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Comments for ShapedSourced
3D Printing Solutions Orange County
Mon, 13 Jan 2025 19:54:10 +0000
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* 9512209241
* oscar@shapesourced.com
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## About Us
1. 
2. About Us
About Us !
## Our Mission and Promise to You
As an additive manufacturing company, our mission is to provide you with the highest quality 3D printed parts and components possible in a timely manner at a competitive price. We promise to listen to you and help you to achieve your business goals.
Whether it is a patient-specific replica used by the surgeons or a topography model used in the classroom, we make sure to deliver you with what exactly you need. Our goal is to meet and exceed your expectations. All you need to do is to contact us.
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! OUR TEAM !
## Meet Our Professional Team
#### 
CEO
Customer Service and support
Co-Founder
Sales manager
9878+
Happy Clients
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Industries
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Different Materials
! Testimonial !
## What Our Client’s Say’s
Highly recommended as they provide a fast and quality service. People at ShapeSourced are very friendly and listen to you; they make sure that all your expectations are fulfilled.
###### Louis Kelly
Shapesourced provides you with quick feedback on your initial inquiry. If you look for a reliable 3D printing service with a fast turnaround, I highly recommend ShapeSoureced.
###### Emely magdalena
We have received the jewelry pieces, and they are great. Thank you for taking the time and effort to get this right for us. If the results in your industry also have to be highly detailed, ShapeSourced is your best supplier.
###### Graham Palmer
## We Take Care of Our Client's Projects
There is no greater satisfaction than delivering a finished product that helps our clients to achieve their goals and objectives. Our capabilities provide solutions for a variety of industries.
### Instant Quoting
### Industry-specific Capabilities
### Excellent Quality
### Fast Delivery
##### Contact Us
* (949) 652-9885
* support@shapesourced.com
   oscar@shapesourced.com
   sales@shapesourced.com
* 27872 Vilolet, Mission Viejo, California 92691
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## Orange County 3D Printing Services
2. Services
## Capabilities
Discover Our 3D Printing Capabilities
### Selective Laser Sintering (SLS) 3D Printing
In Selective Laser Sintering (SLS) 3D printing, a laser selectively sinters small particles of a polymer powder to build a solid structure layer by layer. All the polymer powders used in SLS 3D printing are thermoplastic. One valuable property of thermoplastic powders is that they can be softened and melted by heating and hardened when cooled. Once they are hardened, they cannot be softened again by heating.
### Digital Light Processing (DLP) 3D Printing
In Digital Light Processing (DLP) 3D Printing, the photopolymer resin, which is the material used in this type of 3D printing, is cured to produce the desired object. A DLP 3D Printer uses ultraviolet (UV) light to solidify the photopolymer resin. The digital light projector screen in a DLP 3D printer projects the UV light and flashes a single image of the layer of the 3D model at once. Since all points of the layer can be cured simultaneously, DLP 3D printers offer excellent speed.
## Perfect Solutions For Any Industrials
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+91 555 234-8765
## Our Services
2. Our Services
## Selective Laser Sintering (SLS) 3D Printing in Orange County
### What is Selective Laser Sintering?
In Selective Laser Sintering (SLS) 3D printing, a laser selectively sinters small particles of a polymer powder to build a solid structure layer by layer. All the polymer powders used in SLS 3D printing are *thermoplastic*. One valuable property of thermoplastic powders is that they can be softened and melted by heating and hardened when cooled. Once they are hardened, they cannot be softened again by heating.
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This powder-based additive manufacturing technology is ideal for producing structures with extremely complex geometries. So, making end-use components or prototypes for various industries is not a problem for SLS 3D printing. The following sectors utilize SLS 3D printing extensively.
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### Our SLS 3D Printing Service
Whether it is a one-time prototype or functional parts in a small-batch, using our SLS 3D printers, we provide you with accurately manufactured products. The SLS material we use is **Nylon 12 Powder**, an excellent material for making functional prototypes and end-use products. Our final products have high tensile strength and ductility. They are also very durable with minimal water absorption.
* Modeling
* Printing
* Finishing
Modeling is the first step of SLS 3D printing. Here, a type of computer software known as a computer-aided design (CAD) package is used to design the desired object. Typically, the design is saved as a stereolithography (STL) or Wavefront OBJect (OBJ) fromtat.
The second step is printing itself. When it is confirmed that the STL or OBJ file is error-free, it is uploaded to the SLS 3D printer. According to the respective file instructions, the 3D printer ascertains where and how to lay down the material.
Once the materials are out of the SLS printers, they have a powdery or grainy finish. This is due to the unsintered powder that has served as support during printing. After cleaning the parts, some work is done on the surface to achieve optimal results depending on their intended use.
#### Download Brochures
Selective Laser Sintering:
Digital Light Processing:
## Digital Light Processing (DLP) 3D Printing in Orange County
### What is Digital Light Processing?
The key features of DLP 3D printing are as follows :
* DLP 3D printing is perfect for producing **non-functional** prototypes.
* DLP 3D printing is the ideal option if the **product’s finest details** have to be present in the printed products. For, example if the final product is highly detailed artwork, DLP 3D printing is a fantastic option. It is due to the high resolution of these printers.
The following industries utilize DLP 3D printing extensively.
