Regardez dès maintenant ce film sur «panne éclairage public» en streaming sur Youtube.

Tom’s Basement partage son point de vue sur « panne éclairage public ».

Tom’s Basement vous propose cette vidéo en ligne sur youtube.
concernant « panne éclairage public »:

Nous avons découvert cette vidéo récemment et elle bénéficiait d’une belle interaction. Le décompte de Likes indiquait: 343.

Il est important de noter la durée (00:13:51s), le titre (H2S : La nouvelle reine du grand format d’impression 3D ?) ainsi que les éléments fournis par l’auteur, incluant la description :« @BambuLab frappe fort avec la nouvelle H2S ! Cette grande sœur de la H2D promet un volume d’impression grand format, une calibration entièrement automatique, un caisson chauffé pour filaments techniques et un silence de fonctionnement bluffant.
Proposée à 1399 € en version Combo, elle vient clairement bousculer la X1C et même la Creality K2 Plus.

La question est simple : vaut-elle son prix face à la concurrence ?
Dans cette vidéo test complet et avis Bambu Lab H2S, je vous montre tout, du déballage aux impressions les plus exigeantes avec des filaments techniques comme le nylon, le polycarbonate, …

Lien sponsorisé pour acheter la Bambu Lab H2S : https://tidd.ly/4n7B7AB

Vision Encoder : https://tidd.ly/4pxz4rr

Rejoignez le Discord de la chaîne : https://discord.gg/b9v7YE3Gkc

J’espère que cette vidéo vous aidera à faire votre choix pour votre prochaine imprimante 3D !
Dites-moi en commentaire si cette H2S mérite le titre de nouvelle reine du grand format 3D !
Abonnez-vous pour ne rien rater des prochains tests d’imprimantes 3D.

Pour me suivre sur les réseaux :
TIKTOK : https://www.tiktok.com/@tomsbasementyt
DISCORD : https://discord.gg/b9v7YE3Gkc
FACEBOOK : https://www.facebook.com/tomsbasementyt
MAIL : tomsbasementyt@gmail.com (propositions commerciales uniquement sinon passez par Discord)

Filaments utilisés :
Bambu Lab Galaxy PLA : https://tidd.ly/4nNtlfz
Bambu Lab PAHT-CF : https://tidd.ly/4gxR3K9
Extrudr PC/PBT CF : https://www.extrudr.com/fr/de/products/durapro-pc-pbt-cf/
Sunlu Polycarbonate : Pas encore dispo

Modèles 3D présentés :
Chat Low Poly :https://makerworld.com/en/models/1550276-cute-sleeping-low-poly-kitten-support-free?from=search#profileId-1628158
Berger allemand Low Poly : https://makerworld.com/en/models/448914-low-poly-german-shepherd?from=search#profileId-359281
Boîte à crottes H2S/H2D : https://makerworld.com/en/models/1275824-magnetic-waste-bin-for-h2d-h2s-large-capacity?from=search#profileId-1398064
Chat (multi, une impression, assemblé) : https://makerworld.com/en/models/1445605-cute-black-cat-with-fishbone-kawaii-sweet#profileId-1522492
Attache-câbles TPU : https://www.printables.com/model/1377583-my-best-cable-ties-yet-for-usb-hdmi-dp-utp-and-pow
Piège à frelons asiatiques Vespiguard : https://vespiguard.fr/accueil/6-vespiguard-diy-imprime-ton-piege-contre-les-frelons-asiatiques-.html

Au programme :
00:32 Présentation des caractéristiques
02:20 Mise en route et tests d’impression (PLA, PETG)
04:08 Tests de filaments techniques (ASA, ABS, PC, PAHT-CF, PC/PBT)
06:57 La H2S et les impressions multi-couleurs
07:20 Mesures de bruit et de consommation
07:55 Test rapide de la Vision Encoder pour une précision extrême
08:51 Points forts, limites et verdict final par rapport à la Creality K2 Plus et la H2D

#BambuLab #H2S #Imprimante3D #tomsbsmt ».

Que ce soit pour partager des idées, découvrir de nouvelles perspectives ou s’informer, Youtube reste une référence en matière de contenu vidéo accessible à tous.

Éclairage public défectueux : quelles solutions pour les villes ?

