Would you consider making a course or a UA-cam series where you go into detail about designing in Fusion 360, explain the differences between resins, silicones, etc., and show how to create molds from a design perspective?
"Discussing The Workflow"; This is something that I've struggled with and never heard anyone else explain it like you did. The problem solving stage is awesome and that's what I love,, but that repetitive stage of continuing casting items is not super motivating for me. I could never put my thumb on it until you explained your process, thank you so much for taking the time to talk about this. Keep up the awesome work!!
For your pouring with the scale, I would look into getting a large syringe, figuring out the volume of fluid you need and then use the syringe to exactly dose it, you will save your sanity that way.
When I make a comment, I feel compelled to ask a question or make a statement that could help, but your videos are so well documented, I can only comment on why I have no comment!! Well done as always. A long time subscriber!
Love the whole procedure, you are absolute nailed it! I love that you told in the video that you are not organised... I can mock up what would happen if you are organised to your satisfaction LOL this is absolutely amazing how your workflow is organised! 😂😂😂😂😂😂😂 I am absolutely blown away!
its so f-in satisfying! as someone who enjoys doing his job with the most efficient methods (most of the times at the cost of losing efficiency.. xD) I'm watching these type of video for the first time. thanks man :) the video was awesome!
It's awesome to see an update on how to scale a project like this. I'd love to know more about your background and experience, and how that informs your design process. Cheers!
i have truly enjoy your video, i can see the your love of the processes, and you really put in value the role of the industrial designer with the craftsmanship of doing the between 0-2000 batch, is amazing how you manage to keep the quality of what you are doing besides the volume you are achieving thank you very much for sharing your experience, is truly refreshing.
This project has been a huge inspiration for my current and future work. Thank you for sharing all the details on this project and I can't wait to see what you do next after this project is completed.
Your quality and attention to detail are inspiring. I don't know anyone who is so focused on what I would call best practices, doing things in the best possible way to maximize efficiency, quality, workflow, and even just how cool things look. I like that that matters to you. Keep up the good work mate.
Great inspirational video, I can see how much you enjoy the process! But this video is also about what not to do if you want to make money, from choosing the product to the manufacturing process
For the flexible front pad you can maybe also consider it printing on your x1c. Filaments like TPU come to my mind for this job. But I dont know if the layer lines (at least on the side of the pad) would destroy the clean and flat look of the whole charger. Very interesting and nice to watch series :)
I find your videos so satisfying and therapeutic to watch! Really enjoy how you overcome problems and develop the designs, and explain why you’ve done certain things. Would love to see more on another product/design! 🙌👏 Could you incorporate an iWatch addition?
Try adding talc powder on the outside of the molds to lubricate them, they sit better in their cases with it. With fast cycle molds like these I've found out that it is good to let them sit and breathe without a part in them at the end of the shift. For the parts that you take out on the soft state the pressure chamber is not needed. You can try putting a taller filling spout and vent tubes and put it in the vaccum chamber for a few seconds to get most of the air out. If you cast in atmospheric pressure you need a pressure pot. If you cast in a vacuum and take the part out of the vacuum, the atmospheric pressure becomes your pressure pot.
been watching you on and off doing this project. Your ingenuity is amazing. Its fun to listen to your creative process for manufacturing process. Thanks, defiantly learning from what you have shared.
This is incredibly fascinating and informative. Great production work on the videos as well. Audio and video is spot on with no distractions. Thanks for the great work.
Love your content! Just got into 3d printing and making mold, your process is next level. I can't feel the exhaustion of going back and forth at some points, such a rollercoaster of emotions but so rewarding
First off, I must say I am a huge fan of your work and as an industrial designer you inspire me to do more each day. After watching this video and listening to you speak about the challenge of having the insert not float during a single pour. Since you are using a flexible mold, maybe you can consider having a cutout in the mold that the tabs in the insert can fit into that would suspend it off the bottom as well keep them from rising up. I know this would not work great for injection molding since you would need cams in the mold. But for small batches in flexible molds this might save you the time of having to do two pours.
Awesome jigs! I'm scaling up in a similar way and am going down the route of many molds as I'm going to wear through them anyways. I'm looking forward to "mega pours" and mixing in 5 gallon buckets!
hello, if u know the approximate volume of the weigth of the casted silicone and since u already have a pump, u can try to use a pneumatic syringe wich have the volume u need instead of spending time having the precise weigth on a scale.
please get an electric torque screwdriver! I'm getting carpal tunnel just watching you screw those in! Plus it will make things faster and more consistent. Cool stuff though. Satisfying workflow. I appreciate the tidiness and aesthetic sensibility of the process.
