3D Hubs releases 3D printing trend report for Q2 2017 including the best desktop 3D printers and top cities for hub activity

3D Hubs releases 3D printing trend report for Q2 2017 including the best desktop 3D printers and top cities for hub activity

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3D Hubs releases 3D printing trend report for Q2 2017 including the best desktop 3D printers and top cities for hub activity

Online 3D printing service platform3D Hubs, headquartered in Amsterdam, the Netherlands, has released itstrend report of the second quarter of 2017. Founded in 2013 by Dutch design engineers Bram de Zwart and Brian Garret, the platform now hosts 6,900 online 3D printing services in 150+ countries.

The highest rated 3D printers, largest manufacturers and most active 3D printing cities are listed and based on 8,624 independent reviews from 3D printer owners who use the site and its services. Top ranking by city in Q2 is also collected using a new method giving more faithful activity readings.

Highest rated desktop and industrial 3D printers

With average print quality ratings from 4.79 4.9 stars out of 5, 3D Hubs reveal the highest rated 10 3D printers of those listed on the site. The Original Prusa i3 MK2, BCN3D SIGMA Form 2, and PowerSpec 3D Pro 3D printers have held the top 4 spots for the third quarter in a row.

In the industrial 3D printer rankings, 3D Systems and Stratasys dominate the table, with the EOSINT P 760 from EOS making it in at 5 as a third top 10 contender.

Many of the companies featured in the 3D Hubs trend report, together with 3D Hubs themselves, were nominated by our readers for a 3D Printing Industry Award. You canmake your vote nowand let us know who should win.

3D printer model distribution additionally shows that the Ultimaker 2 has 2204 3D printers registered on the site, holding 6.2% of the total 3D printers on the site. Ultimaker are also at the top for most popular 3D printer manufacturer,having released its Ultimaker 3 model in October 2016, followed closely by MakerBot. Formlabs has seen a significant rise in registered users since the last quarter earning a place 5 in place of 6.

Starting in this quarter, 3D Hubs are now basing top print city readings on online 3D printers in the area, rather than simply the number of 3D printers. This gives a more faithful reading to 3D printer activity within the area, but still seeks New Yorkreign supreme as the 1 Print Cityat a total of 453 online 3D printers.

The remaining top 10 cities have however had quite a shake-up:

London moves from 3 to 2 overtaking Los Angeles which slips to the 5 spot as Paris and Amsterdam move up to 3 and 4 respectively.

In addition, Berlin enters the table for the first time in 2017, alongside Madrid, which is alsohome to the 3D printed bridge.

Eindhoven in the Netherlands misses out on the top 10, but it is still listed by 3D Hubs as the cities with the most printing services. Withthe Additive World conference in the cityandthe 3D Medical Expo in nearby Maastrichtalready attended by 3D Printing Industry this year, it would be interesting to see the city move up the rankings in future reports.

The final category combines both types of ranking giving an overview of the best 3D printer by region.

In monitoring trends in 3D printing activity for each quarter, the 3D Hubs reports give a real-time review of movements in the 3D printing community in a given time.

Any thoughts on the report for Q2? Let us know in the comments below. For more updates on 3D printing trends,sign up to the 3D Printing Industry newsletter,andfollow our active social media channels.

Voting is now open for the first Annual 3D Printing Industry Awards.

Featured image shows a screenshot of the3D Hubs interactive printer map. All images featured in this article via 3D Hubs.

Beau Jackson is a senior journalist at 3D Printing Industry. Originally from Yorkshire, she has a BA and MA in English from Manchester Metropolitan University and the University of Kent. Beaus specialist interests in additive manufacturing include its application in new research discoveries, and impact on the cultural heritage sector.

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3D Hubs Offers Markforged Fiber-Reinforced 3D Printing Services

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3D Hubs Offers Markforged Fiber-Reinforced 3D Printing Services

Michael Molitch-Houposted on May 23, 201616073 views

Markforged entered the 3D printing space with a huge impact at SOLIDWORKS World in 2014 when it unveiled the first desktop 3D printing technology capable of producing composite objects. The company has since been developing its continuous carbon fiber 3D printer further, but, so far, access the technology has been mostly limited to purchasing a Mark One or its most recent upgrade, the Mark Two. There areservice providersthat offer 3D printing with the Markforged platform, but, now,3D Hubshas begun to offer customers the ability to 3D print with Markforgeds continuous filament fabrication (CFF) platform through their distributed prototyping and manufacturing network.