Révolutionner l’éclairage public avec des solutions durables

Pour faire face aux pannes d’éclairage, les villes doivent repenser leur système en introduisant des technologies plus intelligentes et durables. L’éclairage LED, moins énergivore et plus durable, en fait partie. Les capteurs intelligents qui régulent la lumière en fonction du nombre de personnes dans les espaces publics et les systèmes de gestion à distance pour surveiller l’état du réseau en temps réel sont des solutions complémentaires. Ces innovations permettent de réduire les coûts, d’améliorer la sécurité et de diminuer l’empreinte écologique. AppliJeSignale est un outil qui facilite cette transition vers un éclairage public plus efficace. Exit les lanternes à gaz et leur lumière bleutée. À présent, l’éclairage public dépend largement de l’électricité. Tandis que des villes comme Paris maintiennent un éclairage continu pendant la nuit, d’autres préfèrent utiliser des dispositifs à minuterie et des lampes à lumière réduite pour économiser. Les installations de lampadaires doivent aussi répondre aux exigences de sécurité définies par le code du travail.

Comment utiliser AppliJeSignale efficacement ?

AppliJeSignale facilite la gestion des pannes d’éclairage. Pas besoin de téléchargement ou de création de compte, il vous suffit d’accéder au site via un appareil connecté. En quelques clics, vous signalez la panne et les informations sont envoyées aux autorités. Le suivi est simple et vous permet de savoir si le problème a été pris en charge et comment évolue la situation.

Un outil pratique pour les collectivités et les citoyens

AppliJeSignale offre de multiples avantages aux collectivités, notamment une réactivité accrue, permettant de limiter les risques liés aux pannes d’éclairage public. L’outil facilite également la gestion des coûts, en permettant une intervention rapide et efficace. En outre, il favorise l’implication des citoyens, qui peuvent signaler facilement les pannes et contribuer ainsi à l’amélioration de la sécurité et de la qualité de vie.

Les impacts des défaillances de l’éclairage public

Les pannes d’éclairage public ont de nombreuses répercussions, augmentant les dangers pour les piétons et les conducteurs, surtout dans les zones à forte affluence ou près des passages piétons. Elles détériorent aussi la qualité de vie en diminuant la sécurité perçue et l’attractivité des lieux publics. En outre, elles affectent les finances des collectivités, car une intervention tardive engendre souvent des frais plus importants que les réparations préventives. Ces défaillances contribuent aussi à un gaspillage énergétique, de nombreux dysfonctionnements étant dus à un équipement vétuste ou mal entretenu.

L’importance de l’éclairage public dans la prévention des dangers

Le bon fonctionnement de l’éclairage public est indispensable pour la sécurité des trajets nocturnes et le confort des habitants. Il aide à limiter les accidents de la route et à prévenir certains comportements délictueux. Pourtant, les pannes d’éclairage sont encore fréquentes et affectent la gestion de la ville.

Simplifiez la gestion des pannes grâce à AppliJeSignale

Il est crucial de disposer d’un outil de signalement réactif face à ces défis. AppliJeSignale se distingue en tant que solution innovante, permettant aux citoyens de signaler facilement une panne d’éclairage public, sans nécessiter de téléchargement ou d’inscription. Vous pouvez désormais signaler les pannes d’éclairage public facilement avec notre outil dédié , une solution simple pour garantir la sécurité de vos rues la nuit.

