Roboze one 400 3d printer

Your Guide to the Roboze One +400

Engineers and designers, a word of warning: Whatever benchmark you have in your head for what the ultimate industrial desktop 3D printer looks and performs like, scrap it, because the Roboze One + 400 blows it away. But before we get into why that is the case, let’s discuss who the One + 400 is for, since Roboze also manufacture the regular One model.

The Roboze One + 400 is for engineering and manufacturing applications, where there is a clear limitation to product and part design due to the standard range of thermoplastics / filaments available, such as ABS, PLA and Nylon. The Roboze One + 400 can 3D print with a much wider range of materials than the regular One model, and most other 3D printers, because it has dual extruders that can reach an operating temperature of over 400 °C, and because it has a heated build plate that can reach a temperature of 150 °C. Crucially, this means that you can print with PEEK (Polyether ether ketone), a high-performance material that is widely used in engineering and manufacturing applications.

The Ultimate Industrial Desktop 3D Printer?

With the ability to print with PEEK, thanks to dual extruders that can reach an operating temperature of over 400 °C, the Roboze One + 400 offers something that other industrial-grade desktop 3D printers do not. However, it is far from a one-trick pony, as we have duly found out after testing it ourselves.

We have found the Roboze One + 400 to be extremely accurate and precise, not to mention extremely reliable and consistent, across hours of operation. It even offers a build volume that satisfies larger projects, and it has some of the highest quality mechatronics we have seen in any 3D printer, full stop.

But enough of the praise, already – let’s get into the features that make this 3D printer the machine it is, and the selling points that are going to sway you to invest in one for your workshop.

Patented Technology

One of the key reasons that the Roboze One + 400 has epic accuracy and consistency, is that it has no belts. Belts, for what it’s worth, are used in almost all desktop 3D printers to move things. Roboze has done away with this, by creating a new beltless system. This patented mechatronic movement is a work of art – it incorporates a counterbalanced pair of stainless steel helical racks with a pinion, for fluid motion, and as a by-product of this, it eradicates the dilation and contraction issues you may face with a ‘belted’ 3D printer. The result? More uptime, better consistency, and a more enjoyable 3D printing experience.

It is quite clear when you cast gaze at this patented system, that a huge amount of research and engineering time went into it. It really is that good. But that’s not all – the Roboze One + 400 also has a C7 spindle ball screw on the Z axis with a flexible motor coupling for the absorption of vibration, for perfect resolution between layers, and every single component in the printer has been expertly CNC machined. So, in a nutshell, this is one 3D printer that has been built to perform, and to last.

Now, let’s move onto barebone specifications. The Roboze One + 400 can print at a layer height (resolution) of 50-200 microns with a precision accuracy of 0.05mm, and it has a 200 mm x 200 mm x 200 mm (xyz) build volume. The recommended print speed is 50 mm/s however you can turn that up to 80 mm/s with select filaments. It uses open source software, it has a 3.5″ touchscreen interface, and you can send files to print over USB or SD card. The only thing it misses out on is Wi-Fi.

12 Technical Materials – Limitless Applications

How far can we talk about the One + 400 without mentioning its extruders that can exceed 400 °C? Not very. And we’ve tried, really. But when a 3D printer is, by its very nature, defined by what it can print, you can’t knock us, or Roboze, who proudly state that this printer can print with 12 technical materials, to suit a wide range of engineering and design applications.

Perhaps the most impressive application, is metal replacement. Techno-polymer plastics have come a long way over the last twenty years, and it is now possible to create plastic parts that are as strong as metal, with impressive thermal performance to match. Carbonium is one such techno-polymer created by Roboze that offers this. Another important application is rapid production. The One + 400 has excellent print speed that’s suitable for small-series production.

Here’s everything you need to know about those materials:

Ultra:

Prints at 200 – 210 °C with a bed temperature of 40 °C. Offers the definition and print speed of PLA, with the durability of ABS.

Strong:

Prints at 240 °C with a bed temperature of 90 °C. This is an ABS-based material with special fillers for additional strength.