Nylon brake lever prototypes 3D printed on the Markforged platform with different types of fiber reinforcement. From left to right: nylon without reinforcement, fiberglass-reinforced nylon, Kevlar-reinforced nylon, carbon fiber-reinforced nylon and a carbon fiber-reinforced nylon print dyed black. (Image courtesy of 3D Hubs.)

What makes CFF so unique is that it more closely resembles the carbon fiber layup process that occurs in mainstream manufacturing. Unlike 3D printing filaments reinforced with chopped carbon, the CFF lays continuous, unbroken strands of carbon fiber within nylon objects during the 3D printing process. This results in anywhere from five to 10 times the strength of a nonreinforced part, compared to possibly twice the strength of a chopped fiber reinforced object.

Less suited for small, intricate parts, the technology lends itself to the 3D printing of engineering components, such as fixtures, tools and jigs. The process opens up the ability not only to bring carbon fiber reinforcement to desktop 3D printing, but also to create fiberglass and Kevlar composite parts, as well, with Markforged selling all three materials with their platform.

A functional ball joint 3D printed with carbon reinforcement. (Image courtesy of 3D Hubs.)

With the companys carbon fiber infill material, in particular, CFF is capable of producing parts with a higher strength-to-weight ratio than aluminum that are up to 27 times stiffer and 24 times stronger than acrylonitrile butadiene styrene. Try to snap a carbon fiberreinforced nylon part in your hands and youll hurt yourself before damaging the part. In fact, Filemon Schoffer, head of community at 3D Hubs, explained in an interview that his office did try to break such a part, implementing fists and hammers.

Today, Markforgeds CFF platform is ready for orders on 3D Hubs growing network of over 30,000 3D printing service providers. This means that, from 17 hubs across Europe, North America and Australia, you can actually order nylon parts reinforced with carbon fiber, fiberglass and Kevlar and try to snap them yourself. The Markforged 3D printing services are made available through established hubs on the network who have a familiarity with the CFF platform and, Schoffer said, are some of the leading providers on their site.

3D Hubs has experienced tremendous growth since its 2014 inception. Not just in terms of its global users, but in terms of offerings as well. At the end of last year, the company expanded from small users of desktop machines (as well as a large number of ColorJet Printing users) to include industrial technologies with their 3D Hubs HD program. Beginning with selective laser sintering in 2015 and adding Stratasys PolyJet in 2016, the company turned what was an extensive resource for local, low-cost 3D printing into a resource for professional-grade production. Now, the addition of the CFF platform from Markforged to the 3D Hubs network is an interesting combination of desktop 3D printing and industrial technology.

As Schoffer explained, We did a lot of research with our community and the MarkForged platform came out extremely well, with the hubs that own them saying that it is a very good machine. For a large service bureau to offer something like this would be very difficult. They typically run batch production on large machines, while the technology from Markforged requires having experts manage these small desktop machines. It just wouldnt make sense for them, but its ideal for 3D Hubs.

Design guidelines for using CFF technology can be foundhere. In order to find a local supplier, potential users can head to the 3D Hubs site, select Fiber-Reinforced Nylon as their material of choice and find the hub closest to them.

Correction:This article has been updated to reflect the fact that other service providers outside of 3D Hubs also offer 3D printing services on the Markforged platform.

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Marvin for 3D hub

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DiscussionMarvin for 3D hub(self.3Dprinting)

submitted5 months agobyThecrow2245

Im having problems with printing marvin for a hub, Im having problems with the overhang of the ears and the bottom of it, Im printing at 1800 mm/min at 200 c with solutech pla Marvin for 3D hub

1 point2 points3 points5 months ago(2 children)

Automod please help! Whats your printer?

[M]0 points1 point2 points5 months ago(0 children)

Hey there, Im a bot and something you said made me think you might be looking for help!click herefor our wiki entry on troubleshooting printers. If you still need help be sure to post plenty of information about your printing setup.

Here are a few questions that might be helpful

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[S]0 points1 point2 points5 months ago(0 children)

0 points1 point2 points5 months ago(4 children)

We need more info. Printer? What are you using to slice? Retraction?

Looks like you need more top layers. And also needs to ensure your printer is printing inner perimeters first, then working its way out. That settings will be called something different depending on which slicer you are using.