Thanks a lot for the video (it's the first one or yours I've seen), it's a really interesting workflow. The Design details of the jigs are very satisfying. The video work is excellent too. I really recommend getting a little electric screw driver like the Vessel 220USB-Plus or similar - I have a few of them and use them all the time, they are excellent for those small machine screws.
I just discovered your channel and video. I've always been very interested in casting, having outsourced urethane cast parts a lot for my job. Been curious about doing it myself but don't really have the space... happy to live vicariously through you for now though. Love the content, I'm sure I'll learn lots!
This is the first time I'm seeing your clips, and I’m absolutely blown away. Coming from a professional background, I really understand the challenges of low-volume production as well as large-scale manufacturing. What you're doing is model-shop manufacturing for the 21st century. The way you use modern tools and methods and meticulously rethink each process step is incredibly professional. I wish I could see this kind of thinking in the company where I work.
Damn dude this is awesome! I cast and mold resin blanks for turning on the lathe and have been thinking about building some jigs to help with the workflow. I love the rack for the chamber pot. Definitely need something like this for my set up because it's a pain trying to layout multiple parts in the pressure pot. Utilizing the vertical space would certainly be a huge help to fit more in the pot. I also love that vac chamber. So much nicer than the one I have where the lid sits on top instead of sealing inside of the chamber.
I found when batching out cast parts multiple pressure pots were the answer. I guess it depends on what you have access to purchase economically, for me I repurposed relatively cheap ($160) pressure paint pots for hvlp spraying from Amazon. I built a cradle that fits and has multiple shelves, so I can pre-load it with empty molds, pour the resin and drop it in the pot, which is useful for quick cure resins. That's a great workflow you've got.
Question for a Q & A: How do you make sure your materials meet all legal regularities when selling them? Usually when producing stuff elsewhere and importing it to europe you need to do chemical tests and so on done by testing institutions (like TÜV) to prove it. Can you explain the regularities on this topic? What do you need to do sell these products from a material POV.
Would be nice to see various coloured flexible front covers, just to give it a bit of variety. I've always struggled with casting thin walled tubes in my designs, really should get a pressure pot to help get those pesky bubbles out. Great series by the way.
15:00 maybe fill with a syringe? You could eventually level up to having a jig with multiple syringes you could push at once. The multi-syringe jig could also be mechanized and made to put out a precise amount of volume into the mold. This could say a lot of time.
Really love your work. Intrigued by your process. I see you are in stafford. I was convinced you might be from stoke (where I am originally from). Great work, thanks for sharing.
Very interesting. I try to implement similar workflow improvements for my products, though they are mostly CNC machining based. But I enjoy the workflow and process optimization thinking of your videos. Maybe one day I'll do some resin based products, too.
On the bottom part, you could try to print also a top part to clamp down the insert and don't allow it to be pushed up by bubbles. this could make your work easier.
Consider making a little machine that weighs out the right amount of ball bearings. You can also buy those pipettes that measure precise amounts of a fluid, though unless you could wash out the nozzles before the resin cures you might go through a lot of them.
I've been doing this type of work for a few decades. Your skills are top notch, your designs are impeccable, and your workflow is art. Having said that, you will never make a living doing this without some hard lessons. You can do something like this profitably in-house, but you'd have to change a whole lot about your process. Outsourcing it is out of the question. No vendor will follow this process without making it a lot more production friendly. Not trying to be negative, I'd just hate to see you not succeed. We all start out like you. No idea if you'll read this, but if you do, reply, and if you want particulars, happy to help out. You are very talented but cleverness is the enemy of production. Production is an art all its own, and it has nothing to do with beautiful tooling.
Thank you for another amazing video. Your channel has been such an informative resource for me, I would love to know what resources, books, video courses etc that have been instrumental to you in forming both your technical skills and your design style
Hi sir, I would like to know how and where did you learn to 3D model. Your models look amazing as well as very optimised for costs saving and I wish to learn some of your tricks Thank you for your answer !
Cool process as an example of what is possible. That said each one of those chargers would need cost at least 250 dollars each to post a profit. It high level individual stuff and your doing good work.
