3D printing as known as additive manufacturing, has been developing at rapid speed to exert more convenience in various industries. However, due to certain limits, it always takes a long time to get prints out from the printing machine. As Joseph DeSimone, the CEO of Carbon3D, said “3D printing always takes forever. There are mushrooms that grow faster than 3D prints.”
With two-year research collaborated with his partner on the 3D printing area, Joseph DeSimone shared the research findings at TED talks. He considered that 3D printing is a misnomer, which in fact is a repetitive 2D printing process. Let’s imagine ink-jet printer making letters on papers, and continue doing it over and over again, layer and layer added, thus taking a long time to build up a 3D object. Besides, the layer by layer process leads to defects properties. Moreover, material choices are far too limited. If we could use self-curing material, more breakthroughs can be pulled off.
They pondered over all those questions and problems faced by 3D printing when they got inspired by a Terminator 2 scene from T-1000. Why couldn’t a 3D printer be operated in this fashion? We had an object arising out of the liquid with essentially real-time completion and no waste to make great objects. Whether we could get this to work would be our true challenge.
The approach they applied in the research was to use standard knowledge in the field of polymer chemistry to harness light and oxygen for uninterrupted manufacturing. Light and oxygen work in different ways. Light converts the liquid resin into a solid, which converts the liquid into a solid. Oxygen can inhibit this process. Therefore, from a chemical point of view, the effects of light and oxygen are opposite to each other. If we can control light and oxygen three-dimensionally, we can control the production process (CLIP).
CLIP has three functional components. The first is a container for storing liquids, just like the robot T-1000 in Terminator 2. There is a special window at the bottom of the container. Component 2 is a platform that can be lowered into the container to pull the object straight out of the solution. The third part is a digital light projection system located below the container to provide illumination in the ultraviolet light area. The key is the window at the bottom of the container. A very special window is not only transparent but also oxygen permeable. Nature is similar to contact lenses.
With the special window, we can let oxygen enter from the bottom. When the light hits oxygen, oxygen will inhibit the reaction and form a dead zone. The dead zone is about a few tens of microns thick, about two or three times the diameter of the red blood cell, and it can still remain liquid at the window interface. Then we pull the object out. The thickness of the non-sensitive area can be changed by changing the oxygen content.
The result was very staggering, which was 25 -100 times faster than traditional 3D printers. In addition, with the improved ability of the control interface liquid adjustment, he believed that the printing speed can be 1000 times faster. As a result, water-cooled 3D printers may appear in the future because printing is too fast. Because of our growing manufacturing method, the traditional laminate manufacturing is abandoned, the integrity of the components is improved, and you can't see the surface layer to the structure.
A smooth surface at the molecular level can be obtained. When you print in a growing manner, the characteristics of the object do not change due to the orientation of the print. These look more like pour parts, which is quite different from traditional 3D manufacturing. In addition, we can use the knowledge of the entire polymer chemistry textbook to design the right chemical materials to create the characteristics you really expect in a 3D printed part.
In this way, we can produce ultra-high-strength materials, high strength to weight ratio, true ultra high strength materials, and truly super elastic materials. These are great material properties.
The immediate opportunity is that if the results produced can be the final product and can be transformed at the speed of the industry, it can really change the face of manufacturing. In the current manufacturing industry, the so-called "digital line" is being applied in the field of digital manufacturing. We range from CAD drawing and design to prototyping to manufacturing.
It is often the case that digital line production is stuck in the prototyping process because it cannot be manufactured directly because most of the components do not have the characteristics of being the final product. Now we can connect every step of the digitization line from design and prototyping to manufacturing. This opportunity really opens up the possibility of making all kinds of items. For example, it is possible to reduce the fuel consumption of a car by using a high-strength weight ratio mesh type material, a new turbine blade, and many other superior parts.
In a word, this real-time manufacturing technology that makes parts manufacturing a finished product really opens the door to 3D manufacturing. For us, this is very exciting because it really realizes the interaction between hardware, software, and molecular science
From printing thermoplastics to metals, 3D printers can now print your favourite food.