[S]0 points1 point2 points5 months ago(3 children)

Ctc printer with simplify3d as a slicer at .1mm layers 1.5mm retraction and 3 solid layers and 3 shells .4mm nozzel

1 point2 points3 points5 months ago(1 child)

Makes sure that the print inside out is selected on the layer tab. That will help with the overhang. Make sure you have adequate part cooling as well. Also, increase the number of top layers.

[S]0 points1 point2 points5 months ago(0 children)

Original Prusa i3 Mk2S1 point2 points3 points5 months ago(0 children)

Try .2mm thats what they want. Make sure you have a part cooling fan and its on full blast. Should print fine

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3D Hubs 3D Printing plugin for Rhino

This is the first release of the 3D printing plugin for Rhino by 3D Hubs.

It allows to directly export a 3D model from Rhino to 3D Hubs and get it printed locally. 3D Hubs is a global platform for 3D printing.

Prepare your Rhino mesh for 3D printing and get it printed around the corner using the global 3D Hubs community.

We created a page on How To Prepare a Rhino Model for 3D Printing: /3d-printing-software/rhino

3D Printing Disrupting the Construction Industry

Paul Clarke, Ocado The Art Of Scalable And Sustainable Disruption DisruptionSummit 20173D Printing: Disrupting the Construction IndustryBuilding a more sustainable future with 3D printing

3D print technologyhas transformed the way that almost anything can be made. This has disrupted manufacturing and production, enabling prototypes to be built within minutes using a variety of printing materials to create and test products from food to fashion.

Bioprinting is beginning to enhance healthcare, supplying 3D printed body parts to patients. The rapid production of these products is helping to navigate the demands of a growing population. One industry in particular which has felt the strain of demographic growth is construction. Luckily, 3D printing has provided a solution. . .

Perhaps the most well-known 3D printing construction firm is WinSun Global, based in China. They first revealed their plans to build 3D printed houses in 2014. The company uses a22-foot tall industrial 3D printerto create houses in under 24 hours. Their first constructions were modest, apartment-sized spaces built by combining separate rooms. Since then, Winsun has branched out to take on much bigger projects, the most notable of which includes a six-story apartment block and Dubais Office of the Future. Winsun is committed to taking an eco-friendly approach to the printing process,combining cement withconstructionwasteto make the most of available materials.

2. Qingdao Unique Products Develop Co.

Qingdao Unique Products Develop Co. is another Chinese construction company that uses 3D print technologies to create buildings. Set up in 2001, theyve been around much longer than Winsun. In 2014, the company revealed theworlds biggest ever 3D printer, stating that they would use it to build housing. Their printer is so large that it can print entire structures in one job, rather than creating and then combining components. One of the firms goals is to use the technology inreconstruction after destructioncaused by disasters such as earthquakes, which often affect China.

Skanskais a UK contracting company which partnered with the University of Loughborough in 2014 to explore concrete 3D printing. Loughborough University has been researching the application of 3D print technology in construction for almost a decade, and helped Skanska to develop the worlds first commercial 3D printing robot. The printing process combines layer upon layer of concrete to build complicated architectural designs that cant be achieved by conventional methods. The companys long-term goal is to set up a3D printing supply chainto deliver unrivalled quality.

WASP stands for Worlds Advanced Saving Project, and is an Italian firm established in 2012 which sells Delta 3D printers. Their main objective is to create a printer big enough toprint entire houses. WASP was the first company to create 3D printers for use in ceramics, and have also successfully printed wooden,clay, strawand aluminium products. Like Winsun, they are enthusiastic about reducing waste and finding renewable materials. WASP wants to encourage the construction ofzero-mile homesthat are 3D printed using materials sourced from the local area. This is contributing to changing attitudes towards the industry.

MX3D is a Dutch company that describes itself as printing outside the box. This is literally true, as by using an advancedsix-axis industrial robotthey can print structures in mid-air. In order to do this, the firm took a commercially available robot and added an advanced welding machine. They then used in-house software to program the robot to carry out projects. Whilst many of the innovative companies in construction look to create housing, MX3D focuses on non-residential projects. Currently, the company is building a3D printed bridge in Amsterdamusing sustainable metal. As well as showcasing what MX3D can do with their technology, the completion of the project will bring 3D print construction into the public eye.