Functional:

Prints at 220 °C with a bed temperature of 60 °C. This is a PolyAmide with good strength, flexibility and chemical resistance.

Flex:

Prints at 215 – 225 °C with a bed temperature of 60 °C. This material mimics rubber, or silicone, with high wear resistance.

PC:

Prints at 285 – 310 °C with a bed temperature of 110 °C. This is a polycarbonate filament that’s completely transparent.

PC/ABS:

Prints at 270 °C with a bed temperature of 110 °C. Has the thermal properties of PC with the mechanical properties of ABS.

PMMA:

Prints at 285 – 310 °C with a bed temperature of 110 °C. This is acrylic glass, or Plexiglass as it is often referred to.

Carbonium:

Prints at 250 °C with a bed temperature of 100 °C. This is a polyamide with 40 per cent chopped carbon fibre.

PEI:

Prints at 290 – 330 °C with a bed temperature of 150 °C. A polymer that’s self-extinguishing with good mechanical properties.

PVA:

Prints at 180 – 190 °C with a bed temperature of 40 °C. This is a water-soluble support material, for printing with Ultra.

HIPS:

Prints at 245 °C with a bed temperature of 90 °C. This is a D’Limonene-soluble support material, for printing with Strong.

PEEK:

Prints at 330 – 380 °C with a bed temperature of 130 °C. This is a chemically inert material with outstanding heat resistance.

Here’s an interesting video testing PEEK’s thermal inertia:

To find out more about the Roboze One + 400, check out our product page, or visit the official Roboze website.

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Roboze One + 400 Xtreme Archives

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In today’s 3D Printing News Briefs, we’re talking about new products and materials, an industry event, 3D printed electronics, and education. 3Doodler announced a new product, and Essentium will be showcasing two new materials at RAPID + TCT. The 4th annual AM Cluster of Ohio conference is coming up in July, and nScrypt is microdispensing 50um dots for 3D printed electronics. Finally, Penn State University is investing in Roboze technology.

3Doodler Introduces New 3D Build & Play

At the New York Toy Fair, February 22-25 at Manhattan’s Jacob Javits Center, 3Doodler will be showcasing its latest device – the 3D Build & Play, perfect for preschoolers and kindergartners to use. The pen was designed for users as young as four years old, and introduces growing children to 3D printing technology in a way that promotes cognitive and fine motor skills development, hands-on learning, story telling, and three-dimensional thinking. The 3D Build & Play is kid-safe, extruding low-heat, BPA-free, non-toxic, biodegradable plastic, and comes with a story-based Activity Guide so parents and kids can create together. Currently available for pre-order, 3D Build & Play will have an MSRP of $29.99, and major retailers, like Amazon, are also expected to carry the product in Q2 2020. Visit 3Doodler in Booth #2771 at the New York Toy Fair to learn more.

“3D Build & Play brings the creative fun of our Start pen without the learning curve for the youngest users. The system we have developed, that lets kids crank and create in 3D, is a major benefit for parents looking to improve their children’s basic motor skills. The included molds make it easy to create 3D objects by simply filling and popping them out. There’s nothing on the market today that makes 3D creation this simple or fast for young creators,” said 3Doodler’s CEO Daniel Cowen.

Essentium’s New Materials for High-Temperature Applications

At RAPID + TCT 2020 in Anaheim this spring, 3D printing solutions provider Essentium will introduce new ULTEM AM9085F and ABS materials for high-temperature industrial AM applications. These high-performance materials, which will be showcased on the company’s High Speed Extrusion platform at the event, provide high strength and have excellent resistance to heat and chemicals at high temperatures, so they can be used for applications in the aerospace, automotive, industrial, and medical industries.

According to a survey commissioned by Essentium, 51% of executives believe that the high cost of materials is a major obstacle when it comes to adopting 3D printing for large-scale production purposes. The new ULTEM AM9085F and ABS materials were created to give manufacturers a more cost-effective solution when compared to expensive closed-system materials. Learn more at Essentium’s Booth #3400 at RAPID + TCT in Anaheim, CA, April 20-23, 2020.