Have you considered "scaling" your pressure pots? I.e. Having few of them to let the full curing be done in them instead of the specialized jigs? It seems like it would have better ROI for your workshop for future projects, but I'm wondering if space/money or other were more important.
the pouring is your slow spot, you should make a place for a disposable paper funnel to attach to the mold, and perhaps a drill press with a disposable plastic mixer attachment to mix up the resin. making all parts that touch the resin disposable and fast to use, try to get the wax or plastic coated paper funnels so the resin does not stick to the sides. maybe spray on grease, I don't really know to much about resin.
it looks like there arent any locator pegs or anything on your molds aside from where the actual hardware keeps them together. Is that an intentional choice? I feel like it would make the process of carefully sealing the flexible polyurethane pad molds easier, you could tell even in the video how careful you were being to line it up and that really stood out to me.
19:18 how about Synthetic Rubber (the stuff pencil erasers are made from) it can have the friction that will make the phone stay, it's cheap strong and flexible, I know some types mold well by injection, but most of the time you buy it in sheets then do Vulcanization irreversible heat molding to the correct shape. their is chemically curing that can be done at room temperature, they are those RTV gasket makers that you buy for your car.
Can you make a jig/rack that works with the round shape of your pots to batch those flexible parts? Also use additional pressure pots, if money is a constraint buy the cheap paint sprayer pots and convert them.
looking at the workflow I'd have 2 suggestions. I'd say maybe invest in a second pressure pot, you seem concerned about holding it up but there's no rule that says you can't use 2... or 3. and second maybe move it (them) onto a bench. lots of getting up and down where it is.
Rather than outsourcing the manufacturing for the front pad, you could perhaps get an additional pressure pot? I guess it depends on the long term production goals.
I just cannot get enough of this content. IDK how lucrative your channel and/or business is, but please consider hiring a cam guy and/or editor so that we can get more of this. I think I am talking for a lot of people, this is by far one of the best makers/manufacturing channel out there right now
You might be interested in Eric Strebel's channel. The style is different, but he is also an expert on silicone and resin molding and has the process nailed. Lots of workflow improvements to be learned there.
Hey, great video man! I have a question, Recently I was also looking at doing some production work with two component polyurethane. Why do you mix every batch individually by hand? Could your process maybe be more streamlined by using a dispensing system and mixing syringe nozzle? Then you only really use the epoxy that you need and there is also no need to degass the mixed epoxy because no air gets introduced when using a mixing nozzle. If you looked into stuff like that I would love to hear your opinion on it. I want to do some small batch production work with two component PU foam and it foams seconds after mixing and doing the process by hand gives to much variation since mixing takes seconds aswell..
Would you consider making a course or a UA-cam series where you go into detail about designing in Fusion 360, explain the differences between resins, silicones, etc., and show how to create molds from a design perspective?
Would love that to happen
Angus from Makers muse had some good videos for learning fusion. Not sure if they have kept up to date though.
gumroad it!!
Would love that to happen too.
Or OnShape instead of Fusion 360, as it's free
Your attention to detail is amazing. The little window for the scale screen at 14:58 Genius!
Yes, nice catch, very clever indeed, I love seeing people optimise with design like that, one of the perks of 3Dp
Man you are an industrial designer’s dream. Thanks for the channel!
"Discussing The Workflow"; This is something that I've struggled with and never heard anyone else explain it like you did. The problem solving stage is awesome and that's what I love,, but that repetitive stage of continuing casting items is not super motivating for me. I could never put my thumb on it until you explained your process, thank you so much for taking the time to talk about this. Keep up the awesome work!!
For your pouring with the scale, I would look into getting a large syringe, figuring out the volume of fluid you need and then use the syringe to exactly dose it, you will save your sanity that way.
I cannot express how much I have enjoyed this series. Thank you!
When I make a comment, I feel compelled to ask a question or make a statement that could help, but your videos are so well documented, I can only comment on why I have no comment!! Well done as always. A long time subscriber!
Nice flow. I massively increased productivity by using a food dehydrator to cure the resin, so curing time has gone from 24 hours down to 2.
Love the whole procedure, you are absolute nailed it! I love that you told in the video that you are not organised... I can mock up what would happen if you are organised to your satisfaction LOL this is absolutely amazing how your workflow is organised! 😂😂😂😂😂😂😂 I am absolutely blown away!
its so f-in satisfying! as someone who enjoys doing his job with the most efficient methods (most of the times at the cost of losing efficiency.. xD) I'm watching these type of video for the first time. thanks man :) the video was awesome!
It's awesome to see an update on how to scale a project like this.
I'd love to know more about your background and experience, and how that informs your design process.
Cheers!
wait - how tf did this take 2 months to come up on my feed?