It is important for the food item being printed, that the build material should emerge smoothly from the nozzle & it must maintain its shape upon deposition.
This method of direct deposition allows creation of intricate & detailed designs of food, as opposed to traditional tools like moulds, which are cost effective for quantity production, but offer little to no design intricacy.
Due to the amazing detail SLA brings to 3D printing, it is possible to add detail & customization to foods that was once only possible for skilled artisans.
A 3D printer can help determine the exact quantity of vitamins, carbohydrates, fats as per the user’s age & health requirement.
It also helps people with no cooking skills to cook highly accurate recipes while saving time & energy, often demanded by traditional cooking methods.
Cetus 3D Printer is one of the most popular printers where you can get lots of features at once.
The quality or the highest resolution is among those qualities.
Dual extruders allow you to experience a new level of 3D printing as well and help you get a smooth and finer 3D models using this 3d printer.
Worldwide 3D printing is becoming a mainstream manufacturing technology.
It is becoming more accessible globally as consumers have begun to innovate across various industries.
It offers a plethora of opportunities in the production, design, performance of novel architectural forms, construction systems, and materials.
Across the Globe, 3D printing and related technologies are emerging continuously in line with the intensive R activities being undertaken and the proactive investments being made by the private sector and the public sector.
It has halted the production process and led to a shortage of raw materials thus, hampering the supply chain.
The key market players focus on inventing the 3D printing technology in response to the growing demand for 3D printing applications from the automotive, healthcare, and aerospace and defence verticals for manufacturing purposes.
The Global PVC Window Profile Market Research Report - Industry Analysis, Size, Share, Growth, Trends and Forecast Till 2026 gives an evaluation of the market developments based on historical studies and comprehensive research respectively.
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The Global Polyvinyl Alcohol Fibers Market Research Report - Industry Analysis, Size, Share, Growth, Trends and Forecast Till 2026 gives an evaluation of the market developments based on historical studies and comprehensive research respectively.
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The market attractiveness analysis provided in the report aptly measures the potential value of the market providing business strategists with the latest growth opportunities.The report classifies the market into different segments based on product type and application.
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According to a research report "Cognitive Assessment and Training Market by Assessment Type (Pen- and Paper-Based, Hosted, Biometrics), Component, Application (Clinical Trial, Screening & Diagnostics, Brain Training, Academic Research), Vertical, and Region - Global Forecast to 2021", published by MarketsandMarkets, the cognitive assessment and training market size is expected to grow from USD 1.98 Billion in 2016 to USD 8.06 Billion by 2021, at a Compound Annual Growth Rate (CAGR) of 32.3%.Browse 63 market data tables and 47 figures spread through 150 pages and in-depth TOC on "Cognitive Assessment and Training Market - Global Forecast to 2021"The major forces driving this market are aging global population, increasing awareness about brain fitness, and advancements in technology.
The growing market for cognitive solutions and increasing demand for brain training by next-generation tech-savvy population are contributing to the growth of the cognitive assessment and training market.Download PDF Brochure: https://www.marketsandmarkets.com/pdfdownloadNew.asp?id=1039Clinical trials in terms of application is expected to hold the largest market share in the cognitive assessment and training market during the forecast periodClinical trials are mainly used to identify, measure, or monitor cognitive impairments and cognitive changes.
The assessment of cognitive functions is an integral part of decision-making during clinical drug development, as certain drugs can have an impact on the cognitive capabilities of the brain.
The market is expected to contribute the highest revenue for vendors offering clinical trials.Education vertical is expected to grow at the highest CAGR in the marketCognitive assessment solutions and services are used in the education vertical for screening prospective candidates for schools or colleges.
The leading cognitive assessment and training vendors for this vertical are Pearson Assessment and CogniFit.North America is expected to contribute to the largest market share and Asia-Pacific to grow at the highest CAGRNorth America is expected to hold the largest market share and to dominate the cognitive assessment and training market from 2016 to 2021, due to the increasing awareness among population about adopting medication for cognitive diseases.
The new generation in this region is more concerned toward the benefits of cognitive training, which is not just limited to patients with cognitive dysfunctions.
