Purchase of a Printalot community
07 Mar
Blog

Newest Filament “Neighborhood Buy” at Printalot Reaches 2 Metric Tons » 3D Printing Media Community

The vibrant filament extrusion 3D printing community in Argentina is growing rapidly, measured by the amount of filament consumed. Printalot, based in Buenos Aires, a leading filament manufacturer in South America, just distributed 2 tons of filament.

“This is an all-time high for Argentina and probably one of the largest single operations in which a group of end users has purchased filaments,” said Printalot founder Mariano Scian. “This is the fourth Compra Comunitaria organized by the community and this time we have delivered almost 2,000 kg of filament. For comparison: In the first case we had sold 100 kg, which corresponds to an unbelievable growth in demand of 2000% in just a few months. “

The original idea came from a Printalot customer. Multiple users can sign up for the community purchase on the dedicated website and select the type of filament they want: this includes ABS, PLA, as well as other materials such as FLEX, PC-ABS, HIPS, and more. The cost to the end user is much lower and becomes even lower when milestones of different weights (50kg, 100kg, 500kg, etc.) are reached. Due to the higher total volumes, the operation also remains profitable for Printalot.

While operations are in part driven by the vibrant local manufacturing community, according to Mariano Scian, many of those who buy the filaments are actually using them to make parts, and their numbers are increasing as well. PLA remains the most sought after (and cheapest) material, but ABS and PLA MAX are not far behind. Spools are available in various sizes, including extra large ones for higher production requirements.

Participants in the Compra Comunitaria can have the bobbins sent to them or pick them up in the stores opened by Printalot in Palermo in Buenos Aires or in the Printalot reseller shop in Balvanera. With the speed at which the demand for filament is soon to grow, there will likely be more.

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BASF Ultrafuse 316L
09 Jan
Blog

M. Holland now distributing BASF Ultrafuse 316L steel composite filament » 3D Printing Media Community

M. Holland Company, a distributor of thermoplastic resin materials, has announced an expanded sales partnership with BASF 3D Printing Solutions. The agreement provides for M. Holland to begin selling a stainless steel composite filament, the Ultrafuse 316L from BASF. This is the company’s first foray outside of thermoplastic resins.

Ultrafuse 316L is a metal-polymer composite that allows users to print inexpensive metal parts using standard FFF 3D printers. Parts printed from the composite filament can then be debonded and sintered using industry standard methods to obtain solid metal parts. The inclusion of filament in M. Holland’s 3D printing material portfolio marks a new direction for the distribution company.

“We are excited to expand our existing relationship with BASF and are fortunate to be among the selected organizations authorized to distribute Ultrafuse 316L,” commented Haleyanne Freedman, market manager for 3D printing at M. Holland. “This metal-polymer composite filament is a game-changing, industry-changing product that is also affordable. Our customers can use this special material to complement existing possibilities in plastic injection molding and a variety of other applications. “

The stainless steel-polymer composite filament is primarily aimed at plastic injection moulders and OEMs who can use the material to manufacture metal tools, fixtures and fittings, as well as functional prototypes and end-use components. In combination with debinding and sintering, the filament can result in industrial grade metal parts.

“By expanding our sales partnership with M. Holland to include our Ultrafuse 316L metal filament for additive manufacturing, we can make printing metal parts more accessible and affordable for manufacturers,” added Firat Hizal, Head of Metal Systems at BASF, added 3D printing solutions. “As we expand our presence in North America, customers can quickly and reliably manufacture stainless steel parts using their existing printers and an established debinding and sintering network.”

In addition to the Ultrafuse 316L filament from BASF, M. Holland also offers a range of BASF 3D printing materials in its sales portfolio. It also offers additive manufacturing materials from Henkel, Owens Corning, and 3DXTech.

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Hemp PLA Filament, Entwined, Released by 3D Fuel » 3D Printing Media Network
19 Dec
Blog

Hemp PLA Filament, Entwined, Launched by 3D Gas » 3D Printing Media Community

The wait – 3D printing with hemp filament! Entwined is a 3D printing filament made from industrial hemp grown and processed in the USA. Industrial hemp crops do not require herbicides, pesticides and grow more densely compared to corn.

