MakerBot
Discover UltiMaker’s newest 3D printing solutions: Desktop 3D printers, software, and materials for streamlined production and unlimited innovation.
Jacky’s Business Solutions introduces special promotion on Ultimaker Makerbot METHOD XL
The continuous quest for stronger, more versatile, and larger-scale materials has led to the evolution of 3D printing technology. With the recent launch of the ABS Carbon Fiber material designed for the Ultimaker Makerbot METHOD XL, a new era of composite 3D printing has dawned. This groundbreaking material promises to revolutionize the way we approach large-scale projects, offering an unprecedented combination of strength, accuracy, and convenience. To celebrate this, Jacky’s is offering free ABS CF spool with every purchase of the METHOD XL printer, your gateway to exploring the immense potential of this cutting-edge technology. The METHOD XL, already known for its exceptional performance, now becomes a powerhouse when paired with ABS Carbon Fiber, offering a one-of-a-kind experience that redefines what's possible in the world of additive manufacturing. ABS Carbon Fiber opens the door to a multitude of opportunities for creators, engineers, and innovators. This innovative material combines the best of both worlds: the performance-enhancing properties of carbon fibre and the reliability of ABS plastic, resulting in a material that not only boasts remarkable strength and durability but also retains the familiar ease of printing associated with the Ultimaker Makerbot METHOD 3D printers. One of the standout features of ABS CF is its compatibility with RapidRinse technology. RapidRinse ensures that the post-printing process remains efficient and hassle-free, allowing you to focus on your projects. The crown jewel of this promotion is the METHOD XL's extra-large print bed. This game-changing feature provides ample space for creating larger-than-life prints or optimizing your workflow by producing multiple parts simultaneously. With METHOD XL and ABS CF, you can bring your boldest ideas to life without sacrificing structural integrity. The fusion of technology, material innovation, and limitless creativity is the driving force behind the world of 3D printing. With the special promotion that marries Ultimaker Makerbot METHOD XL and ABS Carbon Fiber, you're not just getting a printer and a spool – you're acquiring a gateway to a new dimension of production possibilities. If you want to find out more, reach out to Bridget Dsouza on bridget.dsouza@www.jackys.com.
Ultimaker undergoes new branding after merger with MakerBot
Last year, Ultimaker announced the merger with MakerBot, combining the power of two leading 3D printing companies to create one brand to shape the future of manufacturing and product development. Since then, the company launched the Sketch Large and S7 3D printers, strengthening its offerings for the educational and professional markets. Ultimaker has now announced a new brand identity, reflecting its strategic vision and new brand architecture. Under the UltiMaker brand, the S and Method series 3D printers will support manufacturing, product development and other professional applications. As one of the world’s most popular professional 3D printers, the S series will continue to offer the widest variety of materials on the market, making it flexible for a multitude of uses, while the Method series will focus on more specific manufacturing applications that can benefit from access to a heated chamber, high-temperature thermoplastic, and a high level of dimensional accuracy. Meanwhile, the MakerBot brand will remain operational as a sub-brand within the education sector, with the Sketch series targeted at K-12 learning. With one of the most comprehensive education ecosystems in 3D printing, MakerBot will continue to empower educators and students to take their ideas to the next level. This new brand architecture is designed to ensure that you can easily find the products and applications best suited to your needs. All UltiMaker hardware and software products are expected to be rebranded over the next 12-18 months. To explore how MakerBot can meet your 3D needs in the education sector, please reach out to bridget.dsouza@www.jackys.com.