Apis Coris a Russian company that wants to improve the living conditions of people around the world through smart machines. The company describes traditional construction as sluggish, and has developed a mobile 3D printer to print houses that can supposedly last for175 years. They hire out the printer to construction companies, saving their clients the hassle of sourcing tools, labour and reducing wasted materials. Apis Cor plans to operate in Europe, Asia, Africa, North and South America, Australia and even Antarctica. This sounds ambitious in itself, but the firm is already considering 3D printing possibilities in space. . .

The companies outlined here have realised the potential for 3D printing within the construction industry, and are successfully using innovation to improve building processes for faster and more accurate creation of structures. This is a worth-while endeavour in a world where the global population is continually expanding all of those people will need somewhere to live. Winsun and WASP are particularly interested in changing the construction industry, streamlining building projects and making them as eco-friendly as possible. In addition, the geographic variety of these companies represents a worldwide movement towards accepting innovation. In short, the U.S. isnt the only player in the game. Looking forward, the European Space Agency has teamed up withFoster and Partnersto explore the possibility of creating 3D printed structures on the moon, and Apis Cor has already set its sights on Mars.

This is very exciting, but perhaps development should focus on our planet first?

Paul Clarke, Ocado The Art Of Scalable And Sustainable Disruption DisruptionSummit 2017

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Ultrafast 3D Printing Alternative Makes Complete 3D Objects in Seconds

3D printing allows engineers to custom build intricate structures impossible with traditional manufacturing, but the layer-by-layer approach can be slow and limits the shapes that can be built. A new technique can now fabricate entire 3D shapes in seconds using holographic light fields.

The technique, developed by researchers at the Lawrence Livermore National Laboratory, uses special resins that solidify when they are exposed to light. By shining three laser beams at a vat filled with the resin to create a 3D pattern of light, they were able to fabricate 3D structures in one go in just 10 seconds.

Most3D printing approachesbuild structures layer-by-layer by depositing either individual dots of material, filaments, or entire layers at once. This means the 3D structures created are actually stacks of 2D layers, says LLNL engineer Maxim Shusteff, who led the research, which can introduce artifacts at the points where they join that result in a rough finish.

It can also make certain structures impossible to build without support, for example, building from the bottom up makes it hard to build sub-structures that hang down from upper layers. Being able to build the entire structure all in one go has the double benefit of removing the limitations of layer-by-layer approaches and dramatically increasing the speed of the system.

This is the first demonstration of a practical way of making 3D parts all at once, Shusteff toldSingularity Hub. Its the next step in the progress of additive manufacturing technology.

Ina paper in the journalScience Advances,the researchers describe how the system works by splitting a 3D holographic image into three distinct parts. These are then projected into the resin tank by separate laser beams that enter through its front, base, and side, creating a 3D light field where they overlap.

The resin the researchers used is a photopolymer that reacts to light by solidifying once a certain energy threshold has been passed, so after a few seconds of exposure to the light field they were able to drain the tank of liquid resin, leaving behind the 3D structure.

The group used their technique to build a series of millimeter-scale shapes such as cubes, pyramids, and lattices, but Shusteff says that with optimization the approach should be capable of resolutions of just a few micrometers.

The amount of power required to ensure even light distribution in large vats of the resin mean the approach is unlikely to be suitable for large structural parts, but Shusteff says building parts on the scale of 1,000 cm3is very feasible.

We havent really pushed the boundaries of what this is capable of, so were talking in very general terms about application areas at the minute, he says. Any place where polymer structures are useful it could advance the state of the art.

Of particular interest to the researchers are biomedical implants, where having a large degree of flexibility in the shapes you can produce, coupled with high resolution, could be very helpful.

There has been a growing amount of research looking atbioprinting living tissue, which often uses bio-inks made of living cells suspended in biocompatible substances like hydrogels. These materials are often soft and easily deformable, making printing methods involving a lot of movement undesirable, says Shusteff, so their static approach could be a promising alternative.

This is an intriguing approach toward advancing the speed of 3D fabrication with photopolymers, said Joseph DeSimone, a chemistry professor at the University of North Carolina and co-founder of 3D printing companyCarbon. Theyll need to have hardware advances coupled with software and resins to pull this together. But its exciting.

Shusteff agrees theres still considerable work to do. For a start, the material properties of photopolymers are still limited, though he says additive manufacturing is spurring large amounts of research aimed at solving this problem and the field is growing quickly.

The researchers also think there may be better ways of creating the 3D light fields than holography. Shusteff says they decided to exploit the discipline because it had well-developed theories about how to record or reconstruct 3D structures in light.

