Kuraray develops soluble 3D printing filament
17 Dec
Blog

Kuraray develops soluble 3D printing filament

Japan’s Kuraray has developed a 3D printing filament for use in FFF (Fused Filament Fabrication) additive processes. The water-soluble, biodegradable filament is based on the company’s Poval polyvinyl alcohol (PVOH) resin, which is commonly used in adhesives, paints and coatings, wood primers, paper and textile applications, cosmetics and emulsions, among others.

The material sold under the Mowiflex brand has excellent adhesion to other resins such as polylactic acid (PLA), polyamide (PA), polyvinyl butyral (PVB) and thermoplastic polyurethane (TPU). Mowiflex filaments can therefore be used as a carrier material for 3D printed products that contain undercuts, moving parts and other complex shapes. Mowiflex is soluble in cold water.

Cold water soluble PVOH 3D printing filament can be used as a carrier material for making products with undercuts.

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Implant-Grade PEEK Filament for 3D Printing Introduced by Evonik
17 Dec
Blog

Implant-Grade PEEK Filament for 3D Printing Launched by Evonik

In a world first, the material supplier Evonik announced today that it has launched a 3D printable implant polyetheretherketone (PEEK) filament for medical applications. The new material allows custom plastic implants to be 3D printed while meeting the requirements of ASTM F2026, the standard specification for PEEK polymers used in surgical implant applications.

The natural colored PEEK filament is wound on 250 or 500 gram spools, which are suitable for direct use in standard 3D printers for the production of melt filaments for PEEK materials. Image courtesy of Evonik.

The Vestakeep i4 3DF filament is based on the viscous, high-performance Vestakeep i4 G from Evonik. Biocompatible, biostable and radiolucent. The filament is manufactured under clean room conditions and is subject to strict quality management standards for medical materials.

The high-performance material was developed for FFF technology (Fused Filament Fabrication). The natural colored PEEK filament with a diameter of 1.75 mm is wound on 250 or 500 gram spools, which are suitable for direct use in standard FFF 3D printers for PEEK materials.

“For modern medical technology, the development of our first 3D printable implant material opens up new possibilities for adapting patient treatments,” said Marc Knebel, Head of the Medical Devices and Systems Market Segment at Evonik. “Orthopedics and maxillofacial surgery are examples of areas where this could be applied.”

Evonik also offers a test version of its PEEK filament, which has the same properties as the implant quality, but does not have the documentation required for approval in medical technology applications. According to Evonik, this offers a cost-effective way of adapting the processing properties of the high-performance plastic to a specific 3D printer.

Evonik offers an extensive portfolio of GMP-quality biomaterials for 3D printing of parts of medical devices that are designed for temporary and permanent body contact. In addition to Vestakeep i4 3DF, the portfolio includes the Resomer line of bioresorbable filaments, powders and granules for implantable medical devices.

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A diagram showing the properties of the DURABIO filament. Image via Mitsubishi Chemical Group.
17 Dec
Blog

Verbatim launches bio-friendly 3D printing filament DURABIO

Literally, a Japanese filament manufacturer of the Mitsubishi Chemical Grouphas introduced a new bio-based FFF 3D printing filament called DURABIO.

This material consists of Polycarbonate (PC) and polymethacrylate (PMMA) for optical and mechanical properties, high heat, scratch and abrasion resistance as well as high light transmission and UV resistance.

“Verbatim’s goal is to open up new markets in the 3D printing industry. An essential part of this is the introduction of special 3D printing materials developed by Mitsubishi Chemical with DURABIO This is the latest exciting addition, ”said Hidetaka Yabe, President of Verbatim GmbH.

A diagram showing the properties of the DURABIO filament. Image via Mitsubishi Chemical Group.

A renewable, transparent technical thread

Mitsubishi Chemical initially developed DURABIO as a glass replacement. The bio-based engineering plastic is BPA-free and its main monomer is based on a renewable source, i.e. isosorbide, which comes from the commonly used sorbitol raw material.

The environmentally friendly properties of DURABIO have resulted in DURABIO being used in the automotive and mobile phone sectors for the manufacture of touchscreens, console and dashboard panels and radiator grills for outdoor use.

DURABIO resin previously used on the front of Sharp's AQUOS CRYSTAL 2 smartphone. Image via Sharp Corporation.DURABIO resin previously used on the front of Sharp’s AQUOS CRYSTAL 2 smartphone. Image via Sharp Corporation.

Mitsubishi Chemical added: “DURABIO was specially developed for applications that require exceptional permanent transparency and a visual appearance with scratch and impact resistance as well as chemical inertness.”

The filament will be available in transparent and high-gloss piano black and piano white. Bulk deliveries from DURABIO will be available from January 2019. New Verbatim products are expected to follow, including PET-G and high-speed PLA. DURABIO samples are also available at Formnext at the fair in Frankfurt, where the 3D printing industry reports live.

Earlier this year Verbatim filaments have been specially optimized for use in 3DGence 3D printers through a collaboration between the two companies. These included BVOH and Breakaway HIPS, water-soluble carrier materials for complex 3D printed objects.

