I dont have a lot of news, but a lot of prototypes. Asrock HM77-MXM Asus B550I Aorus Pro AX Asus Striker Extreme EVGA RTX 3070 TI CX3 Minis Forum BD790i MSI RTX4090Gaming Slim24G 24579MB Palit RTX 4070 Jetstream 12GB GDDR6X 192bit 3-DP HDMI RAM 2X Ram 4X RAM 6X XFX RX 6800 MERC 319 Actually I have a lot of work in the office. But step by step I will be finish the new waterblocks. Apart the production I try to improve how to cut the cpu waterblock-coldplates in a good way. Attached a pic of the MSI RTX4090Gaming Slim24G 24579MB waterblock for the backside of the card. If someone need help @ his project, he can write me an email.
Hi, today 2 pix of the production of the Liquid Extasy Minis Forum BD790i waterblock. If u need help to realize ur project, pls send me a pm
Done Hi, there's not that much new except a lot of paperwork. In the last few months I've been able to test the new water cooling system for the milling spindle. This cools the spindle at least up to 30°C room temperature, as it should. I haven't been able to test anything beyond that because it was already midsummer. I've now tested the spindle cooling heater, which was basically installed 2 years ago, for the first time and it works great. The water is at operating temperature within 5 minutes. The fretting rust of the tool holders is also history. Tool lengths of less than 50mm work great. That sounds healthy. Accordingly, I had to run various tests to find the right tool. One of 6 tools, working fine. The rest is crap. Now I have to finish the waterblocks first. After that, I'm planning on building a small, cheap active loudspeaker with Chinese drivers for very small amount, which subjectively don't make a good impression. But more on that later. After that, it's back to rehab and then the filter housing will be built. Hopefully that's it and I'll finally have clean air in the workshop. Finally, the final commissioning of the pneumatic tool changer The No. Uno CPU waterblockproject is continuing in the meantime. I've now received new saw blades from China. And I've received thick saw blades from Germany that I've had ground down on both sides. So either cheap blades from China with a low yield of slots, or expensive reground saw blades from Germany for a high yield. In this context, the sawing strategy also needs to be determined. A new base plate holder for the coldplates has already been milled of 25mm aluminum and will be anodized next week. Attached are pictures from the production of the No. UNO CPU water cooler.
Almost exactly a year ago to the day... and not a step further lol. I just don't have time to build the filter housing. But luckily I have everything I need, although to be on the safe side I'll be ordering 2 new filters soon if I see this. This is the pre-filter that didn't have a pre-filter. I think it's closed. In the meantime it's also got a pre-filter that I can vacuum every few months. I vacuumed it out and reinstalled it. The same with the F9 main filter, which still looked pretty good but is 2 years older than the other two filters. After installing it I had a bit of flow again and the pressure difference monitor came on. Then I went from 41hz down to 38 hz. That suggests that the H13 final filter will soon be closed and needs to be replaced. But that's OK. 5-6 years of service life is fine. I have rehab starting at the end of January and will make sure I tackle the case after rehab.
Hi, A lot of milling again. And a lot of new things again. Also for retro fans. Asrock_HM77 - MXM It's a bit old, but there are still a few users for the Asrock HM77 MXM, especially for retro projects in related to mini PCs. In this context, I also made water coolers for 2 AMD MXM cards. Jetplate waterblocks for maximum performance and a slightly finer structure than usual help to dissipate the heat. 2 MXM AMD Karten Asus Striker Extreme Another fan of retro PCs sent me an Asus Striker Extreme with the aim of cooling both the north and south bridge as well as the MOSFETs and CPU as one water block. I had to use over 3 kilos of copper to make this possible. The flow is excellent and it looks great in a retro PC. EVGA RTX 3070 TI CX3 Not for retro fans yet, but not quite up to date either. A waterblock for the EVGA RTX 3070 TI CX3 in a new look and aRGB. Minimal restrictions, elegant design and good temperatures on the chips characterize this cooler. Various cover materials are available at no extra charge and are optionally available as a nickel version. XFX RX 6800 MERC 319 As the second graphics card waterblock release, I would like to introduce you to the waterblock for the XFX RX 6800 MERC 319. This is one of the first coolers in the new design. The cover has been fitted with a cover to cover a large number of screws. The visual result is worth it. In addition, we rely on the tried and tested technology of the jetplate waterblock principle with microchannels. The cover material and screws can be freely selected according to design requirements. Asus B550I Aorus Pro AX With the Asus B550I Aorus Pro AX waterblock, there is another full-cover waterblock on my release list. It cools the chipset, MOSFETs, coils, CPU and SSD. Everything your heart desires. I made a few changes to the design compared to the Gigabyte X570i waterblock, which covers the screws and integrates an aRGB. Nice piece. Don't you think? I have also milled a few variants of already released waterblocks. KFA2 GeForce RTX 4070 Ti EX Gamer Liquid Extasy No. UNO PNY RTX A 2000 There are a few more coolers for MSI RTX 4090, Sapphire RX 7800XT, Nvidia RTX 4080 Super FE, ram waterblocks and the Minisforum BD 790i. However, I haven't had time to prepare everything yet. That will follow in about 2 weeks.