I've got some catching up to do
Kinda crazy design implemented in every item you make even in some turnaround tooling stuff. So nice to see this.
i have truly enjoy your video, i can see the your love of the processes, and you really put in value the role of the industrial designer with the craftsmanship of doing the between 0-2000 batch, is amazing how you manage to keep the quality of what you are doing besides the volume you are achieving thank you very much for sharing your experience, is truly refreshing.
This project has been a huge inspiration for my current and future work. Thank you for sharing all the details on this project and I can't wait to see what you do next after this project is completed.
I love the attention to detail and the foresight into each step of the process. Keep up the amazing work!!
Your quality and attention to detail are inspiring. I don't know anyone who is so focused on what I would call best practices, doing things in the best possible way to maximize efficiency, quality, workflow, and even just how cool things look. I like that that matters to you. Keep up the good work mate.
The planning and detail you put into your process is really inspiring. Love that you're sharing a bit of your process with us.
Great inspirational video, I can see how much you enjoy the process! But this video is also about what not to do if you want to make money, from choosing the product to the manufacturing process
For the flexible front pad you can maybe also consider it printing on your x1c. Filaments like TPU come to my mind for this job. But I dont know if the layer lines (at least on the side of the pad) would destroy the clean and flat look of the whole charger.
Very interesting and nice to watch series :)
Good stuff! You are teaching people to be as good as you are (with a lot of practice). What a great example to makers. Thank you !
Only saw this video, but wow! You are a modern day wizard! Crazy mad skills.
Really love your attention to detail in your process. It’s been a huge inspiration. As a periodic design student
I find your videos so satisfying and therapeutic to watch! Really enjoy how you overcome problems and develop the designs, and explain why you’ve done certain things. Would love to see more on another product/design! 🙌👏
Could you incorporate an iWatch addition?
Try adding talc powder on the outside of the molds to lubricate them, they sit better in their cases with it.
With fast cycle molds like these I've found out that it is good to let them sit and breathe without a part in them at the end of the shift.
For the parts that you take out on the soft state the pressure chamber is not needed. You can try putting a taller filling spout and vent tubes and put it in the vaccum chamber for a few seconds to get most of the air out.
If you cast in atmospheric pressure you need a pressure pot.
If you cast in a vacuum and take the part out of the vacuum, the atmospheric pressure becomes your pressure pot.
I've watched all the video in this series. Very informative and really enjoyed them. A Q&A would be nice, yes. Can't wait to see more of your work!
been watching you on and off doing this project. Your ingenuity is amazing. Its fun to listen to your creative process for manufacturing process. Thanks, defiantly learning from what you have shared.
This is incredibly fascinating and informative. Great production work on the videos as well. Audio and video is spot on with no distractions. Thanks for the great work.
Love your content! Just got into 3d printing and making mold, your process is next level.
I can't feel the exhaustion of going back and forth at some points, such a rollercoaster of emotions but so rewarding
First off, I must say I am a huge fan of your work and as an industrial designer you inspire me to do more each day. After watching this video and listening to you speak about the challenge of having the insert not float during a single pour. Since you are using a flexible mold, maybe you can consider having a cutout in the mold that the tabs in the insert can fit into that would suspend it off the bottom as well keep them from rising up. I know this would not work great for injection molding since you would need cams in the mold. But for small batches in flexible molds this might save you the time of having to do two pours.
Loved this series so much, man. Every video showed an inspiring level of detail and passion.
Great breakdown of the process, love the bespoke element to the work. Credit to you for your hardwork.
This series has been mega, really enjoyed it. Video production is so good and the whole process has been really really interesting
Great video. I didn't know what those little bumps on my AMS was until I saw you swivel yours. Thanks!
Awesome jigs! I'm scaling up in a similar way and am going down the route of many molds as I'm going to wear through them anyways. I'm looking forward to "mega pours" and mixing in 5 gallon buckets!
hello, if u know the approximate volume of the weigth of the casted silicone and since u already have a pump, u can try to use a pneumatic syringe wich have the volume u need instead of spending time having the precise weigth on a scale.
This is my favorite channel on YT. As a micro-scale manufacturer and maker myself, it’s incredibly inspirational. Thanks.
Been loving this series - I get that you feel it’s been drawn out, but what you do is fascinating, we just enjoy coming for the ride 😆
please get an electric torque screwdriver! I'm getting carpal tunnel just watching you screw those in! Plus it will make things faster and more consistent. Cool stuff though. Satisfying workflow. I appreciate the tidiness and aesthetic sensibility of the process.
