Custom Online 3D Printing Prototype Services
On Demand Manufacturing
- Max Size: 880*800*390mm
- Material: ABS8000,9400,8228,ZR40, and etc.
- Technical support and design guide
50 million+
1500+
30+
MOQ 1
3D Printing Services
SLA Services
- Geometric Tolerances: +0.1mm/100mm
- Largest Size: 880*800*390mm
SLS 3D printing, renowned for its versatility, strength, and durability, is an ideal choice for functional parts. This method produces intricate, high-quality prints without requiring support structures, thus granting designers greater freedom in their designs. You can email us to product your satisfact part.
SLS Services
- Geometric Tolerances: +0.2mm/100mm
- Largest Size: 580*300*300mm
SLA 3D printing , a fundamental component of additive manufacturing, delivers unparalleled precision and surface quality. It excels in creating intricately detailed models and visual prototypes, guaranteeing high resolution and smooth surfaces perfectly suited for complex geometries.
How Ruiyi Works for you
Get Instant Quote
Upload your design to our quoting platform to receive instant, automated quotes along with a complimentary design analysis for your prototypes and production parts.
Perform Design Analysis
A design for manufacturability analysis will be completed for you within a few hours.
Start Production
Once you place your order, we initiate the manufacturing process. Additionally, our digital platform provides real-time updates on the production stage.
Receive Your Parts
After passing quality inspections, the parts are carefully packed for delivery. You can rest assured with our 30-day quality guarantee.
3D Printing Materials
Acrylonitrile butadiene styrene
These materials, a widely utilized thermoplastic polymer, boasts outstanding impact, temperature, and chemical resistance. Its ease of machining and processing, coupled with a smooth surface finish, make it highly desirable. ABS lends itself well to various post-processing treatments, such as coloring, surface metallization, welding, electroplating, bonding, hot pressing, and beyond. Renowned for its versatility, ABS finds application across diverse industries, including automotive, manufacturing, electronics, consumer goods, construction, and beyond. Type: ABS8000, 9400, 8228, ZR40, SOMOS14120
Polyamide (PA)
Polyamide (PA), commonly recognized as nylon, represents a flexible thermoplastic polymer recognized for its remarkable equilibrium of mechanical traits and longevity. Emergent from the synthetic polymer lineage, PA nylon has secured a distinct position across diverse sectors, thanks to its unmatched fusion of strength, adaptability, and resistance to wear and abrasion.
Type: PA12, PA+GF
3D Printing Prototype Service Processes
Design model
The first step in any 3D printing manufacturing process is to design the model. Designers use 3D modeling software to create three-dimensional models of the required objects. This can be done through CAD software, computer graphics tools or 3D scanning technology. The design model is the basis for determining the shape and structure of each layer in the 3D printing process.
Slice
After the design model is completed, it needs to be converted into a series of horizontal slices. This process is called slicing, and slicing software breaks the 3D model into multiple layers of 2D sliced images. Each slice represents a layer of the object when printed.
Prepare to print
Once the slices are complete, they are imported into the 3D printer’s control software. In this step, the user can select parameters such as the type of printing material, printing accuracy, and support structure. Additionally, the appropriate print speed and temperature need to be determined to ensure optimal printing results.
After the preparation work is completed, the 3D printer can start printing. During the printing process, the print head heats or solidifies the printing material layer by layer according to the instructions of the sliced image. These layers are gradually added together until the final three-dimensional object is constructed. This process can take minutes or hours, depending on the size and complexity of the object.
Remove support structures
After printing is complete, the object needs to be removed from the print bed. Some objects may require additional post-processing steps, such as removal of support structures, to improve manufacturing quality. Support structures are additional material added during the printing process to support overhangs and overhangs of an object. These support structures are usually dissolvable or easily removable and can be removed using scissors, strippers, or water soaking.
Surface treatment
In addition to removing support structures, some 3D printed objects also require surface treatment. This may include steps such as sanding, polishing or painting to enhance the smoothness, look and feel of the object. Surface treatment can improve the texture of the product and make it more in line with the design requirements
Inspection and testing
In the final stage, the printed object needs to be inspected and tested to ensure that its size and functionality are as expected. Technicians will use measuring tools and testing equipment to evaluate the object to ensure its quality meets standard requirements. If there are any flaws or imperfections, they can be improved by redesigning the model and adjusting printing parameters.
FAQ
What 3D printing technologies do you offer for prototyping?
We offer various 3D printing technologies, including SLA, SLS, FDM, and MJF, to meet different prototyping needs.
What materials are available for 3D printing prototypes?
We provide materials such as ABS, PLA, nylon, resin, TPU, PETG, and metal powders for a wide range of applications and properties.
What industries do you serve with your 3D printing prototype services?
We serve industries like automotive, aerospace, medical, electronics, consumer goods, and more, offering customized prototyping solutions.
Can you produce functional prototypes using 3D printing?
Yes, we create functional prototypes for testing mechanical properties, fit, and functionality using durable materials like nylon, TPU, and metals.
What is the typical lead time for a 3D-printed prototype?
Lead times usually range from 3 to 7 days, depending on the size, complexity, and material of the prototype.
How accurate are the 3D-printed prototypes?
Our 3D printing services achieve high precision, with tolerances typically ranging from ±0.1mm to ±0.2mm, depending on the technology used.
Do you offer post-processing for 3D-printed prototypes?
Yes, we provide post-processing services such as sanding, polishing, painting, and surface treatments to enhance the appearance and functionality of prototypes.
Can you create large-scale prototypes using 3D printing?
Yes, we can produce large prototypes either as a single piece or by assembling multiple printed parts.
Do you accept custom designs for 3D printing?
Absolutely. You can provide your 3D design files (e.g., STL, OBJ, STEP) or consult with us to refine your designs before printing.
How do you ensure the quality of 3D-printed prototypes?
We use advanced 3D printers, conduct detailed inspections, and perform quality checks to ensure the prototypes meet your specifications and requirements.