4th Annual Additive Manufacturing Cluster of Ohio Conference

The Additive Manufacturing Cluster of Ohio, powered by organizations such as America Makes and the Youngstown Business Incubator, has announced that its 4th annual conference will take place this summer in Cleveland. Cluster members work together to create a supply chain of interconnected institutions and businesses to advance regional growth in 3D printing. This conference, to be held on Thursday, July 30, at the Embassy Suites by Hilton Cleveland Rockside, will be the first cluster event of 2020, and will give Ohio manufacturers of multiple business models and sizes perspectives on available opportunities for adopting 3D printing into their process chain over the next five years.

The website states, “The program will look at similarities and differences across several selected manufacturer types and will identify strategies ranging from low to high risk. Attendees will leave with actionable strategies and information about regional resources to help them remain competitive in the evolving manufacturing landscape.”

nScrypt Working with 3D Printed Electronics

Orlando company nScrypt is working with precision microdispensing, an additive method of dispensing pastes, inks, and other fluid materials, to create adhesive dots with volumetric control, in the 50 micron range, for 3D printed electronics and flexible hybrid electronics (FHE). Microdispensing gets much closer to the substrate surface when compared to methods like jetting, and the closer the nozzle is to the surface, the finer the features of the 3D printed parts. The team used the nScrypt SmartPump, a silicone adhesive, a conical pen tip, and Heraeus SAC305-8XM8-D Type IX solder paste, and tested the consistency and repeatability of ~50µm Type IX solder and adhesive dots.

These tests showed a consistent average dot diameter of 51.24 microns, with a 6.42 micron (13%) standard deviation. These results support the fabrication of 3D printed electronics through the use of direct digital manufacturing (DDM), which allows printing to both planar substrates and the non-planar world of Printed Circuit Structures, which prints the housing or structure of an electronic device as well as placing the electronics conformally. In the future, the team plans to conduct a larger solder and adhesive dot study, in order to test required downtime, long-term reliability, and the frequency of clogging.

Penn State University Invests in Roboze Technology

Penn State, a 3D printing leader through its Center for Innovative Materials Processing through Direct Digital Deposition (CIMP-3D), has invested in a new FFF solution in order to expand its AM capabilities. The ROBOZE One+400 Xtreme 3D printer, which was designed to create high performing, functional finished parts in advanced composite materials, will help the university increase its development of high performance plastics for 3D printing, and will be housed in the Department of Chemical Engineering. Students will be able to test out new polymers on the system, and develop new formulations to provide 3D printed parts with multi-functionality. These parts will be used to advance research in applications like chemical reactors.

“ROBOZE One+400 Xtreme will be used to examine novel polymers to help to fundamentally understand the 3D printing process and as a tool to enable custom equipment more cost effectively than can be obtained with machining metals while also allowing for designs not possible with traditional manufacture. The ROBOZE One+400 Xtreme will allow Penn State to leverage its expertise in materials science, engineering and characterization to enable new solutions to problems through additive manufacturing,” said Professor Bryan D. Vogt from the Department of Chemical Engineering.

“The ability to use custom filaments and control the print processing was a critical factor in selecting ROBOZE. The flexibility allowed by ROBOZE along with its excellent printing capabilities is well aligned with the discovery-oriented research mission of the university to expand knowledge and its application. Moverover, our prior 3D printer had issues printing high temperature engineering plastics like PEEK with severe deformation of the structure generally observed. After challenges with printing PEEK with standard belt driven systems, the novel direct drive approach with the ROBOZE was an added bonus.”

Discuss these stories and other 3D printing topics at 3DPrintBoard.com or share your thoughts in the Facebook comments below.

The post 3D Printing News Briefs: February 21, 2020 appeared first on 3DPrint.com | The Voice of 3D Printing / Additive Manufacturing.

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Roboze, a leader in functional 3D printed prototypes produced in industrial materials like PEEK, CarbonPA, and ULTEM AM9085F, manufactures 3D printers that can handle high-performance, high temperature polymers, such as SABIC’s LEXAN EXL AMHI240F. Now, the company is getting extreme with FFF 3D printing, with an announcement about the new desktop production 3D printing series it will debut at next week’s formnext in Frankfurt.