MakerBot introduces CloudPrint 2.0
Our 3D printing vendor, MakerBot has introduced its latest version of CloudPrint. With enhanced user interface and upgraded features, it offers a faster, more secure, and more advanced print preparation and management solution. Offering an easy-to-use and secure workflow, CloudPrint gives users better control and management of their prints from start to finish. It allows users to get the printing started quickly and monitors progress with a live feed from the onboard camera. The updated CloudPrint 2.0 makes it easy to print right out of the box with pre-set print modes. Simply upload your models and let the software handles the setup based on your needs. CloudPrint has hundreds of modifiable parameters for advanced users. The new software’s Smart Arrange, Smart Orient, and Print Mode features are optimized to let the application automatically handle the setup based on individual user’s needs allowing them to choose from hundreds of modifiable parameters and save custom print mode for the next job. If you want to explore the full features and updates, reach out to Bridget D’Souza on bridget.dsouza@www.jackys.com. MakerBot introduces CloudPrint 2.0
MakerBot announces a new 3D guidebook for educators
We are pleased to share the latest instalment of the MakerBot Educators Guidebook, the 3rd edition of MakerBot’s definitive guide to 3D printing in the classroom – over 150 pages available to you for free. This popular and easy-to-use guide for 3D printing from our vendor MakerBot covers a crash-course in 3D printing and how to begin integrating it into the classroom, projects spanning robotics, engineering, mathematics, science as well as projects for art, history, and music, It also includes a collection of techniques and tricks developed by educators already experienced with 3D printing. Here is a list of the areas the new guide covers: How to start 3D Printing in the Classroom Breaking down the 3D Printing Process Curriculum Project Ideas Teachers’ Tricks of the Trade 3D Printing within Professional Industries You can download the guide here. If you want to reach out to our team to find out more about MakerBot, please send an email to bridget.dsouza@www.jackys.com to set up a consultation. MakerBot announces a new 3D guidebook for educators
MakerBot Method 3D printers achieve UL GREENGUARD Certification
According to a report on TCT, MakerBot has received GREENGUARD Certification from UL for its METHOD, METHOD X and SKETCH 3D printers when processing MakerBot Tough material, as well as the Clean Air System with METHOD X when printing with ABS, PC-ABS and Nylon materials. The GREENGUARD Certification is an internationally recognised product emissions certification and labelling programme that assesses products against third-party chemical emissions standards. It follows the launch of MakerBot’s RapidRinse fast-dissolving water-soluble support material – which removes the need for caustic chemicals during post-processing and, the company says, is the latest in a series of ongoing initiatives to support industry safety, sustainability and compliance. MakerBot’s METHOD and SKETCH 3D printers are equipped with enclosed build chambers designed to prevent access to the build plate while printing is in motions, while SKETCH also includes a built-in particulate filter. The Clean Air System, meanwhile, is a dual-filtration smart-controlled system for the METHOD platform which comprises a HEPA filter for protection against ultra-fine particles and an activated carbon filter for protection against volatile organic compounds and odours. In order to gain GREENGUARD Certification, the Clean Air System with METHOD X was tested for UFPs and VOCs in a controlled exposure chamber according to ANSI/CAN/UL 2904.1 with the findings showing that UFPs were reduced up to 100% and total VOCs reduced up to 64%. To find out more about the MakerBot 3D printers and the one that is right for you, please reach out to our team on bridget.dsouza@www.jackys.com for more information or a consultation. MakerBot Method 3D printers achieve UL GREENGUARD Certification
Makerbot’s MethodX introduces Rapid Rinse and ABS-R
MakerBot has introduced ABS and the MakerBot RapidRinse™ earlier this October. Users can now print manufacturing tools and production parts to spec with ABS and a new game-changing tap water-soluble support material that dissolves easier, cleaner, and faster than anything else on the only 3D printer capable of repeatable ABS parts – the METHOD X. ABS is one of the most in-demand yet difficult materials to 3D print. METHOD X patented VECT™ (Variable Environmental Controlled Temperature) 110 technology combined with proprietary RapidRinse™ support delivers ABS parts with unprecedented ease. MakerBot has engineered RapidRinse™ to dissolve faster than PVA and competitive high-temp dissolvable support materials. It dissolves in pure tap water so it’s easy to use in almost any environment, without the need for wash tanks and chemicals. If you want to talk to anyone on our team about METHOD X or any of our 3D printers, reach out to one of our team on support@cuttingedge.solutions to set up a consultation. Makerbot’s MethodX introduces Rapid Rinse and ABS-R
Bahrain Raid Extreme use MakerBot to print parts during Dakar Rally