But holography requires the use of complicated optical equipment that pushes up costs, and lasers that are prone to laser speckle, where the laser light interferes with itself, adding spatial noise to the beam and causing surface roughness.

Fortunately, they say it should be possible to achieve the same effect using LEDs as the light source and amplitude modulation in place of holography. Weve taken a really good first shot at this, but weve not yet taken it to the limit of its performance, so the space is wide open for us and others to demonstrate what this approach is capable of, says Shusteff.

The group is already experimenting with a resin vat that spins on its axis as an LED light source varies the pattern of light it projects. Shusteff says this gives them even more geometric flexibility while only being marginally slower, taking minutes rather than seconds for each structure.

Image Credit:Shusteff et al., Sci. Adv. 2017; 3: eaao5496

I am a freelance science and technology writer based in Bangalore, India. My main areas of interest are engineering, computing and biology, with a particular focus on the intersections between the three.

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3D Hubs launches New 3D Printing Trends for Q3-2017

3D Hubs launches New 3D Printing Trends for Q3-2017

On Thursday July 27th at 15:00h, the latest3D Printing Trends by 3D Hubs for Q3-2017will be launched. Weve completely overhauled the way we create, analyse and present the 3D Printing Trends, and I hope you find it far more insightful. It now comes as a PDF, with more information than any other Report or Trends weve put out in the past. All the data we share is now exclusively about active and online 3D printing services, giving a real insight into the here and now of the industry.

Heres some highlights of the Q3-2017 3D Printing Trends:

All the data we share is now exclusively about the 7,000 active and online 3D printing services on 3D Hubs, giving a real insight into the here and now of the industry.

The Original Prusa i3 MK2, Zortrax M200 and Original Prusa i3 MK2S are the three highest rated desktop 3D printers, the two Prusa Research printers claiming two out of the three top spots

The most used Industrial and Desktop printers are now featured, showcasing the busiest machines in the industry. The Form 2 alone last quarter created over 17.292 prints.

Printer Model and Manufacturer Distribution has seen a complete change of landscape now we only analyse online 3D printers. Ultimaker remains at 1 with Prusa Research a new entry breaking into 2.

Top Print Cities and Countries is now based on order numbers, so you can see which City/Country is utilising 3D printing the most.

The Trends will be exclusively available for download here:

3D Hubs Dramatically Revamps their Trends Report and Reveals More Truths About 3D Printers

3D Hubs: 3D Printing Trends Q3 2017 Offer New Categories & Industry Insights

3D Printing News Sliced: 3D Hubs, Sintavia, German RepRap, Tomsk Polytechnic University

3D Hubs veröffentlicht Trend Report Q3 2017 und startet mit komplett berarbeiteter Version

3D Hubs is the fastest 3D print solution for product designers and engineers that do prototyping and short production runs. With service providers connected in over 160 countries, 3D Hubs is the worlds largest network of 3D printing services. 3D Hubs was founded in April 2013 in Amsterdam.

DSM announces collaboration between Somos® and 3D Hubs for 3D Printed Tooling

Royal DSM, a global science-based company active in health, nutrition and materials, announces the collaboration between Somos® and 3D Hubs which provides an online service for customers to obtain accurate 3D printed tooling or molds with quick turn-around time using Somos® PerFORM.

3D Hubs partners with Otterbox to provide new uniVERSE case accessories globally.

3D Hubs is partnering with leading smartphone case brand Otterbox to globally manufacture 3D printable accessories for the Otterbox uniVERSE case system.

Theres not enough sign language translators, so these students 3D printed a humanoid robot.

A team of engineering students from the University of Antwerp are building a humanoid robot that will have the ability to translate speech into sign language. Sponsored by the European Institute for Otorhinolaryngology, the robot titled Project Aslan aims to support the short supply of sign language interpreters across the world.

3D Hubs launches New 3D Printing Trends for Q3-2017

The 3D Hubs Trend Report launches every quarter, using data from 7,000 active service providers creating 1,000,000 3D printed parts. Its the industries most extensive overview of the latest trends in 3D printing based on hard numbers.

3D Hubs announces Student Grant Winners for 2017

3D Hubs is today announcing the three awardees of the inaugural 3D Hubs Student Grant. The grant had over 449 applicants, from 300 universities showcasing an array of innovative and unique uses of 3D printing in the fields of engineering, product design and architecture.

