3D Printing Processes Activated by Light: Reviewing Photocatalytic Systems

3DPrint.com

3D Printing Light Metal-Based Photocatalysts Photocatalytic Systems photopolymerizationIn the recently published ‘Recent Advances on Visible Light Metal-Based Photocatalysts for Polymerization under Low Light Intensity,’ French researcher Frédéric Dumur investigates 3D printing. View the entire article via our website.

Broken shoe? USC’s self-healing 3D printer material can help it repair itself

3D Printing Industry

The self-healable materials were 3D printed using a customized photopolymerization process. […]. Research An Xin Haixu Du Kunhao Yu photopolymerization Qiming Wang self healing University of Connecticut University of Southern California USC USC Viterbi Ying LiResearchers at the University of Southern California (USC) have developed a 3D printed rubber material that has the ability to repair itself.

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RAPID 2017: Paxis LLC Introducing WAV Additive Manufacturing Process

3DPrint.com

3D Printing Business 3d printing service bureau CIDEAS industrial 3d printing investment casting large build volume patent-pending Paxis LLC photopolymerization RAPID + TCT RAPID 2017 vat system WAV Wave Applied VoxelAbout a year after Carbon introduced its breakthrough CLIP 3D printing technology in 2015, it announced four partners that would be using the high speed technology, including CIDEAS, which was one of. View the entire article via our website.

LUXeXceL’s 3D printing process for optics is an alternative to injection molding

Leslie's Blog

These new capabilities enable the LUXeXceL process to compete with injection molding for the production of small and mid-sized series of optical components. The whole process is digital, giving you flexibility and the ability to order on demand.

Working with plastics in 3D printing

Leslie's Blog

Exposure to UV light starts a process where photoinitiators create much longer and stiffer chains. In some cases, depending on the material used, the SL process produces parts with better mechanical properties than those produced through injection molding.

Additive manufacturing moves beyond the “cool” phase

Leslie's Blog

Post-processing and material availability were seen as challenges now and in the future, with the future coming in at 34% and 46% respectively. The next trend you’ll find with Additive Manufacturing (AM), also known as 3D printing, is the growth of additive services.

How service providers can meet your low-volume 3D printing needs

Leslie's Blog

Some use custom order entry systems to speed the process. Some use a batching process to produce orders quickly. Even though the body of knowledge on additive processes and materials is growing, the validation of these still inhibits wider adoption of this technology.

Form 2 desktop SL 3D printer offers bigger build volume

Leslie's Blog

A new peel mechanism and heated resin tank create a reliable print process for large, solid parts and intricate details. Desktop 3d printers are an excellent and affordable way to prototype parts during the initial design iteration stages.

Underwriters Laboratories offers a resource for 3D printing info needs

Leslie's Blog

Foundations of 3D Printing introduces concepts related to: Print process challenges and considerations. Begin your search by selecting a processing method, material type or manufacturer/supplier and Prospector dynamically generates your results and related material data sheets. Though the current concern in material testing is flammability, the influence of the printing process on print material has greater long-term implications.

Additive manufacturing turns design efficiency on its head

Leslie's Blog

Welding doesn’t come any easier either with concerns about heat affected zones (HAZ), part porosity, internal stresses, and required post-processing. Traditional approaches to design will need to be re-imagined as additive manufacturing becomes more and more a part of the typical process for producing world class products where maximizing cost, quality, and time-to-market is paramount. Design cost out by increasing part complexity.

Accelerating the Future of 3D Printing

Leslie's Blog

The world is just beginning to realize the potential of additive manufacturing and with Spark, we hope to make it possible for many more people to incorporate 3D printing into their design and manufacturing process. A news release including this commentary from Carl Bass just crossed my desk.

Why 3D printed lattices could replace foam

Leslie's Blog

Instead of the trial-and-error process associated with conventional lattice prototyping tools, Carbon’s approach requires only the submission of the desired mechanical response for parts and other design constraints, such as weight and size.

Testing consumer 3D printers

Leslie's Blog

It uses an LED Digital Light Processing light source and is being targeted at the jeweler and dentistry markets. 3D Printers Additive Manufacturing Consumer Products Entertainment Extrusion Leslie''s blog Material Jetting Personal 3D printers Rapid Prototyping Vat Photopolymerization

3DPS 201

New 3D printing technique–Build parts through software controlled chemical reactions

Leslie's Blog

The founders’ goal is to make real final parts through a form of digital light processing. Joe DeSimone, Co-founder and CEO, wants to deliver an alternative technology to injection molding through the additive process often known as 3D printing (3DP).

How to insure a design is 3D printable

Leslie's Blog

And because the process is not all that simple, it leads to several questions: • Is there a missing piece between the CAD-STL-Additive build process? Do CAD programs lack data or features to help engineers ensure that their designs can be made in an additive process? •

How To 236

What’s in a name? Thoughts on Stereolithography terminology

Leslie's Blog

While speaking to attendees at the Additive Manufacturing Users Group recently, I observed that the term SLA® has become synonymous with a range of additive manufacturing processes that use a UV light source to cure, layer by layer, a photopolymer formulation to translate a Computer Aided Design (CAD) into a three-dimensional part. Is it important to make a distinction between SL and SLA as a descriptor of the stereolithography process? Support requirements can vary by process.

Get the latest 3D printing developments at the AMUG and RAPID Conferencess

Leslie's Blog

Said Mark Barfoot, AMUG president, “We have an exciting lineup of keynote speakers, including two returning favorites and one that has gained notoriety for the development of new additive manufacturing technologies and processes.