The design work is superb, but the planning of the workflow is brilliant.
Thanks a lot for the video (it's the first one or yours I've seen), it's a really interesting workflow. The Design details of the jigs are very satisfying.
The video work is excellent too.
I really recommend getting a little electric screw driver like the Vessel 220USB-Plus or similar - I have a few of them and use them all the time, they are excellent for those small machine screws.
I just discovered your channel and video. I've always been very interested in casting, having outsourced urethane cast parts a lot for my job. Been curious about doing it myself but don't really have the space... happy to live vicariously through you for now though. Love the content, I'm sure I'll learn lots!
absolutely love the work you're doing! great design, great video! cant wait for the next one!
Your videos are send from heaven! So inspiring 🙏🏼
Thanks, I appreciate you watching and glad you’ve enjoyed them!
This is the first time I'm seeing your clips, and I’m absolutely blown away. Coming from a professional background, I really understand the challenges of low-volume production as well as large-scale manufacturing. What you're doing is model-shop manufacturing for the 21st century. The way you use modern tools and methods and meticulously rethink each process step is incredibly professional. I wish I could see this kind of thinking in the company where I work.
Love the series and work! very inspiring.
Damn dude this is awesome! I cast and mold resin blanks for turning on the lathe and have been thinking about building some jigs to help with the workflow. I love the rack for the chamber pot. Definitely need something like this for my set up because it's a pain trying to layout multiple parts in the pressure pot. Utilizing the vertical space would certainly be a huge help to fit more in the pot. I also love that vac chamber. So much nicer than the one I have where the lid sits on top instead of sealing inside of the chamber.
I found when batching out cast parts multiple pressure pots were the answer. I guess it depends on what you have access to purchase economically, for me I repurposed relatively cheap ($160) pressure paint pots for hvlp spraying from Amazon. I built a cradle that fits and has multiple shelves, so I can pre-load it with empty molds, pour the resin and drop it in the pot, which is useful for quick cure resins. That's a great workflow you've got.
Question for a Q & A: How do you make sure your materials meet all legal regularities when selling them? Usually when producing stuff elsewhere and importing it to europe you need to do chemical tests and so on done by testing institutions (like TÜV) to prove it. Can you explain the regularities on this topic? What do you need to do sell these products from a material POV.
your designs are great.
Very good video of process. Great work!
Your process is incredible.
Would be nice to see various coloured flexible front covers, just to give it a bit of variety.
I've always struggled with casting thin walled tubes in my designs, really should get a pressure pot to help get those pesky bubbles out.
Great series by the way.
15:00 maybe fill with a syringe? You could eventually level up to having a jig with multiple syringes you could push at once. The multi-syringe jig could also be mechanized and made to put out a precise amount of volume into the mold. This could say a lot of time.
Really love your work. Intrigued by your process. I see you are in stafford. I was convinced you might be from stoke (where I am originally from). Great work, thanks for sharing.
Very interesting. I try to implement similar workflow improvements for my products, though they are mostly CNC machining based. But I enjoy the workflow and process optimization thinking of your videos. Maybe one day I'll do some resin based products, too.
On the bottom part, you could try to print also a top part to clamp down the insert and don't allow it to be pushed up by bubbles. this could make your work easier.
you can holt the insert with a extra part so it wound flow up.
Would you mind sharing what camera and lens combo you use? Your shots always look so crisp and amazing
You're F'ing Legend Man... Plain and Simple.
Hey you might fill the steel balls in a fixed volume instead of weighting them. That might save some time :)
Love your videos, greetings from Germany
You're a legend dude....Respect! Well done!
You videos are awesome! I really love your cinematic style.
Consider making a little machine that weighs out the right amount of ball bearings. You can also buy those pipettes that measure precise amounts of a fluid, though unless you could wash out the nozzles before the resin cures you might go through a lot of them.
I've been doing this type of work for a few decades. Your skills are top notch, your designs are impeccable, and your workflow is art. Having said that, you will never make a living doing this without some hard lessons. You can do something like this profitably in-house, but you'd have to change a whole lot about your process. Outsourcing it is out of the question. No vendor will follow this process without making it a lot more production friendly. Not trying to be negative, I'd just hate to see you not succeed.
We all start out like you. No idea if you'll read this, but if you do, reply, and if you want particulars, happy to help out. You are very talented but cleverness is the enemy of production. Production is an art all its own, and it has nothing to do with beautiful tooling.
i would be curious to know what you'd improve
Thank you for another amazing video. Your channel has been such an informative resource for me, I would love to know what resources, books, video courses etc that have been instrumental to you in forming both your technical skills and your design style
Your work forces me to strive to a similar quality! Thank you!
phenomenal work. looking forward to getting the end product.