“The new Xtreme solutions, is the result of intense work by the entire Roboze team, that has allowed us today to create a new line of systems capable of meeting the most extreme needs of our customers, offering greater versatility in the materials and accuracy of the prints as well as better performance,” said Alessio Lorusso, CEO & Founder of Roboze. “We have rewritten the history of 3D printing and the Formnext 2018 represents the best showcase to tell the story.”

The new Xtreme 3D printer series, made up of the Roboze One Xtreme and Roboze One + 400 Xtreme, will strengthen the company’s PEEK and CARBON PEEK solutions for FFF 3D printing, bringing users closer to true additive production.

Roboze has become a major manufacturing player thanks to its innovative technology, like the Beltless System that allows operators from around the world to 3D print both finished parts and prototypes with 25-micron mechanical tolerances, which all but guarantees repeatability and, as the company puts it, “immediate economic advantages.”

But this new Xtreme series launch is an even bigger deal for the company, as it sets up a point of contact between the production ARGO 500 3D printer and its desktop One and One + 400 systems.

Rocco Maggialetti, head of the mechanical design of Roboze, explained, “The strong collaboration between all the members of Roboze’s R & D team has allowed us to design this new system that improves the previous one, guaranteeing longer useful life of the machine. ”

The newly designed covers for the Xtreme 3D printers are made of sheet metal, and designed to lower maintenance on the machines while also improving their robustness. In addition to providing a more elegant aesthetic, this new feature also makes the Roboze Xtreme series extremely quiet.

The Roboze One Xtreme and Roboze One + 400 Xtreme 3D printers were built by Roboze engineers who changed up the status quo in order to offer extremely versatile and accurate 3D printing solutions. The series feature a new, advanced sensor system, which includes an endstop aimed at leveling the semi-automatic plan, WiFi and USB connections, motor encoders for closed loop control that monitor the printing process, and optical endstop/touchless, which promises less maintenance because it decreases typical issues.

The Beltless System on this new 3D printer series has also evolved from the original, and features racks machined with chemical nickel plating. This lowers the contact friction between the rack and pinion for faster print speed, and also increases the resistance to wear and corrosion.

The Xtreme series also includes a Cabinet Support System (SSC), which is meant for unloading machine vibrations and controlling material temperatures, as well as storing coils so they’re not exposed to atmospheric agents. Just like with the ARGO 500 and the Roboze One + 400, these new 3D printers also house a Vacuum Box for vacuum generation, which provides greater first-layer flatness and print surface adhesion for faster 3D printing.

Roboze 3D printers are certainly impressive, thanks in large part to the versatility of materials they can handle. Many of these were developed specifically to add enhancements to parts with properties not dissimilar from metals. In addition to its Xtreme desktop production 3D printer series, Roboze is also introducing several new materials at formnext 2018.

Carbon PP is the first, and is good for use in automotive applications, because it promises the same high performance of PP (polypropylene), combined with the advantages of carbon fiber.

“Carbon PP’s carbon fiber provides a 25% resistance increase level compared to PP. The addition of specially selected carbon fibers improves the mechanical properties of the material and increases its HDT maintaining its properties even at a higher temperature than that of PEEK,” said Maria Luisa Geramo , PhD, Head of Applications – Roboze R&D Material Engineer.

According to Roboze, its new PP has excellent electrical insulating properties and high resistance against abrasion, chemical agents, and shock, and “represents the most commodities polymer primarily used in applications for objects of common use and automotive components,” while its new Glass PA – a polyamide loaded with glass spheres – is a good electrical insulator, and ensures high dimensional stability because it has lower moisture absorption and increased mechanical properties when compared to standard polyamide.

Carbon PEEK, which has excellent mechanical properties and thermal stability, is already used with the company’s ARGO 500 production 3D printer, and is the only new material that’s available for use solely on the Roboze One + 400 Xtreme.