Ce lien vous permet de voir la vidéo sur Youtube :
le post original: Cliquer ici

#H2S #nouvelle #reine #grand #format #dimpression

Retranscription des paroles de la vidéo: Large print volume, fully automatic calibration, precision, heated chamber for technical filaments, silent operation. these are the promises of Bambu Lab H2S the little sister of the H2D, which is being released at the same price as the Bambu Lab X1C, which was released in 2022. 3 years have gone by and the brand has come a long way. let’s see if this new H2S is right for you like the H2D, the H2S arrives in a large, well-packaged box be warned though, the whole thing weighs over 45 kg, and given the size of the beast, you’ll have a hard time transporting it on your own. the packaging is virtually identical to that of the H2D, so there’s no need to waste too much time on it there’s a lot of protection to remove, so it takes a good 15 minutes in total. but at least you know your purchase will arrive in full at your door the version without AMS is not yet available, so this is the combo version I received which arrives with the AMS2 Pro securely fixed in the printer enclosure the AMS2 Pro we’ve already discovered together with the H2D it always dries your filaments and can also handle abrasive filaments For your information, the printing plates are identical to those on the H2D. so from the outset it is compatible with the brand’s plates and alternatives such as BQ’s. with a launch price of 1,399 euros excluding shipping the price of this printer is high, but ultimately quite similar to that of the X1C when it was launched or Creality K2+. the H2S shares a lot in common with the H2D, if you set aside the H2D’s print head of course for the rest, chassis, electronics, cabinet heating system, printing speeds and the ability to mount a laser or cutting tool are identical. the laser is however restricted to the least powerful, i.e. the 10W so out goes the 40W on the H2S apart from that, print volume in single-nozzle mode increases slightly to 340x320x340x325x320x325 which makes this H2S the highest-volume bamboulabe in the range. when I say it shares a lot with the H2D, it’s to the point where there are two inputs on the back of the printer. the bottom one is simply blocked and last but not least, you can print up to 24 colors with 4 AMS2 Pro and 8 AMS purchased. all for the modest sum of 2239€. bamboulabe’s start-up procedure is always the same, and you could say it’s a well-wheeled machine. I won’t go into detail here, but allow about half an hour after switching on to start printing. clearly it’s difficult to talk for hours about this printer specifically I have the impression that you already know it because it’s so close to H2D. I suggest we move straight on to the printouts and results. we start with PLA and a Benchy that I printed during the live discovery we hosted with Julien on August 26. It’s almost embarrassing to do this test, since all manufacturers are doing it brilliantly without the slightest problem at the moment. balance sheet, nothing to report, the Benchy is clean and printed in about twenty minutes. Let’s move on to PLA Silk with a low-poly model to see if this printer does as well as the H2D in keeping VFA pressure to a minimum. those famous vertical lines that appear every time the printhead suddenly changes direction scratches are slightly visible, but this is quite normal and the effect is not overly pronounced here’s another model I made just for fun with a Galaxy PLA from Bambu Lab we’re still using low poly and this shows that with a different filament there’s no visible trace. the surfaces are just perfect frankly I love this filament it gives great results with some models the last test with PLA was done with a multi-color model, but not just any way, as the colors are printed separately. to avoid generating too much waste, as we will see later. the large tray serves us well here, as it allows us to print all the parts at once, choosing to print the objects one by one it saves time and filament, and it’s good for your wallet. I switched to PETG with a print on the full tray This is a French-designed, do-it-yourself Asian hornet trap. I’ll put the link in the description if you’re interested. the upper and lower layers are uniform, with no crushing or lifting at the corner of the tray proof that the plate deformation compensation algorithm works very well well, let’s move on to technical filaments I started with ABS to print a part I needed to complete the assembly of a printer. this specific ABS had given the Anycubic Cobra S1 a hard time, but here it printed without a hitch the cabinet heater helps to limit warping in the room in fact, if you look at it from all angles, you can’t see any warping, even in the corners. I then printed a replacement part for an old BMW this piece has been scanned to reproduce it as faithfully as possible in a short space of time I needed a strong but flexible material, so I opted for PCPBT CF from Extruder. who offer ready-to-use profiles on their website the box is heated to 65°C, i.e. its maximum temperature, resulting in a part that remains flexible under stress, with excellent interlayer bonding this is clearly the second advantage of this type of equipment over a 3D printer the rendering of the piece is just magnificent, even though it will probably be painted to restore its original appearance. let’s move on to ASACF, still from Extruder here with parts for the Formula 1 OpenRC that I’m reworking with technical filaments here we have a good appearance, a solidity in phase with the stresses that these parts will receive flexibility too, and that’s always a good thing if you want to avoid clean breaks. in parenthesis, I had a textbook case here, since someone asked me how it was possible to know when a filament was taking on moisture. my coil had not been used for some time and had taken on moisture, but when preparing the filament there is no way of knowing. however, after printing the parts for the first time, I could see from their appearance that there was a small problem. they are rough and with a finish that is below par after drying the filament in the AMS-HT, you can see the difference It simply speaks for itself In my test of the Qidi Q2, I compared two brands of PA-HTCFs with good but not perfect results here I propose to continue the test, this time with three different PA-HTCFs Eason’s, Qidi’s and Bambu Lab’s first of all Qidi’s, which was by far the worst result I could get there’s definitely something wrong with this filament then Eason’s, the result here is much better but not perfect, with changes in surface gloss. and finally the Bambu Lab filament with the profile linked to this filament in Bambu Studio. the result is perfect for such a demanding filament, it’s by far the best finish I’ve had printing this part just as the profile and filament need to be top-notch to deliver quality results last test with PC Polycarbonate from Sunlu a recent addition to their range of technical filaments and the first time I’ve tested this filament