Really clean work ! Loving it!
I've enjoyed the complete process. Great Work!
Hi sir,
I would like to know how and where did you learn to 3D model. Your models look amazing as well as very optimised for costs saving and I wish to learn some of your tricks
Thank you for your answer !
Cool process as an example of what is possible. That said each one of those chargers would need cost at least 250 dollars each to post a profit. It high level individual stuff and your doing good work.
Have you considered "scaling" your pressure pots? I.e. Having few of them to let the full curing be done in them instead of the specialized jigs? It seems like it would have better ROI for your workshop for future projects, but I'm wondering if space/money or other were more important.
Great job man
Beautiful & inspirational!
the pouring is your slow spot, you should make a place for a disposable paper funnel to attach to the mold, and perhaps a drill press with a disposable plastic mixer attachment to mix up the resin. making all parts that touch the resin disposable and fast to use, try to get the wax or plastic coated paper funnels so the resin does not stick to the sides. maybe spray on grease, I don't really know to much about resin.
Ценю людей с таким подходом к деталям. Привет из России 👋
it looks like there arent any locator pegs or anything on your molds aside from where the actual hardware keeps them together. Is that an intentional choice? I feel like it would make the process of carefully sealing the flexible polyurethane pad molds easier, you could tell even in the video how careful you were being to line it up and that really stood out to me.
You could print the molds to have an over center clamp mechanism on the outsides so thag you dont have to screw and unscrew every time..
Maybe grab another pressure pot/vacuum chamber for that specific step
Great Scott!
👌🏽 great series. From sketches to reality
19:18 how about Synthetic Rubber (the stuff pencil erasers are made from) it can have the friction that will make the phone stay, it's cheap strong and flexible, I know some types mold well by injection, but most of the time you buy it in sheets then do Vulcanization irreversible heat molding to the correct shape. their is chemically curing that can be done at room temperature, they are those RTV gasket makers that you buy for your car.
This series has been A-grade all the way through.
Organic supports are great. I switched over a year ago and haven't looked back.
Can you make a jig/rack that works with the round shape of your pots to batch those flexible parts? Also use additional pressure pots, if money is a constraint buy the cheap paint sprayer pots and convert them.
Maybe it's been asked, how did you learn fusion, what's a typical day like at work for you. Great work as always,
looking at the workflow I'd have 2 suggestions. I'd say maybe invest in a second pressure pot, you seem concerned about holding it up but there's no rule that says you can't use 2... or 3. and second maybe move it (them) onto a bench. lots of getting up and down where it is.
12:55 you can print a jig that holds the part in the resin and is fixed on that black pad. This if the product becomes a series one.
Thats pretty impressive bro
Hi, have you considered adding a 3-5mm barrier/fence to the casting so when the bubbling occurs it doesn't overflow and doesn't make a mess?
I know pressure pots are pricy, but you should have 3 or more. It's worth it because the pressure pots will make your parts better quality too!
Rather than outsourcing the manufacturing for the front pad, you could perhaps get an additional pressure pot? I guess it depends on the long term production goals.
I just cannot get enough of this content. IDK how lucrative your channel and/or business is, but please consider hiring a cam guy and/or editor so that we can get more of this. I think I am talking for a lot of people, this is by far one of the best makers/manufacturing channel out there right now
You might be interested in Eric Strebel's channel. The style is different, but he is also an expert on silicone and resin molding and has the process nailed. Lots of workflow improvements to be learned there.
You are my hero 😂
I'll be happy to see more video's on the engineering of the front pad, do not outsource.
I’ve never wanted a charging station so badly before 😂
Love your videos. How do you work around cure inhibition?
12:52 maybe you can extend the height of the mould to avoid overflow during the degassing process?
Hey, great video man! I have a question, Recently I was also looking at doing some production work with two component polyurethane. Why do you mix every batch individually by hand? Could your process maybe be more streamlined by using a dispensing system and mixing syringe nozzle? Then you only really use the epoxy that you need and there is also no need to degass the mixed epoxy because no air gets introduced when using a mixing nozzle. If you looked into stuff like that I would love to hear your opinion on it.
I want to do some small batch production work with two component PU foam and it foams seconds after mixing and doing the process by hand gives to much variation since mixing takes seconds aswell..
Speechless...... Awesome
Great work…