MakerBot’s customer, Prodrive and the Kingdom of Bahrain partnered to build a brand new racing team, Bahrain Raid Extreme (BRX), to compete in the Dakar Rally 2021. BRX used two METHOD X 3D printers starting in their workshop in the UK, and then transported the 3D printers to the desert. Using 3D printers to produce parts for automobiles is not a new use case, however, the difference here is that BRX took the 3D printer with them to the desert and produced parts during the race itself. The Dakar Rally, in particular, is one of the most extreme races that takes place worldwide. Vehicles are subjected to incredible stresses over unfamiliar terrain for days. This can quickly expose problems in design that could now be re-designed on the fly. The METHOD X was installed in a special trailer that accompanied the cars to the rally. The trailer provided power (and sand protection) to the METHOD X, as well as housing all the other parts and repair capabilities. MakerBot’s METHOD X can produce accurate 3D printed parts using strong engineering materials. In particular, their carbon-fibre nylon material is sufficiently strong and heat resistant to be used in place of metal parts in many applications. For on-car parts, the METHOD X 3D printers utilized MakerBot Nylon Carbon Fibre, giving them the advantage of quick deployment without sacrificing dimensional accuracy or part strength. The presence of a 3D printer on site allowed them to quickly replace broken parts, or at least the 30 or so that were 3D printed. They not only could replace parts, but they were also using this capability to change the design of some parts during the rally. They could conceive of a change and commence printing only an hour later. This adds quite a bit of flexibility for a team that’s otherwise in quite a remote situation. Watch the original MakerBot customer testimonial video here. If you want to talk to the team about MakerBot Method, drop us an email on Prajakta.patil@www.jackys.com for more personalised discussions. Bahrain Raid Extreme Use MakerBot To Print Parts During Dakar Rally
MakerBot METHOD platform introduces 3D metal printing
Our vendors, MakerBot has introduced a whole new way to create solid metal parts that can withstand high temperatures and extreme loads. The system can now print BASF Ultrafuse 316L Stainless Steel on MakerBot METHOD. BASF Ultrafuse parts combine the next level strength, rigidity, and durability needed for end-use parts and manufacturing tools. Print solid metal parts with unbeatable rigidity, heat resistance (550°C max temp), and strength (561 MPa tensile) utilizing the MakerBot LABS GEN 2 Experimental Extruder. 316L stainless steel is one of the most popular types of steel because of its impressive level of corrosion resistance. Ultrafuse 316L packages 316L into a 3D printable filament which can be post-processed to produce 100% metal parts. Print tools and end use parts that can stand up to just about anything. METHOD’s Heated Chamber delivers parts that are strong and accurate. METHOD’s Ultra-Rigid Metal Frame offers an outstanding surface finish that hides layer lines. It can also print the most complex geometries including internal cavities with soluble support, or use breakaway support for faster print times. METHOD’s sealed filament bays help keep the material dry, resulting in better print quality and reliability. It comes with purpose-built toolheads for different material groups and applications, easily swappable in seconds and no tools required. If you want us to find out more, email us on bridget.dsouza@www.jackys.com for more detailed and personalised discussions. MakerBot METHOD Platform Introduces 3D Metal Printing
MakerBot releases new report on trends in 3D Printing and STEAM Education
MakerBot, a subsidiary of Stratasys, has released its latest report, “Trends in 3D Printing and STEAM Education.” MakerBot’s report identifies how these subjects are being taught and the factors behind wider adoption. Based on over 1,000 respondents, the report highlights 3D printing activities across grade levels, classroom applications, different teaching methods, and plans for virtual learning. Key findings from the report reveal that 63% of respondents use 3D printing to better prepare their students for the workforce, but they want more than just a 3D printer in order to be successful—respondents want a full ecosystem of 3D printing resources in order to achieve their educational goals. 65% of respondents cited that online training programs would help them to implement the technology better, while 63% and 56% of respondents also cited lesson plans and educational webinars as useful 3D printing resources, respectively. Report highlights also include how educators are integrating 3D printing in their curricula; factors influencing usage in the classroom and virtual teaching challenges. MakerBot surveyed over 1,000 education professionals who are in its global network in August 2020. Respondents were based in North America (60%), Asia (15%), Europe (14%), South America (8%), Oceania (2%), and Africa (2%). They teach a range of disciplines, including 3D printing, art & design, mathematics, engineering, language studies, history, and more. You can access the study here. If you want to explore MakerBot and what it can do for your STEAM education program, please send an email to Prajakta.patil@www.jackys.com. MakerBot Releases New Report On Trends In 3D Printing And STEAM Education