The detangled hemp filament does not use any dyes, which means that it retains a real natural brown. It’s almost dazzling in its ability to present different shades and densities within the same printed object. There is a large amount of visible organic filling, something you don’t get with standard PLA.

This is the third in a series of fascinating materials in an ongoing partnership between 3D-Fuel and the biocomposite company c2renew. More distinctive bio-based products will be released shortly.

Entwined hemp filament can be printed on any device that can print with PLA using standard PLA settings.

Print settings

Entwined prints well at 180-210 ° C. In general, a good starting point is 10 degrees cooler than you would normally print PLA. A heated bed is not required. However, if you have one, set it to 45C.

Filament information

Quality: All 3D-Fuel 3D printer filaments are manufactured in our own production facility in Fargo, North Dakota or Moville, Ireland (depending on the customer location). We have complete control over the manufacturing process and are able to ensure consistent quality for every coil.

Diameter tolerance: A variable diameter can cause major problems in your 3D printer. We use a multi-axis laser measurement system to control our filament diameter and ovality in real time during production. Each reel has the diameter and ovality dimensions that are listed directly on the packaging.

Packing information: A 500g of detangled hemp filament plastic filament comes on an easy-to-use plastic roll and is vacuum sealed with a desiccant package to keep moisture out.

Test print: The 3D fuel test lab offers 3D printers from various brands including MakerBot, LulzBot, FlashForge and more. We 3D print what we make to ensure our filament is of the absolute best quality possible.

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RIZIUM GF filament
19 Dec
Blog

RIZE launches RIZIUM Glass Fiber composite filament » 3D Printing Media Community

The 3D printing company RIZE has expanded its material portfolio with the introduction of RIZIUM Glass Fiber (GF), a composite filament with high rigidity and good dimensional stability. The fiberglass-reinforced material is compatible with the company’s full-color 3D printing and is well suited for manufacturing large parts.

RIZIUM Glass Fiber is based on the company’s cyclic olefin-based matrix, which has been specially developed to minimize emissions. Not only does the material generate no emissions at extrusion temperatures, it also has low moisture absorption and high chemical resistance, making it suitable for a wide variety of applications. RIZIUM GF gives these properties high dimensional stability and superior strength.

The new material is compatible with all RIZE 3D printers, including systems from RIZIUM Alliance partners. Like the existing materials, RIZE’s RIZIUM GF has received GREENGUARD certification for use with the XRIZE full-color 3D composite printing system. This means it can be used safely in schools, offices, hospitals or any other enclosed space.

“Previously, full-color 3D printing applications could only provide poor approximations of the original, and users often avoided large parts or complex geometries because they could warp or tear,” said Andy Kalambi, CEO of RIZE. “We are excited to drive a renaissance in industrial manufacturing with better 3D printing materials and technologies.

“With RIZIUM Glass Fiber’s high dimensional stability and durability and GREENGUARD certification for low chemical emissions, users have the flexibility to expand the applications suitable for 3D printing. Expect more from us soon about further expansions to our RIZIUM Alliance so that all 3D printing users can work in safer, more sustainable and more adaptable environments. “

The range of materials from RIZE does not only consist of filaments. The company’s color offering is based on a twofold approach: first, RIZIUM filaments are deposited to build the geometry of the part, while RIZIUM inks are sprayed for coloring. To optimize ink adhesion, RIZE’s filaments are all developed using the Augmented Polymer Deposition (APD) process, which makes it easier to combine filament and ink.

The new RIZIUM GF is particularly well suited for building large, complex parts as it is strong enough to support geometries that would otherwise be prone to warping. “We like the printing reliability that RIZIUM Glass Fiber provides for the RIZE line of products,” said Ronnie Sherrer, application engineer at Azoth, an AM supplier to Ann Arbor. “Azoth can rely on the quality and strength of the RIZIUM GF parts. Our customers love turning 3D rendered models into precisely colored parts. “

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colorFabb varioShore TPU filament
15 Dec
Blog

colorFabb unveils varioShore TPU filament with tunable flexibility » 3D Printing Media Community

The Dutch filament manufacturer colorFabb has added a new filament to its constantly growing portfolio. The 3D printing material called varioShore TPU is a filament with versatile, flexible properties that is suitable for applications in the shoe and sporting goods sector due to its soft feel.

