Where Stereolithography and PolyJet Applications Overlap

Stratasys

We often talk about the two most common photocure processes, PolyJet and Stereolithography, in contrast to one another. However, their differences, covered in our blog the Top 4 Differences Between Stereolithography and PolyJet , become more nuanced depending on the application.

3D Printing Pioneer Interview with PADT Co-Founder Eric Miller

3DPrint.com

In the primordial soup of 3D printing, in the the 1990’s a group of Allied Signal engineers were using simulation and 3D printing to design turbine engines. 3D Printing Exclusive Interviews 25 years 3d printing Arizona co-founder interviews ISO padt pioneers simulation sla 250 southwest stereolithographyThis group saw the potential that 3D. View the entire article via our website.

This site is protected by reCAPTCHA and the Google Privacy Policy and Terms of Service apply.

Trending Sources

Custom Prototypes Attempts to Claim AMUG Prize for Second Year with Stunning 3D Printed Stained Glass Window

3DPrint.com

I remember doing several projects in elementary school that involved “stained glass” – e.g., tissue paper dyed with watercolors, or other clever simulations. 3D Design 3D Printed Art 3D Printing 3D printed dyeing 3d printed glass 3d printed stained glass Additive Manufacturing Users Group AMUG AMUG 2017 AMUG Conference Custom Prototypes glass sla 3d printing solidworks Somos stained glass stereolithography ZRapid

Glass 63

Exclusive – Stratasys Direct Manufacturing at the Forefront of Additive Manufacturing in Medicine

Additive Manufacturing

Louis University team needed the parts to mirror the actual brains as much as possible so that surgery simulations were nearly identical. To read the Stratasys Direct Manufacturing case study titled “ Surgical Simulation on 3D Printed Brains Improves Outcomes”, press here. . **.

3D Printing with Photopolymers

Stratasys

With prototypes and concept models, simulating cosmetics and feel of the end-product is often essential. At Stratasys Direct, we offer a wide range of photopolymers for two technologies: PolyJet and Stereolithography. Stereolithography.

3D Systems Redefines Digital Dentistry and Enables Enhanced Patient Care

Additive Manufacturing

3D Systems’ precision healthcare capabilities include simulation, Virtual Surgical Planning, and printing of medical and dental devices as well as patient-specific surgical instruments.

What is SLA and Why USE it? ProJET 6000

3D Rapid Pro

STEREOLITHOGRAPHY (SLA) What is Stereolithography? Stereolithography is a rapid prototyping process which produces a physical, three-dimensional object from a 3D CAD file. Stereolithography is commonly referred to as SLA, although SLA is really a S tereo L ithography A pparatus. A stereolithography apparatus uses a computer controlled laser to cure a liquid photo-curable resin, layer by layer, to create a 3D part. Why Use Stereolithography?

3D Systems: Changing the Game in Healthcare

3D Printing Review

Medical applications of 3D printing technology date back to the earliest days of stereolithography and, if you can believe it, even earlier. Virtual surgical planning and surgical simulators help make surgery safer and more effective.

System 130

Top 3 Considerations Before Prototyping

Stratasys

Stereolithography (SL) builds detailed parts with the smoothest surface finish. Produced much faster than with traditional manufacturing methods, these prototypes provide realistic simulations of the mechanical functions of your design in the same materials as the end product.

A Beginner’s Guide to Jewellery 3D Printing Methods

3E Rapid Prototyping

This requires users to 3D print the castable model in resin, using either stereolithography (SLA) or digital light processing (DLP). It offers an affordable, high quality stereolithography printing system and is great for molding patterns.

How Medical Professionals are Using Digital Manufacturing to Create Next-gen Anatomical Models

3E Rapid Prototyping

Using Fused Deposition Modeling (FDM) or Stereolithography (SLA) 3D printers, medical professionals can rapidly fabricate models using the converted digital information from CT or MRI scans.

Taking Your Product to the Finishing Line

Stratasys

Looking to use the functional Muse prototypes for market research and feedback before tooling and injection molding, we printed Stereolithography (SL) models that mimicked the look of the finished product. Additive manufacturing can make materials come to life in a single print.

