3D Printing Prototypes
3D printed prototypes refer to product prototypes or samples made using 3D printing technology. It can quickly transform design concepts into physical models to test the appearance, structure and function of products. 3D printed prototypes play an important role in the product development process, helping to discover problems in the design and make modifications, thereby reducing subsequent production costs and time. 3D printing is suitable for prototypes with complex structures and low precision requirements.
- Flexibility and responsiveness to meet your specific needs
- Increase your profitability & lowering production costs
- High-quality production of unique or custom products
- Overview
- Feature
- Materials
- Finishes
- Why Choose Us
- Resources
Innovative 3D Printing Prototypes
From Prototyping to Production
Each technology has its specific application areas, material selection and cost-effectiveness, and customers can choose the appropriate 3D printing technology according to their needs.
FDM (Fused deposition modeling)
By heating and extruding thermoplastic materials, layer by layer stacking.
SLA (Photocuring)
Using ultraviolet lasers or projection systems to cure liquid photosensitive resins to form models layer by layer.
SLS (Selective laser sintering)
Using high-power lasers to sinter powder materials, such as nylon powder, layer by layer solidification.
DMLS(Direct Metal Laser Sintering)/SLM(Selective laser melting)
Similar to SLS, but SLM completely melts metal powder particles.
Rapid Production of Small Molded Parts
Our 3D printing service rapidly converts design concepts into functional prototypes, allowing efficient testing of appearance, structure, and function. Ideal for complex structures and low-precision prototypes, it helps identify design issues early, reducing production costs and time.
3D Printing Prototypes Common Materials
Support Precision Manufacturing has different types of printing machines that can print different materials, including resin, nylon and stainless steel etc. We can not only print simple products, but also various complex products.
| Name | Description | Feature |
|---|---|---|
Aluminum
|
Aluminum is lightweight, corrosion-resistant, and highly versatile, making it ideal for various industries. | Lightweight Corrosion-resistant |
Brass
|
Brass material has strong wear resistance, as well as good electrical conductivity, thermal conductivity and ductility. | Easy to machine Good machinability |
StainlessSteel |
Stainless steel is a durable, corrosion-resistant material widely used in manufacturing, construction, and medical industries. | Durable Easy to clean |
ABS
|
ABS is commonly used in CNC Machining, 3D printing, injection molding, and various manufacturing processes. | High impact strength Ease of processing |
PMMA
|
PMMA (Acrylic) is a transparent thermoplastic commonly used for its clarity and versatility. | Lightweight High optical clarity |
POM
|
POM (Polyoxymethylene), also known as acetal or engineering plastic. | High mechanical strength Low friction coefficient |
We can source any other materials upon request! If you don’t see the material you need please contact us
Why Choose Us?
Support Precision Manufacturing specializes in rapid prototyping, CNC machining, milling, turning, vacuum casting, mold development, and injection molding. We offer seamless solutions from prototype to mass production, ensuring fast, high-quality results at competitive prices to enhance your brand.
- Can make up for the risk of large capital investment before mass production.
- Diversified production materials and styles.
- Customers can grasp the production details at any time, and understand the production progress at any time.
- Some other features can be added to the parts in production, which are not restricted by the mold.
Industry Application
We manufacture millions of parts for a variety of applications, providing best-in-class products for different industries: Automotive, Medical, Robotics, Automation Equipment, Communications, Consumer Electronics, LED Lighting etc.
FAQs
What is your CNC machining capacity (how many machining machines do you have)?
What is the minimum accuracy of your CNC machining?
Is there a minimum order quantity (MOQ) for CNC machining?
What materials are CNC machining used for?
What are the advantages of CNC machining?
What are the application areas of CNC machining?
How long does it take to receive a part after an order is placed?
Manufacturing Resources
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