One of the most interesting things about colorFabb’s newest filament is that its flexible properties can be adjusted to achieve different degrees of hardness on land. By adjusting the print settings, it is even possible, according to the company, to integrate multiple land hardnesses into a single print.

colorFabb varioShore TPU filament

colorFabb varioShore TPU filament

varioShore TPU was developed by the Belfeld-based filament maker using the same technology it used to make their lightweight foaming PLA (LW-PLA) material, which was launched earlier this year. This means that the TPU material has the added benefit of being lighter than other brands – although the weight reduction isn’t as drastic as that of the PLA-based filament.

The material is also characterized by its soft feel, which makes it suitable for applications in shoes such as shoe soles or in sporting goods such as bicycle handlebars.

The new varioShore TPU from colorFabb will be available from mid-October (pre-orders begin at the beginning of October). Before that, the Dutch company will present its new material – along with many other filaments – at the Kunststoffenbeurs 2019, a leading plastics and rubber fair in the Netherlands.

colorFabb varioShore TPU filament

colorFabb varioShore TPU filament

Material releases of the week

There has been a fair share of material releases from the 3D printing industry over the past week. In addition to the new varioShore TPU filament from colorFabb, the German 3D printing company EOS has introduced a new flexible material in industrial quality. TPU 1301;; Desktop 3D printer maker MakerBot has a Precision ASA filament ideal for outdoor use; Markforged started Inconel 625 for its Metal X metal 3D printing platform; and 3D Systems launched several new materials for its system in Figure 4, including Figure 4 PRO-BLK 10 for digital production parts.

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MakerBot PETG filament
14 Dec
Blog

MakerBot releases PETG specialty filament for METHOD 3D printer » 3D Printing Media Community

3D printer manufacturer MakerBot expands its material portfolio for its METHOD 3D printer to include the approval of polyethylene terephthalate glycol or PETG. The PETG filament is the first specialty material that MakerBot brings out for its METHOD printer.

MakerBot introduced its METHOD 3D printer in December 2018 to bridge the gap between the desktop and industrial 3D printer markets. The 3D printer has a number of features that make it suitable for professional use, including a circulating heated chamber, double power extruders, and dry-sealed material chutes – all at an affordable price.

With the release of its special PETG filament, MakerBot now wants to give its METHOD users access to high-performance technical materials. The company also announced its intention to bring more specialty materials to its desktop additive manufacturing system.

“PETG is the first in a new line of materials for METHOD,” said Nadav Goshen, MakerBot CEO. “Our customers have asked for different materials for a variety of applications that require high strength and durability. PETG is one of the most widely used polymers today. Because of its advanced properties and versatility, we consider PETG an excellent material for the production line and short-term production runs. “

With the new PETG filament, engineers and designers can easily 3D print industrial parts, including functional prototypes, fixtures and fixtures, and even end-use parts. The material has a number of properties, including a heat resistance of up to 70 ° C and a strong layer adhesion that minimizes shrinkage and warping during the entire printing process. PETG is also characterized by good moisture and chemical resistance. For best results, the material should be used with an adhesive on the build plate.

METHOD users can easily combine the new PETG material with water-soluble PVA carriers thanks to the double extruders of the 3D printer. In terms of print quality, the PETG filament should be printed smooth and odorless. The final parts have good ductility and a shiny surface.

PETG is becoming increasingly popular as a 3D printing material because it combines many of the attractive properties of PLA and ABS such as durability, strength and flexibility. The material is effectively a modified version of PET, a common household plastic used in water bottles and all sorts of other items, which is less brittle and more impact resistant.