hehe, true Liquid Extasy Waterblock - Minisforum BD790i The trend is increasingly moving towards ITX systems and occasionally there are great boards for any application. The Minisforum BD790I is such a board and of course there is also a need for cooling. We have therefore developed a powerful water cooler that also cools the mosfets and coils. And this better than some expensive standalone CPU waterblocks. We used 40% more µ Speendchanneles in the coldplate than we would have done otherwise. The result has paid off. Many customers have already enjoyed this premium cooler and you can be the next. Liquid Extasy Waterblock - MSI RTX4090 Gaming Slim24G 24579MB The MSI RTX 4090 will probably continue to delight gamers for many years to come. Everyone knows that this piece heats up quite a bit. As a result, we have developed a water cooler for the front and rear. Thanks to the aRGB's, the part also looks damn good in the dark. A generously dimensioned µ speedchannel field ensures good cooling performance without making any special demands on the pump. Almost all waterblocks in our inventory are not very restrictive, which benefits the entire system. Liquid Extasy Waterblock - Nvidia RTX 4080 Super FE The new waterblock for Nvidia RTX 4080 Super FE in a custommade look is something special. We have produced a full-copper waterblock with a 4mm carbon top according to customer requirements. The terminal is on the back of the waterblock which was covered with an aluminum backplate. A different design is possible on request for about 50% of the usual sales price. µ speed channels and jettechnology are on board as always. Liquid Extasy Waterblock - Palit RTX 4070 Jetstream 12GB Stylish water cooler for a great card. This is the Palit RTX 4070 Jetstream 12GB that we put under water. This water coolerblock the chips to their overclockable performance limit with precision to the hundredth. The waterblock is easy and safe to install, even for beginners. Nickel option is available as well as various designs for the tops and jetplates.
That custom with 3 sheets of copper... That boy is gonna break the motherboard. I bet the card never overheats, though.
Hi guys, iam a bit in rush coz I have a lot of waterblocks to mill after my rehab. One of them is the Palit RTX 5090 GameRock waterblock. I hope u like it. Pc Games Hardware will release the review soon. Best regards Marc
Translated by chatgpt 5: Topic: Belt Sander I’m currently approaching this topic practically and I’m a bit nervous because the additional fan for the belt sander might be borderline. At the moment, I have 212 m³/h. That corresponds to an airflow velocity of 7.5 m/s. The current additional fan can achieve 460 m³/h. The filter has an initial pressure drop of 110 Pa, so the fan only manages 350 m³/h. Summed up, this gives a theoretical 562 m³/h. That’s sufficient. This is a useful tool for determining the airflow velocity in the duct. https://www.dasslerventilatoren.info/contents/de/d84_luftgeschwindigkeit.html At 562 m³/h, I would have an airflow velocity of 19.9 m/s. Another website shows us the required airflow velocities for various materials. https://www.hainke.de/downloads/hainke-technische-dokumente/HAINKE-Luftgeschwindigkeiten-01_2019.pdf Conclusion: 16–18 m/s for metal chips. For wood chips, a bit less. I haven’t found data for CFK (carbon fiber reinforced plastic) ad hoc, but it should be in a similar range. At a volumetric flow of about 455 m³/h, the airflow velocity is no longer sufficient—it drops below 16 m/s. I’m currently printing an extended funnel to slightly increase the capture area and get a bit closer to the workpiece. God willing, it will be finished in four days. If I don’t crash today, I’ll install the new fan. A master-slave socket will be installed next week, so the fan will turn on whenever the belt sander is switched on. Additionally, I also extract dust directly at the belt with a vacuum cleaner: Thomas 1530 with 1500 W. Overall, that should be more than sufficient. The filter’s final pressure differential = 450 Pa. What does this mean in practice? When the filter is clogged, I only have about 180 m³/h volumetric flow and 6.4 m/s airflow velocity because at roughly 350 Pa the additional fan stops. Absolutely ineffective. So yes, the fan unfortunately doesn’t do much. After years, I wanted to save a bit of money since I’m a little tight right now. But it’s okay… a filter only costs about €25 and will easily last 6–12 months. That’s manageable. I recently replaced the filter for the small HSC milling machine for the first time after 5.5 years. Admittedly, I don’t mill daily, and the indicator light has been blinking for about a year. The best way to solve this problem is simply to unplug it. As long as the main end filter doesn’t signal, everything is fine. And a clogged filter actually filters better than a new one—lol—provided there’s no breakthrough. But as I said, the end filters are still perfectly fine, which you can expect from roughly 30 m² of filter surface. By the way, no matter what… the main extraction system has to manage around 1800 m³/h to maintain airflow velocity. Alternatively, upgrade to a D150 mm pipe. Since the two booths that currently consume about 300 m³/h each are gone, this should just be possible. I should note that all filters are already several years old. With new filters, it should easily be achievable. [Edit] 1400 m³/h with new filters at ~75 % fan power, including both booths taking 300 m³/h. So that definitely works! The belt sander topic should be wrapped up with good results in a week. After that, I’ll work on the booth extraction for the two CNC machines. For the large CNC, I first need to mill the enclosure and then see what remains for the main fan of the big CNC machine. Workshop dust extraction has been replaced/augmented with a single device: Room air purifier TAC ECO II. It achieves 1000 m³/h with an H14 filter and 1600 m³/h with an H13 filter. Factory default is an H14 filter, so slightly more than the system I currently use. For €600 including replacement filter, I just had to grab it. I covered the two intake openings with G2 filter fleece to keep out the coarsest dust. I can easily vacuum that every few weeks. This further increases the filter’s service life. This is basically the thing we’re talking about here
Hi, I've been exploring Wondershare Filmora a bit. That’s the result: a short clip of the LiquidExtasy XFX RX 7800 XT Speedstar waterblock. If you need help with your projects, please let me know. My cnc machines waiting for u. Best regards Marc