X3D Innovative 3D Printing Solutions

X3D : Innovative 3D Printing Solutions

X3D provides innovative 3D printing solutions for a wide range of commercial and industrial applications, from rapid prototyping to tooling and final part production. We are committed to helping our customers succeed through cutting-edge 3D printing technology together with professional after-sales service.Featured CollectionsView all Collections

CNC (Computer Numerical Control) Machining เป็นเทคโนโลยีการผลิตชิ้นงานโดยเครื่องจักรอัตโนมัติ ทำงานโดยใช้หัวกัดหรือดอกสว่านเพื่อสกัดเนื้อวัสดุออกจากบล็อกชิ้นงาน เพื่อให้ได้รูปทรงชิ้นงานที่ต้องการ เครื่อง CNC จึงเป็นตัวอย่างของการผลิตแบบ Subtractive Manufacturing (การผลิตโดยการลบวัสดุออก) สามารถสร้างชิ้นงานได้จากหลายวัสดุเช่นไม้ พลาสติก โลหะ โฟม ในบทความนี้เราจะเปรียบเทียบความแตกต่างระหว่างเครื่อง CNC…

ลดมลพิษจากเครื่องพิมพ์ 3 มิติด้วย HEPA Filter

เครื่องพิมพ์ 3 มิติ (3D Printer) ชนิดตั้งโต๊ะส่วนใหญ่มีกระบวนการทำงานแบบ FDM ซึ่งขึ้นรูปชิ้นงานโดยใช้วิธีละลายพลาสติก ทำให้เกิดกลิ่นควันไม่พึงประสงค์จากการละลายพลาสติกที่อาจเป็นอันตรายต่อสุขภาพของผู้ใช้งาน ทีมงานนักวิจัย Built Environment Research Group จาก Illinois Institute of Technology จึงได้ทำการศึกษาเรื่องมลพิษที่เกิดขึ้นจากการใช้เครื่องพิมพ์…

เปรียบเทียบเส้นพลาสติก UP! vs X3D ABS/PLA Filament

มีคำถามจากหลายๆท่านว่าเส้นพลาสติก ABS/PLA ของยี่ห้อ UP ต่างกับ ABS/PLA ยี่ห้อ X3D อย่างไร? วันนี้เราจึงนำชิ้นงานที่พิมพ์จากวัสดุทั้งสองชนิดมาเปรียบเทียบให้ดูกันชัดๆ โดยชิ้นงานทุกชิ้นพิมพ์ด้วยเครื่อง UP BOX+ ที่ความละเอียด 0.2 mm ต่อ Layer ไปดูกันเลยครับ UP!…

UP Studio Software Update Version 2.1.1

เรียกว่าปล่อยอัพเดทกันรัวๆเลยทีเดียว กับ Software UP Studio โปรแกรม Slicer สำหรับ UP 3D printer ในเวอร์ชั่น 2.1.1 นี้มีการเพิ่มเติมฟังก์ชั่นใหม่ๆหลายตัว และแก้ไข Bug ในเวอร์ชั่นก่อน ในบทความนี้เราจึงหยิบฟังก์ชั่นเด่นๆมาแนะนำให้ใช้งานกัน กดดาวน์โหลดโปรแกรมเวอร์ชั่นล่าสุด โปรแกรม UP…

ยกระดับการศึกษาด้วยเครื่องพิมพ์ 3 มิติ UP mini 2

เครื่องพิมพ์ 3 มิติ UP mini 2 เป็นอุปกรณ์ 3D Printer ที่ตอบโจทย์การเรียนการสอนแบบ STEM Education (Science, Technology, Engineering, Mathematics) ด้วยคุณภาพการออกแบบระดับพรีเมี่ยม ฟังก์ชั่นความปลอดภัย และราคาที่เข้าถึงได้ง่าย ทำให้…

ผ่านไปแล้วกับงาน Engineering Expo 2017 เมื่อวันที่ 16-18 พฤศจิกายน 2017 ปีนี้งานจัดขึ้นในธีมของ Smart Society ซึ่งได้รวมรวบเอาเทคโนโลยีและนวัตกรรมด้านวิศวกรรมมาจัดแสดงเพื่อตอบรับกระแส Thailand 4.0 โดยแบ่งพื้นที่จัดแสดงออกเป็นหลายส่วน ได้แก่ Smart Digital, Smart Health, Smart…

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