MakerBot’s new PETG filament is the latest filament to be developed for the company’s METHOD 3D printer. The company also has a range of precision materials for its professional 3D printer, which include MakerBot Tough, MakerBot PLA, and MakerBot PVA. These materials cover a range of prototyping, jig, and end-use parts use cases.

The new PETG material can be ordered in three colors: natural, red and black. It is priced at $ 69 per spool.

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Multipolymer filament
12 Dec
Blog

Multi-polymer filament from the US Military » 3D Printing Media Community

The U.S. Army just unveiled a new type of multipolymer filament for commonly used 3D printers for desktop material extrusion. The new material could be used to make critical parts with higher performance when needed.

Parts made with simple FFF 3D printers have historically had poor strength and toughness, which has prevented affordable printers from being used to supply military parts on-demand, especially on-site. The Army’s new material overcomes these shortcomings and potentially enables soldiers to use inexpensive printers to produce parts that, after a few hours of heat, can achieve mechanical properties robust enough to withstand harsh field operations.

This breakthrough is an important step forward in the Army’s expedition manufacturing, said Dr. Eric D. Wetzel, who leads the Emerging Composites team and serves as research director for soldier materials in the Army Research Laboratory of the US Army Combat Capabilities Development Command. Wetzel’s research encompasses a wide range of technological solutions that can increase the lethality of soldiers by improving the way warfighters fire, move, communicate, protect, and maintain themselves.

“The army wants to be able to print parts on site to simplify logistics by carrying digital parts files instead of physical parts. Until now, however, the technologies for manufacturing high-strength parts in expeditionary environments have not been practical. These printers are too big to start with, power hungry, fragile, or messy, and their raw materials can have special memory requirements. “This technology can enable the army to use inexpensive, simple printers to make high quality parts.

According to the paper, making molten filaments, or FFF, is the most common additive manufacturing technology, but parts made using FFF do not have sufficient mechanical integrity for most engineering applications. The research team used a novel thermal drawing process to create a two-material filament containing acrylonitrile-butadiene-styrene, known as ABS, with a star-shaped polycarbonate core.

This two-material filament is then used as a feedstock in a conventional FFF printer to create 3-D solids with a composite ABS / polycarbonate core mesostructure. This novel DM filament can revolutionize additive manufacturing and allow low-cost printers to produce parts with mechanical properties that compete with injection molded plastics, as stated in the paper.

In ongoing experiments, the army’s research team is experimenting with new material pairings, pressure conditions and annealing protocols in order to further improve mechanical properties and shorten processing times. Your goal is to reduce the current glow times from 24 to 48 hours to four hours or less.

Researchers are using a pilot manufacturing line to manufacture larger quantities of the filament over the next few months and provide material samples for a variety of army’s transition partners.

“The ability to additively manufacture parts from a high-strength polymer using the FFF process at field, division and / or depot level certainly offers warfighters the opportunity to produce better temporary parts much faster – hours compared to days or weeks. and at a significantly lower cost – often pennies compared to ten dollars, said Jeff Wallace, a mechanical engineer with the Army’s C5ISR center at APG. “Soldiers also improvise as needed and often find their own design solutions to the problems they face. Offering a higher strength polymer material to use in the desktop printers they have access to gives them the ability to innovate on the fly to temporarily solve a larger number of delivery and design issues. Your designs would then be sent to the appropriate engineering support activity for evaluation. “

The lab has filed several patent applications for the technology, and one aspect of the technology has already been licensed: thermally drawn filaments using a specialty polymer for use in additive manufacturing. The Army is looking for additional trading partners to accelerate the development and deployment of this technology, which could have broad applicability to a wide range of additively manufactured thermoplastic parts.

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Abrasive Nylon Brush Filaments-EMEA Market Size, Opportunities, Dynamic, Outlook and Forecast To 2027 – Cheshire Media
02 Dec
Blog

Abrasive Nylon Brush Filaments-EMEA Market Dimension, Alternatives, Dynamic, Outlook and Forecast To 2027 – Cheshire Media

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  • RITM industry
  • Rhodius
  • horse
  • Osborn International
  • 3M
  • Lessmann
  • Bosch
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  • Aluminum oxide
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    • automobile
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