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Selected image shows Verbatim filaments. Photo via Verbatim.

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3D Printer Filament PLA Market Trends Review for 2020 with Industry Outlook to 2025
16 Dec
Blog

Traits of PLA 3D Printer Filament Market Reviewed for 2020 with Trade Outlook to 2025

The PLA 3D Printer Filament Market research report is the latest addition to Market Study Report, LLC that explains relevant market and competitive information, as well as regional and consumer information. In short, the research study covers every central aspect of this business area that affects the existing trends, profitability position, market share, market size, regional valuation, and expansion plans of the major players in the PLA 3D Printer Filament market.

The PLA 3D Printer Filaments market study is essentially a detailed assessment of this industry that effectively covers all aspects of this industry such as the status of this industry over the projected time period and the primary development trends of the market over the estimated duration. The in-depth analysis also includes important pointers such as the geographic features of the industry layout as well as industrial policy. Other factors covered in this report are the impact of the current market scenario on countless investors.

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The PLA 3D Printer Filament market research study dives into a number of details that encompass the pros and cons of corporate products. The study also provides a brief overview of the trends in business competition and includes detailed scientific analysis on numerous topics – raw materials, downstream industrial buyers, etc.

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Read more reports on: https://www.marketwatch.com/press-release/global-mobile-gaming-market-analysis-trends-top-manufacturers-share-growth-statistics-opportunities-forecast-to-2025- 2020 -12-14

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Best 3D printing filament on a budget
16 Dec
Blog

Finest 3D printing filament on a finances

best
3D printing filament on a budget
Windows Central
2020

This list is meant to give you an overview of each material and the best product that you can pick up on a budget in each category. For my money, Inland PLA is the best you can buy for the cheapest price. It won’t let you down.

Note: This list is made up of 1.75mm diameter filaments as this is the most common width used by home 3D printers. Most of the products here are also available in 3mm diameter.

Polylactic acid (PLA) filament

PLA is the most common filament for beginners and general use. PLA is made up of organic polymers and is a biodegradable, rigid material with a low melting point. It is widely used as a base for models that you want to paint and for objects that are kept indoors. The downside to PLA is that in relatively low heat, around 60 degrees Celsius, or 140 Fahrenheit for US manufacturers, it can become soft and doesn’t do well in the elements.

Inland PLA is my point of contact when I want affordable, reliable PLA for large projects. When you dial it in, it has an almost matte finish that looks lovely on unfinished models.

$ 22 on Amazon

MatterHackers’ Build series is specially designed for printing objects that you want to sand or paint. Use it for making cosplay items or painted models.

$ 20 at MatterHackers

AmazonBasics’ PLA, while not the cheapest filament, is surprisingly good quality with the added benefit of a bulk purchase option. Buy in rolls of 5 when you can to reduce the cost per pound.

$ 23 on Amazon

The latest version of eSun, the Silk PLA, is one of the prettiest filaments I’ve ever used. It prints like butter.

$ 33 on Amazon

In my many Facebook groups on 3D printing, Hatchbox is often mentioned as a favorite with people all over the world. It’s a hit or a miss to me, but so many people swear by it it had to make the list.

$ 23 on Amazon

When Lulzbot sent me his Mini 2 for review, they sent a roll of Polymaker Polylite to use because he claims it was one of the best filaments for his printer. I’ve tested it and the claim is true: it’s pretty awesome.

$ 25 at MatterHackers

Prusa, the creator of one of the best 3D printers available, has done something very special here. Prusament has amazing accuracy that allows for super smooth prints.

$ 25 at Prusa Research

Acrylonitrile Butadiene Styrene (ABS)

ABS is used in many products around the world and is known for its high temperature and environmental resistance. It’s extremely tough even after it’s printed and can be wet sanded for a super fine finish if you want to take the time. The main disadvantage of ABS is its harmful fumes. If you plan to print in ABS make sure you are in a well ventilated place and use an enclosure if you can.

Thermoplastic Polyurethane (TPU)

TPU is the softest of the four filament types and can be used to make rubberized models such as cell phone cases or tires. It also works very well to create flexible hinges or protective covers when double-printed with another type of filament. TPU is usually more expensive than other materials so all is not under budget, but these are still your bargains.

Polyethylene terephthalate glycol (PETG)

PETG is the happy mix between PLA and ABS. It has the strength and temperature resistance of ABS while being safe to print indoors. Finding the right thing can be a little tricky, but once you do it you’ll never look back. You may need to use a Micro Swiss Hotend as PETG needs a very high temperature to print.

There are many opportunities

Choosing one of these products for the different types of material gives you a great chance of making great prints. Some work better than others on different printers, so it’s always a good idea to try different filaments until you find the right one for you.

I’ve titled the ones I use regularly as My choice because they give me the best results, but remember that all printers are unique so your mileage may vary.

For my money, Matterhackers’ Build series is an excellent choice for the full range of filament types. From ABS to PETG, the Build series just works.

You should also check out eSun Silk PLA if you don’t plan on painting your models. The glossy finish is just gorgeous on unpainted prints. The Moon City by Kijai Design above is a perfect example of how good the Silk PLA looks.

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