Formlabs will 3D Print Your Custom Parts for SOLIDWORKS World

The Solidworks Blog

Using the Form 2, the world’s best-selling desktop stereolithography (SLA) 3D printer, designers and engineers remove the guesswork from working solely in CAD, printing prototypes to test functionality, confirm fit for functional assemblies, and identify optimization opportunities.

Breaking the Mold with Cross-Technologies

Stratasys

Because of the similarities to a simulated injection molded plastic feel, prototypes of a part may aid in product launch. At Stratasys Direct Manufacturing we have the unique ability to use additive manufacturing methods and technologies to streamline conventional manufacturing processes.

A Breakthrough in Better Anatomical Models

Stratasys

The brain simulations had to mimic the look and feel of brain matter, so that surgeons could use the same surgical tools on the model as they would on a patient. Stereolithography was the ideal technology for the large, lightweight parts and the fine feature details of the bone models.

The Winners of the Formnext Start-up Challenge Impress the Judges with Their Groundbreaking AM Innovations

Additive Manufacturing

The winners: AdditiveLab BVBA, Belgium, has developed simulation software for the additive manufacturing of metal components. German start-up Glassomer GmbH specializes in 3D glass printing technology using stereolithography.

Design for Game of Thrones with North Design Works

The Solidworks Blog

offers complete 3D software tools that let you create, simulate, publish, and manage your data. At North Design Works there is never really a normal day at the office.

With 3D printing materials, knowledge is power

Leslie's Blog

Stereolithography has essentially no wasted resin in the process; just a small amount of the support material is lost. It allows tooling to be designed with the strength to achieve more parts per mold than traditional stereolithography materials used in the injection molding industry.

Top Five 3D Prints that We’ve Seen This Spring

i.materialise

This feline was printed on Materialise’s giant Mammoth Stereolithography machine. The Spider Dress simulates a spider’s territorial instincts using robotic arms that react according to data it picks up from motion and respiration sensors.

Formlabs will 3D Print Your Custom Parts for SOLIDWORKS World

The Solidworks Blog

Using the Form 2, the world’s best-selling desktop stereolithography (SLA) 3D printer, designers and engineers remove the guesswork from working solely in CAD, printing prototypes to test functionality, confirm fit for functional assemblies, and identify optimization opportunities.

Find the Right Technology for Your Application

Stratasys

Stereolithography (SL). Urethane casting is frequently used as a low-volume production solution when limited quantities are required in a short amount of time Urethane casting simulates injection molding with smooth, textured, cast in color and assembled products.

STL vs. OBJ: Which Should You Use?

3D Printing Hub

STL stands for “Stereolithography” and is a native file format to the stereolithography CAD software platform that was developed by 3D Systems. The result is a smoother mesh that better simulates the original surface. The world of 3D printing has seen huge growth in the last couple of years, with professionals and hobbyists alike discovering more and more possibilities for the technology. Along with evolution, 3D printing technology has also undergone some diversification.

3D Systems’ NextDent™ 5100 Now Available – Dental Industry Embracing New Solutions to Revolutionize Workflows

Additive Manufacturing

For example, 3D Systems’ precision healthcare capabilities include simulation, Virtual Surgical Planning, and printing of medical and dental devices as well as patient-specific surgical instruments.

DIMENSIONEXT: 3D Printing Vascular Structures

Dimensionext

In a multidisciplinary approach, experts in biomaterial development, cell-matrix interaction, angiogenesis, tissue engineering, simulation and fabrication methods work together on generating standardised vascularised soft tissue in a fully automated and standardised manufacturing approach.

3D Systems Delivers Entirely New Design Freedoms with Launch of Geomagic® Sculpt and Touch

Additive Manufacturing

3DS’ leading healthcare solutions include end-to-end simulation, training and integrated 3D planning and printing for personalized surgery and patient specific medical and dental devices. New 3D modeling software includes haptic 3D stylus to provide ‘Design You Can Touch’.

Is it Time to Think Differently about 3D Printing?

Design 2 Part News

So the rules for SLA, or stereolithography, also known as photopolymerization, are going to be totally different from powder bed fusion, also known as SLS, or selective laser sintering. Scott Borduin is Autodesk’s group chief technology officer for design, lifecycle, and simulation products.