Innovative service providers emerging as key trend in 3D printing

Leslie's Blog

Noted Zarif, “Access to a variety of high quality prototype parts early in the development process enabled us to test our hardware designs to create intelligent and great performing features.

Trends 130

Which 3D printer should you own?

Leslie's Blog

The Resin category printers are more expensive and require additional post-processing work for creating models, but the print quality and precision are unmatched when compared to other desktop 3D printers. For consumer and professional users, this is a common question.

Is Spark the answer to faster, easier 3D printing?

Leslie's Blog

Another issue was managing the 3D printing process. There are points of failure in each of those processes and it needs to be smoother and that’s the problem we’re addressing with Spark.

With 3D printing materials, knowledge is power

Leslie's Blog

Some vendors are turning this question around and asking users if they really need the same material they would use in a traditional manufacturing process? Noted Fisher, Several AM processes alter the properties of materials.

Tips for improving 3D printing workflows

Leslie's Blog

Software must translate the digital content into the right format to be produced by the printer, but there are many potential failure points in this process. Recently we held a webinar on three of the main software programs available that help prepare a CAD design for 3D printing / additive manufacturing (Magics, Rhino3DPRINT , and Spark). Our presenters* offered a number of suggestions, which are condensed here.

Tips for using 3D printing in medical applications

Leslie's Blog

It’s not just about the printer,” continued Weimer, “but about the entire flow of the digital concept as it comes in through medical imaging data, gets processed, planned, designed and then eventually used in surgery. Design for the human body is growing.

Additive manufacturing—after the hype

Leslie's Blog

A lot of development and research that came about because of the earlier hype is delivering these imaginative processes. How has the all the hype around 3D printing /additive manufacturing (3DP/AM) prototyping and manufacturing endeavors affected you?

3D printing and scanning movie expert headlines RAPID keynote lineup

Leslie's Blog

I’ve seen Jason Lopes, lead systems engineer for Legacy Effects, speak at AMUG for the past couple of years. His presentations are not to be missed.

New Company and Technology Announcement: Paxis LLC to Introduce New WAV Additive Manufacturing Process and Technology

Additive Manufacturing

WAV, a new large build area industrial manufacturing process with projected speeds of 4x, 8x, and 24x+ of current additive manufacturing photopolymerization systems. For more information on the WAV additive manufacturing process and technology, visit www.paxis.com.

Study of 4D Printing Uses Grayscale to Create Reversible Shape Change in Photopolymers

3DPrint.com

Photopolymerization is a process that uses light to combine monomer molecules to create a polymer. It’s the basis of 3D printing, and in a dissertation called “Constitutive Modeling of. View the entire article via our website. 3D Printing Science & Technology 4d printing dlp grayscale reversible shape change

New Ceramic 3D Printing Method Able to Withstand over 2,500°F

3D Printing Industry

Throughout the brief and ever-shifting history of ceramic-based 3D printing, many of the field’s innovators have found success with printing in ceramic material by using a FDM-like process, which works by building up the design layer by layer. By Tyler Koslow.

Will HP’s 3D Printing Technology Revolutionize the Industry?

3D Printing Review

So what exactly is this fusion process and will plastic particulates melt together and create the strong chemical bonds that make SLS parts so desirable? So what is this process and can it create material properties matching SLS?

Design Tips for Stereolithography 3D Printing

3E Rapid Prototyping

Stereolithography (SLA) is a versatile and high-quality manufacturing and prototyping process. For one, printing an object using an SLA printer is a very fast process, much faster than extrusion-based printing. SLA process: Vat filled with photosensitive resin.

DLP 3D Printing

Open 3DP

vat photopolymerization process – ASTM F2792 − 12a) for some time, we had chosen to stay away mostly due to resin issues. It’s exciting to see the speed and quality of this process – no wonder everyone is excited.

3D printing turns physicians into point-of-care manufacturers

Leslie's Blog

The most common additive technologies used are extrusion and vat photopolymerization. –3D printing and processes need to become more plug-and-play. For design engineers, 3D printing (3DP) and its ability to be used as additive manufacturing (AM) is opening design and employment opportunities in the medical care industry. 3DP/AM is behind the rise of Point-of-Care (POC) manufacturing.

Carbon3D Unveils Breakthrough CLIP 3D Printing Technology, 25-100X Faster

3D Printing Review

While it uses principles we see within a typical SLA process, where a laser or projector cures a photosensitive resin, Carbon3D’s CLIP process strays greatly from the technology that we are all used to seeing.

The Basics of Stereolithography: Benefits, Limitations, and Buying Guide

3D Printing Hub

The first manifestation of this difference is in the starting material for the process. Instead of forming objects by material extrusion, SLA relies on photopolymerization technology to cure the liquid resin and turn it into hard plastic.

DSM and Origin Announce Partnership to Enable New Materials for Origin’s Open Additive Manufacturing Platform

Additive Manufacturing

The companies have been working together for months to optimize DSM’s unique photopolymer material for Origin’s ‘programmable photopolymerization’ (P3) technology.

How Much Can You Print with a Bottle of 3D Printer Resin?

3D Printing Hub

Once the printing process starts, the liquid resin in the resin tank of the printer is hit by a series of beams of ultraviolet light. This whole process is called photopolymerization.

Carbon3D's CLIP - truly a breakthrough in 3D printing!

Tales of a 3D Printer

CLIP is a chemical process that carefully balances light and oxygen to eliminate the mechanical steps and the layers. The heart of the CLIP process is a special window that is transparent to light and permeable to oxygen, much like a contact lens. This is truly remarkable.