Come see all of Roboze’s new 3D printing materials and solutions at next week’s formnext – visit the company at booth C78 in Hall 3.1.

Discuss this news and other 3D printing topics at 3DPrintBoard.com or share your thoughts below.

ROBOZE 3D printers

Application

Professional

Industrial

Personal

Commercial

3D printer type

Tabletop

Food

Professional

For home

Chocolate

Jewelry

Russian

Reprap

Dental

Full color

Industrial

Not expensive

Medical

For training

Material type

Plastic

606

Metal

Photopolymer

245

Other

144

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3D Systems

PICASO 3D

Stratasys Ltd

Leapfrog BV

EnvisionTEC

Myriwell

3D-Experts

PrintBox3D

FELIXrobotics

Solidoodle

WANHAO

ROKIT

SeeMeCNC

mUVe 3D LLC

RepRapPro

Formlabs

Afinia

Airwolf 3D

Type A Machines

iRapid

RoBo 3D Printer

Mixshop Inc

IonCoreLtd

Old World Laboratories

XYZprinting

Panowin Technologies Co. , Ltd.

MiiCraft

Portabee 3D Printer

Zeepro

Pirate 3D

Qualup SAS

BEETHEFIRST

Heacent

Robot Factory

Kuhling&Kuhling

3Dfactories

Tangible Engineering USA Corporation

DWS Lab

Sedgwick

3DJoy

Futura Elettronica

Makible Ltd

ALT Design

Active 3D

Trinitylabs

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Brahma3

Hyrel 3D

Omni3D

BCN3D Technologies

Boots Industries

ORD Solutions

Ironvault

2PrintBeta

Unique Design

Hot Proceed

3DD Plas

York3dPrinters

Code-P

Deezmaker

Ruian Maitian Network Technology Co

CB-Printer

Print Technologies Pty Ltd.

MaukCC

Choc Edge Ltd

Shenzhen WeisTek Co.,Ltd

Delta Tower

Tegelbeckers Ltd

Deltaprinter

MindKits

Robot Co, Ltd

Romscraj

Fabmaker

Peerbhai Robotic

Sintermask GmbH

KL Services Group Inc

Fochif Mechatronics Technology Co. , Ltd

Teil3

Maker's Tool Works, LLC.

Gaminu

re:3D

inDimension3

Acuity Design

Essential Dynamics

Isis3D

Velleman

Kentstrapper

Blue Eagle Labs

Gubbels Engineering

Zortrax

3dBotic

MakerGear, LLC

Jelwek

it is 3D

Cablysa Systems, S. L.

Ac123Dc

E3D Online

Hydraraptor

MakerBot Industries, LLC

Delta Micro Factory Corporation

Ultimaker B.V.

Solidscape Inc.

MBot3D

B9Creations

Jinhua Flashforge Technology Co., Ltd

Tinkerine Studio Ltd

Aleph Objects Inc.

DeltaMaker

Reprap Austria

IC3D LLC.

Ultibots, LLC.

Intelligent Machine Inc.

Metamaquina

Shenzhen Mootooh Engineering Co., Ltd.

Multitec GmbH

German RepRap GmbH

Sharebot

Nova 3D

QU-BD Inc.

RDMCU

Full Spectrum Laser LLC

PieceMaker Technologies

Printbot, Inc.

Terawatt Industries

botObjects

Lunavast

Maker Farm

NWRepRap

eMotion Tech

Printed Worlds

Reprapsource

Twelvepro Co

Replicator Warehouse

Stellamove Inc.

Make Mendel

Rapide 3D

Makealo

Crew Ltd.

Open cube

3D Kits

Coombes Solutions Ltd.

SHARK Limited Partnership

Smartfriendz

3D Monster

Kikai Labs

THY3D

Tantillus

RepRap Diffusion

QSQM International Co.

Tumaker

Makism 3D Corp.

3dBotZ

ZMorph 3d

Eckertech Inc.

Imec Proto

miniFactory Oy Ltd

printMATE 3D

CMET Inc.