### Our DLP 3D Printing Service
The high speed and accuracy of our 3d DLP printers make them ideal for **high-volume production** in minimal time. However, it is not all about dental and clinical environments; Indeed, our DLP printers’ highly uniform consistency makes them ideal for **industry-level production** from glasses frames to jewelry patterns.
* Post Processing
The input of a 3D DLP printer is a design of the desired object with its required specifications. The design is created using computer-aided design (CAD) software and subsequently is translated into a language that the 3D DLP printer can understand and print.
Once the 3D model is uploaded to the 3D DLP printer, the digital light processor flashes each layer’s image. The flashed images are also guided to the transparent printer’s vat bottom. This procedure’s result is the solidification of the layers one by one and is repeated until the whole object is made.
When the printed parts are out of the 3D DLP printer, they get cleaned and exposed to UV light for a certain amount of time. The purpose of this is to ensure that the parts are correctly
cured and are ready to use.
## Industries
Discover Our 3D Printing Industries
### 
Dental 3D Printing has emerged as the ideal fit for the industry in many ways. If it is for oral and maxillofacial surgery, the dentist can print the models of the patient’s mouth, which guides him during the surgery. In the field of prosthodontics, 3D printers can provide the dentist with artificial teeth and prostheses.
In orthodontics, dental 3D printing can manufacture dental models and clear aligners to reposition the teeth. In endodontics, 3D printers can produce surgical guides for a root canal treatment.
Medical 3D printing has revolutionized the healthcare industry in recent years. From prosthetics customized to suit and fit the wearer to surgical instruments can be produced using this technology. The contributions of the 3D printing technology to the medical field are not limited to just mentioned points. Medical 3D printing can create patient-specific replicas that surgeons who want to perform complicated operations can practice.
3D printing technology has opened new possibilities in designing and producing jewelry pieces and new customization options for customers. Thanks to this technology, there is no more need to hand-carve the pattern out of wax. Indeed the material used in jewelry 3D printing can be molded as a regular wax, so making the master model has become easier than ever before.
3D printers have also made it possible to form tiny elements which are near to impossible to achieve manually. For example, reaching layer thickness as little as 0.025mm is not a problem for advanced 3D printers.
3D Printing has revolutionized the audiology industry in recent years. From shells for the custom in-the-ear hearing aids to custom earpieces for behind-the-ear and receiver-in-canal hearing aids can be mass-produced at low cost by this technology. So, patients can get their customized hearing aids in a very brief time at an affordable price. It is also worth mentioning that all these parts used in the production of hearing aids are biocompatible.
3D printing has improved the manufacturing industry’s efficiency in some areas. For example, one-off prototypes can be produced in a matter of hours with a total turnaround time as short as a day. Amazingly it is not all about prototyping. Indeed thanks to the availability of various 3D printing materials with the desired properties, workable and sellable parts can also be produced using this technology.
As plastic is the main component used in toy production, 3D printing has quickly proven to be an excellent product design and development solution for toy and game manufacturers nowadays. Indeed, the ability of 3D printing to easily produce models, figurines and plastic electronic casings has opened new doors to the industry. Manufacturers can employ the technology to develop many unique parts used in gaming accessories and toys for children.
Be it mechanical engineering or electronic engineering, 3D Printing has dramatically impacted all stages of product development. Concept exploration, prototyping, pre-production, and production have become more efficient and effective thanks to this technology. With 3D printing, the design doesn’t have to end when production starts. Indeed, continuous improvement of the product at all stages is possible.
3D Printing technology can make learning in the classroom much more fun yet practical. For example:
History students can examine the 3D-printed historical artifacts.
Graphic design students can print out 3D versions of their artworks.
3D-printed topography, demographic or population map can be used by geography students.
Chemistry students can use 3D-printed models of molecules.
Biology students can use 3D-printed biological artifacts such as cells, viruses, and organs.
Math students can use 3D-printed models of problems.
# Dental 3D Printingin Orange County
## How Dental 3D Printing Has Transformed the Industry?
## Benefits of Dental 3D Printing
Using 3D printing in the dental industry has many advantages over using other technologies. Here are some of the benefits:
* 3D-printed models are more stable, durable, and precise compared to their plaster counterparts.
* 3D-printed models have more complex structures compared to with a high level of detail compared to milled models.
* The dentist doesn’t need to be concerned about wearing off the lines and edges on the 3D-printed model because they always stay sharp.
* By using 3D-printed models, dentists don’t need to deal with plaster or inhale grinding dust anymore.
### Need Some Help Getting Started?
Talk to our tenured team of experts ready to help you every step of the way.
## Dental Capabilities
# Medical 3D Printingin Orange County
## How Medical 3D Printing Has Transformed the Industry?
## Benefits of Medical 3D Printing
Using 3D printing in the medical industry has many advantages over using other technologies. Here are some of the benefits:
* It saves a lot of time and money since many medical and lab equipment is much easier using 3D printing technology.
* It has made customized prosthetics more widely available, of course, at a lower price.
* 3D-printed instruments can be made of materials that are resistant to chemicals and heat thus can be sterilized.
* 3D-printed organs provide a good opportunity for future doctors to practice. As a result, the quality of their training is more than when they train on animal organs.
## Medical Capabilities