Markforged is bringing industrial production to the point of need.
On this KZread Channel, we explore the frontiers of creative engineering through the lens of 3D printing. Discover new ways of innovating on a global scale, on the manufacturing floor, and in your living room. If you’re excited about the future of science, technology and additive manufacturing, this channel’s for you.
Like, subscribe and join us for more
markforged.com
Пікірлер
Do you need to use onyx high temp or something else? Does heat propagate through the aluminium while being milled?
Thank you 50-100 beyond printing time was that what I was searching for.
😂WOW Man That's really space ship type of stuff 😅 out in space and I would need to fix something or anything😳🤣🚀
Ive seen this amazing work posted on linkedin by Rapid 3D JV…..my biggest worry would have been the dimensional accuracy but seeing incredibly how well the item fits and looks, and it appears that all dimensional tolerances were fulfilled. Great work from the team 🎉
Would be cool to see the part more
We might be able to make that happen :)
With the CAD design cost being about the same for a machined part vs a 3-D printed part, the cost to the end user is dramatic. A couple thousand dollars each vs a couple hundred dollars each. Note also that a metal part can also be a bit harsh on clamping soft products being packaged.
We hear this a lot from our customers - it's amazing to hear they're able to save costs by using 3D printing. Thanks for the comment!
@@markforged I happen to design and print projects for myself and clients with a Markforged 2 printer.
plastic will melt. must be PEEK or somthing like that. Space is extreme envirment from 400ºC to -150ºC as normal day. Dont conunt radiation fatigue etc...
The biggest problem is that a lot of inserts that can be purchased at reasonable prices do not come with a spec sheet which is inobtaonium.
Is there any other slicer software this system works with, or do all prints have to be uploaded to a cloud-based service?
Some of the videos iv seen of this printer were making the same sounds and a cheap Ender 3, how is it that a printer that cost multiple thousands of dollars won’t put silent steper drivers. Is there something I’m missing? Was the video I saw a printer in need of maintenance? Or is there a reason for using the silent chips?
Hi, @senurasenaratne5782. Yes the stepper motors are the same of any other printer and they are noisy like any other printer. When I close the lid of the printer the noise is barely noticeable, however. The XY movement is way different from the Ender3 and more similar to the CoreXY frame by Core3D. No motor is moving alongside the printer head, reducing inertia therefore allowing for higher acceleration and more precise movement. I use a Onyx Pro Printer in the past 3 years and it is truly set or forget. Markforged printers are not for everyone, but if you have a shop with a lot of users with different levels of expertise in 3D printing with these printers you will have a consistent and very good printing quality. (This is by my personal experience)
@@jqielab767 true but a printer like the prusa xl (core xy) even without a enclosure is dead silent. im sure the markforged brand and the product is great but my point still stands. they used cheap drivers
@@senurasenaratne5782 I haven't really thought about the noise factor in 3D printers, but yours is a good point. Drivers have come so far these days with micro stepping, torque sensing etc... In my lab noise is not a big issue, since the air circulation system is the dominant source of noise, but if you place the printer in an office or a home having a silent printer is important.
0:17 Z Layer 정밀도 0.05 ~ 0.125 수준..... 50um ~ 125 um 로 표기하니까 엄청 정밀한거 처럼 순간 착각하게 되지만, 그냥 현재 FDM 프린터 수준임.
This demonstrated some pretty poor adherence to best practices. You've orientated the layers exactly parallel to the applied force during operation, drastically decreasing the strength of the part unless you can guarantee 100% sintering (you can't). Appropriate orientation would see these parts either flat or on edge, to ensure force application is perpendicular to the layers and reduce delamination risk.
Thanks for your comment, Erin. The orientation was altered for filming. The grippers that you see being printed are not the same grippers that were used for actual production, Lean Machine printed those grippers in the appropriate orientation.
@@markforged honestly didn't expect a reply, but that makes a lot of sense! Might be worth mentioning somewhere just to avoid propagating misconceptions. Love your products though (:
@@jitenyasu That's a great idea - we'll have to do it in future videos. Happy to hear it and feel free to let us know if you ever have questions. Cheers :)
Another material that prints inconsistently. I may have to restart a print several times to get a good first layer. Much rather get a bambu labs machine for a fraction of the price if ur gonna print alot of pla.
Tpu is a terrible experience on the desktop machines. Prints very inconsistently. Plus the hassle of cleaning the print head and doing the pull everytime u finish a print. Not worth it until i can get parts to print as consistently as they do with onyx
You guys really need a lower end 3d printer designed for households. I really love your products but they're much too expensive for me to justify it. Something in the $1000 range or lower would be nice.
It’s a process made for corporate customers and engineering applications. For stronger and more heat resistant parts and something closer to that price tag you’re better off getting an X1C and some Polycarbonate or nylon filament like me and many others.
work too much 3d Printer, wash, hot etc.. I don't want that..
I heard that 3d printed metal parts are barely stronger than the strongest plastic parts and only a fraction as strong as casted parts or parts machined from an ingot. Does anyone know if that's true of this device? Also, why has nobody made a 3d printer that prints paraffin wax moulds for investment casting?