Arcam AB

3Geometry Manufacturing Systems Pvt Ltd

Electro Optical Systems

Trump Precision Machinery Co. , Ltd

Wuhan Binhu Mechanical & Electrical Co., Ltd.

Optomec Inc.

Shaanxi Hengtong Intelligent Machine Co., Ltd.

Matsuura Machinery Corporation

ExOne Company, LLC

Concept Laser GmbH

Instrument Tech Co, Ltd

UnionTech

Renishaw plc

D-MEC Ltd.

Realizer GmbH

SLM Solutions GmbH

Fabriconic LLC

Mark Forged

Keyence Corporation

SYS + ENG

Lithoz GmbH

DWS s.r.l.

Beijing TierTime Technology Co. Ltd

Carima

Mcor Technologies Ltd.

Asiga

Rapid Shape GmbH

solido ltd.

Blueprinter ApS

Kevvox Pte Ltd.

JER Education Technology Co., Ltd

Azuma Engineering Machinery Inc.

Space Monkey

Trimaker

Most Fun

Iniciativas 3D

IdeaLab 3d

MendBot Labs

Bonsai Lab

MakerDreams

i3Dbot Co. , Ltd

Natural Machines

Cyrus3D

ITALYmaker

Something3D

Cagelli Distribution

E Crew Vis

BigRep GmbH

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Sciaky Inc.

Mankati

F&B rapid production

3DQuality

Workshop Churyumov

Unimix

Center for Additive Technologies

ENNOVA

Exclusive Solutions

Magnum

SHEKLA

D-Force

BigRep

Roland

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MAKEX

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Shining 3D

3NOVATICA

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IMPRINTA

Createbot

AIO Robotics

RK-3D

SPETSAVIA

3DiY

Wonwall

Apium Additive Technologies

3DSUN

Cheap3D

3rd

EGL3D

Creality 3D

UNIMATECH

VolgoBot

ZVER 3D

Zenith

MicroFactory

Hewlett Packard

Shenzhen Anet Technology Co Ltd

MASS PORTAL SIA

Cyberon

PHOTOCENTRIC

TotalZ

3dcon

Raise3D

OOO RUSSIAN ENGINEER

Vortex-3D

Flying bear

Print3D

ROBOINO

SoloPrint

Fun Distribution

Alekmaker

Cronos

TEVO 3D

3D printers from China

ZAV 3D printer

Epo3d

FLSUN 3D

WINBO

PROTOTYPE

UNIZ TECHNOLOGY

W2P Engineering GmbH

MAESTRO

Pi 3D printer

Shenzhen Tronxy Technology Co

Kelandi

Geeetech

3DCeram

Omaker

Builder 3D Printers

Creatable Labs

ROBOZE

Desktop Metal

Sintratec

CreatBot

ANYCUBIC

3dlaboratorio

OOO SPC "Lasers and Equipment"

Prusa Research

Prismlab

ivilol

Geralkom-3D

EqMex

Tsar3D

Zhuhai CTC Electronic Co. , Ltd

Shenzhen Aurora Technology Co., Ltd

Monoprice

Shenzhen Salon Technologies Co., Ltd.

Shenzhen Sundystar Technology Co., Ltd

Shenzhen Easythreed Technology Co., Ltd

WOW Innovation Technology Co., Ltd.

Jinhua Xingzhe 3D Technology Co., Ltd

Shenzhen Zhongxin Microscience Software Co., Ltd.

Shenzhen Yaying Trading Co. , Ltd

Z Bolt Co.

Anisoprint

Shanghai 3D ARTEL Science and Technology Co.

FABERANT 3D printers

Self-assembly 3D printers

Z Rapid Tech

Zonestar

3DGence

BLB Industries

Hard Light

Stereotech

TPM3D

Artillery

Phrozen Tech Co. , Ltd.

INDIGO 3D

Aconity3d

OR Laser

Farsoon Technologies

QIDI Technology

Shenzhen Twotrees Technology Co., Ltd.

