries.
Three-dimensional printing (3D printing) is a powerful technology for creating unique items with complicated geometry, serving various industries ranging from medical and automotive to defense and aerospace. Along these lines, in this article, we will discuss the anatomy of a 3D printer and how to get started with 3D printing.
MultiJet Fusion (MJF) and Selective Laser Sintering (SLS) are two industrial 3D printing technologies, both of them belong to polymers powder bed fusion. The main difference between MJF and SLS is the thermal heat source.
We have summarized the main differences by comparing them in the fabrication process, accuracy, materials, cost, and leading time to help you distinguish MJF and SLS more clearly. You can learn more from this passage - MJF vs SLS Comparison.
3D Printing Service from Runsom Precision
At Runsom Precision, we deliver high-quality 3D printing prototype service to clients worldwide through a robust global distribution network. Leveraging advanced additive manufacturing technologies, we can transform your 3D printing model into a physical part in as fast as one day.
We support a wide selection of materials and surface finish options to meet both the functional and aesthetic requirements of your parts—ensuring optimal performance in prototyping or production. Whether you’re creating a one-off prototype or scaling up to full production, our team is committed to precision, speed, and quality at every stage.
With our streamlined online 3D printing service, ordering custom 3D printed parts is simple and efficient. Just upload your CAD file, choose materials and finishes, and let our experts handle the rest. You’ll receive instant quotes, transparent pricing, and on-time delivery—with no hidden costs or delays.
From rapid prototyping to low-volume manufacturing, Runsom Precision is your trusted partner for reliable, scalable, and cost-effective 3D printing services tailored to your exact specifications.
Send an RFQ – your drawing or 3D CAD model is available for the quotation.
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Advantages of 3D Printing