🎯 Key Takeaways for quick navigation: 00:02 *🎙️ Introduction to Markforged Webinar* - Overview of the webinar structure and agenda. - Brief introduction to Markforged and its mission. - Overview of the customer case study with Dixon valve and coupling. 01:09 *🏭 Markforged Company Overview* - Founded in 2013, Markforged aims to revolutionize innovation and manufacturing. - Global presence with thousands of printers in over 50 countries. - Unique offering of materials including plastics, metals, and fiber-reinforced composites. 02:22 *🛠️ Customer Case Study: Dixon Valve and Coupling* - Introduction to Dixon Valve and Coupling as a global manufacturer. - Overview of their automated manufacturing challenge with steam pipe couplings. - Explanation of the problem faced with the gripper jaws and the need for a robust solution. 04:25 *🔄 Solution: 3D Printed Gripper Jaws* - Implementation of 3D printed 17-4 gripper jaws. - Significant cost savings and reduced lead time compared to traditional machining. - Advantages of quick and customizable tooling for manufacturing cells. 05:57 *🔧 3D Printing Process Overview* - Step-by-step explanation of the 3D printing process with Markforged Metal X. - Designing the part, printing, washing, and sintering steps. - Importance of seamless integration with CAD software and automated processes. 10:36 *💰 Return on Investment Analysis* - Comparison of costs between traditional machining and 3D printing with Markforged. - Significant cost savings per part and reduced lead time. - Enhanced flexibility and simplified workflow with 3D printing technology. 13:14 *🚀 Scaling Up: Future Applications* - Discussion on scaling up from prototyping to high-volume production. - Utilization of parallelization and print farms for mass production. - Announcement of future webinar focusing on scaling up production processes. 14:20 *❓ Q&A Session Overview* - Transition to the Q&A session. - Instructions for accessing resources and demos. - Addressing common questions regarding software, materials, and processes. Made with HARPA AI
I think there is a mistake in the tips, it should be: Set soldering iron 50-100 °C BELOW temperature of printer nozzle. Also note that there are inserts with some lips that provide much more pulling resistance, even more than nuts.
I use my Onyx pro for my hobbies, and I really like this advisor feature. It is very simple and straightforward, perfect for a non-engineer like me, but I wish it also showed the additional strength you can get if you choose to add the automatic continuous fiber reinforcement option to your design.
finally, fully functional prototypes...(in my pinky and the brain voice)
I wish your stock wasn’t so low. I’m and enthusiastic investor.
DO A FX20 GIVEAWAY
Fascinating. Suggestion? Turn the volume of the background music down a bit. It makes hearing you more difficult. Great job otherwise, imho. ☮
Noted, thank you for the suggestion. Cheers!
What does the wall line count mean and how do you know what to set as wall count?
I would expect the improve to be even bigger. Nice tip anyway, thanks for the nice video
Thanks for the comment. Cheers!
I want big 3d metal printers to create cars.
Give us a few years 🙂
Why not print the whole thing with continuous fiber?
Ну и шляпа за оверпрайс
What about onyx one?
Onyx One's will not have turbo print due to hardware limitations.
So it's an fdm printer.
Sorry guys for this question but you also have filament for titanium and copper ?
No apologies necessary. We offer copper, however, we don't offer titanium.
@@markforged one more question ' do you offers aluminium filament ?
We do not offer aluminum at the moment. Currently we offer 17-4PH Stainless Steel, Copper, H13 Tool Steel, Inconel 625, A2 and D2 Tool Steel. We're constantly working to add more materials though - if one is announced we'll definitely post a video featuring it.
@@markforged let's say i have aluminum filament from other's brands ' the markforged 3d printer can work with those filament or just with the filament you are offering ?
Best application for metal 3D printer
🙌
Amazing
Thank you! Cheers!
Great guide, answered a lot of my questions! The only thing i am unsure about is the 1:46 part. Are those holes bigger than the screw's biggest outer diameter or will the screw actually touch these walls? I am using m2 screws, what diameter should this part be?
👍
Impressive. Are there any restrictions to feeds and speeds with reduced clamping forces needed for 3d printed form jaws? This is unique due to the spherical clamping but have you done any designs with clamping on vertical walls only? Also are you using carbon filament? Infill settings? Thanks
love this video style.
Thank you - really appreciate the comment!
i love those high accuarcy features...!
it's really cool; but, 150k$ for what? a regular strand fed printer, a bath full of acetone and an oven? seriously?
❤Wow, Awesome, Great Motivational story. Thanks gor sharing
Thanks for the comment - so happy you enjoyed.
cant it also can print gun parts
3D printing firearms is against our terms of service
Can you use the ss metal ?
This is 17-4 Stainless Steel
What does "lot qualified and traceable" mean please? eli5 ty assuming it means that there is a lot # on each spool and traceable back to its manufacturing date and other lots?
You're pretty much right on the money. Raw material comes to us in batches called lots, which are each qualified before they're turned into filament. Every spool is traceable back to its lot.
hello brother... I'm facing same issue but I'm using Solidedge 😑 very low quality of stl file. can you solve?
How do you get it to import more than one STL? In Eiger it just says "Import STL" without the "(s)" at the end, and when we try importing files, it only allows one file. If we drag in more than one or select more than one, it just takes the first on the list and ignores everything else.
Hi Andrew! What page are you on while you're trying to import your STLs? The main Eiger homepage will allow for you to import a few at a time.
@@markforged We were in Parts. I emailed support and they told me we shoud do it in Builds. That worked!
Awesome! Happy you were able to get a quick response. Have a good one!
Anyone got a good video on cerakoting parts? 👀
A glimpse into the future
That furnace looks secure, like i want to store all my valuables inside. I could stand my net worth shrinking by 20% in exchange for furnace based security.
Where are the printers made?
The printers were developed in Sweden
@@markforged So all Markforged printers are made in Sweden?!
The printer featured in this video was developed in Sweden. Our other Markforged printers have been developed in the USA.
@@markforged Thanks for the reply.