Mingda

Elegoo

Longer

Sunhockey

DUPAS3D

Kelant

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DIYMARIA

VSHAPER

CREASEE

CNC Barcenas

Vistar

Kingroon

IdeaFormer

F2 Innovations

Sindoh

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Print Technology

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Multi-Jet Modeling (MJM) Technology

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115

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962

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The EnvisionTEC 3D-Bioplotter 3D printing technique

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Photopolymerization

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Direct Light Processing (DLP)

Electron Beam Melting (EBM)

Laser welding CLAD

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Layer by layer manufacturing (LOM)

Selective laser melting (SLM)

Laser Engineered Net Shaping (LENS)

Direct Metal Laser Sintering (DMLS)

Laser metal melting (LC)

Direct Metal Tooling (DMT)

Solid Creation System (SCS)

Ultrasonic Additive Manufacturing (UAM)

Composite Filament Fabrication (CFF)

Drop on Demand (DOD)

Lithography Ceramic Manufacturing

Melted and Extruded Modeling (MEM)

Drop-On-Demand (DOD)

Sliding Separation Process (SSP)

Smooth Curvature Printing (SCP)

Plastic Sheet Lamination (PSL)

Selective Heat Sintering (SHS)

ColorJet Printing (CJP)

Micro-SLA

DLP-SLA

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SLA-sla

Direct Metal Printing (DMP)

HP Multi Jet Fusion technology

3D Daylight Polymer Printing (DPP)

Smart-Positioning-System Technology (SPS)

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bioprinting

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The new Roboze One+400 3D printer works with PEEK, ULTEM and other materials

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An air defense system is working in the sky over Kherson An air defense system is supposedly working in the sky over Kherson, four powerful explosions thundered. This was reported by a correspondent of RIA Novosti from the …

Explosions are heard in Zaporozhye and air defense is working Explosions and the operation of air defense systems are heard in the city of Zaporozhye, which is under the control of the terrorist Kyiv regime. About it 12…

Elevator has not been operating in a ten-story building in Kursk for a year The city prosecutor filed a lawsuit against a construction company to impose an obligation to commission elevator equipment in an apartment building. In press …

Why is the Bryansk Sports Palace still not working? As it turned out, the Palace is really idle: they don't go in for hockey, figure skating, and they don't go skating on days off. …

A palliative service has been operating in Orel for several years. She provides free assistance to patients in serious condition. They provide the necessary equipment to families who are faced with a terrible diagnosis …

Seven explosions thundered in Belgorod: air defense is working The Russian air defense system destroyed seven missiles in the sky over Belgorod, RIA Novosti reports.

Alfa Romeo is working on an exclusive supercar 9

Hotspot mode on iPhone 14 does not work. What to do A month and a half ago, Apple introduced a new line of iPhone 14 Apart from the almost complete lack of differences between the basic versions . ..

Wink is working on a content extension program The press service reminded that the video service is developing as a multi-format digital platform, a complementary digital platform is already presented there, as well as in ...

Apple is working on a new operating system SiriOS will compete with HongmengOS for IoT systems. At the beginning of the month, insiders reported on the preparation of a new Huawei operating system. And …

Grulyov about Zakharyan: “He is working on himself. Well done!" Vyacheslav Grulev shared his opinion on the game and work in training of his teammate and midfielder of the Russian national team Arsen Zakharyan. …

How many Russians are working in Kazakhstan today? Since the start of mobilization, thousands of Russians of working age have left for a neighboring country. In what areas can they find their application? …

Sony working with Naughty Dog on 'favorite franchise' Sony's new in-house development team is working with Naughty Dog to develop a game based on 'favorite franchise'. Earlier this week, the headquarters of #MYVMESTE 9 is working in the Bryansk region during the …1650 In the Center for Culture and Leisure in the village of Glinishchevo, Bryansk District, the work of the #MYVMESTE headquarters continues to help the mobilized and their families, story ...

Kursk deputy Yevgeny Maslov works in the DPR personal videos and photos from the territory of the 4th district of Kursk. - ...

How the brain works when you decide to help someone Researchers from the Karolinska Institute in Sweden have shown that the same system in the brain that allows us to avoid danger is also activated when “n .
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