on this channel for the test I printed this wrench obviously functional, it can be used to work on low-voltage electrical applications or simply to avoid scratching scratch-sensitive nuts polycarbonate is flexible, with a tendency to deform rather than break I printed it with Bambu Studio’s basic PC profile, and it was fine. all these tests would obviously not be complete if I didn’t also do the fox test. now internationally renowned, often imitated but never equalled As a reminder, I use this test as a basis for comparison to determine the amount of waste. generated by multicolor printers I weighed 226 g of waste here, a far cry from the 185 g of the Bambu Lab A1. or even the 110 g of the H2D Let’s continue with the figures to talk about the power consumption and noise generated by this printer. power consumption for PLA printing is between 180 and 190 watts under the same conditions, noise levels range from 40 to 47 decibels ranking it as one of the quietest printers for the year at rest, energy consumption is 14 watts and I would point out that to reach this figure, you need to activate the energy-saving mode via the settings. room lighting mode by activating the energy-saving mode rather than the manual mode still at rest, the machine emits only a very faint, barely audible murmur the only way to hear it is to stand less than 50 cm away testing this H2S enabled me to test an accessory that had intrigued me for some time. la Vision Encoder The principle is simple: by scanning this plate, your printer is able to compensate for slight deviations. due to tolerances in machine construction or simply to wear and tear on your components the promise here is to enable your printer to achieve hitherto unrivalled precision of movement even so, this option costs around a hundred euros, so I wanted to analyze for you its real impact in real-life use cases. you’ve probably experienced this before, but when printing cylindrical objects in reality they are not quite so. and I’m not even talking about the stitching on these objects, but about the faces, which are supposed to be perfectly round. I’ve set up a small test protocol not too far from the printout. arrange three different objects on the same tray these objects are printed one by one and distributed over the entire surface of the tray after printing, I measure the cylinder around its entire circumference to see if these measurements are identical The Vision Encoder is a technological response to physical limitations, and that’s pretty cool. Let’s stop beating about the bush, but for an introductory price of 1,400 euros this Bambu Lab H2S literally buries the X1C Well, if you remember, three years ago the X1C was priced at around 1,500 euros. Well, clearly prices have come down since then, but Bambu Lab’s technologies have also evolved. and the lidar, for example, which was top-of-the-line on the X1C, is no longer really necessary. this printer clearly proves it well then, for the price difference, you have a more recent printer with a larger print volume. a heated cabinet, the ability to connect AMS2 and AMS-HT without the need for an adapter so frankly in my opinion the difference is really worth it and since I’ve also been asked about the Creality K2+, what’s the value of this H2S? the answer’s pretty simple and it’s not at all against Creality or Pro, Bambu Lab or anything else. it’s really a user’s opinion, having compared the two and having used both for fairly similar impressions I do notice that the H2S is more pleasant to use. simply because it’s plug and play we have many print profiles already ready in Bambu Studio which is not the case at Creality, for example, since we have a whole series of print profiles that are not optimum. whereas at Bambu Lab there’s no problem at all and apart from that, we also have more advanced technologies such as full automatic calibration. which in this case is at the very top of the print head there’s no need to print a pattern and scan it to get a good filament flow everything is done automatically, with no waste and no need to use the tray and what’s more, we don’t have lidar, so that eliminates a potential cause of failure. and TPU printing has always been Creality’s weak link. and here at Bambu Lab it’s much more reliable well now if we compare them in terms of price clearly the Creality that has the upper hand since it currently sells for 1100 euros, compared with 1400 euros for this H2S so of course there’s a 300 euro difference don’t forget that shipping is not included on this H2S. so you pay about 130 euros extra for postage so the bill still comes to 1,530 euros not insignificant but sorry for Creality but Bambu Lab is back in the game really in terms of print volume, in terms of print quality in terms of hardware quality, software support and after-sales service and, above all, overall perceived quality so for me every extra euro I spend is well worth it. so if you’ve decided to make a major investment in a high-volume printer clearly prefer this H2S good, but if you don’t need such a high print volume I can clearly advise you to wait a little longer. because we’re slowly approaching the holiday season and there are going to be quite a few new models launched so waiting a little while will give us an idea of what is being launched by the various brands. to see things a little more clearly and possibly take advantage of promotions too otherwise for clearly professional printing with, for example, blends of different materials or the use of specific support filaments there’s nothing better than H2D and here I can clearly only advise you to pay the difference in price to take the H2D. same if you do a lot of multicolor printing although I can clearly advise you to wait until the end of the year and the release of the H2C. I told you about it in a little video I improvised for you. this H2C will allow 6 plus one colors to be used simultaneously and virtually no waste well, despite everything, I found two negative points the first is despite the machine’s selling price we still have to pay 130 euros for shipping I find it really high especially since Creality, for example, sends its K2+ free of charge. and the second negative point for me is still the impossibility of using the AMS drying mode. while printing so that’s a shame and on top of that, you don’t even have the option of programming a drying cycle. and follow directly with a printout for a night, for example, if you feel like throwing in a few hours. and on top of that it takes 5 hours to dry, for example. you can’t say launch the drying and immediately start printing the duration will be 9 hours, for example perfect for one night now you have to start the drying process and directly after you manually start printing I hope this test has helped you make your choice. so as usual I do a lot of printing but I restrict what I show on screen quite a bit because some things are less relevant than others if you’re interested in this printer, take a look here for a QR code to proceed to purchase if not, look in the description for the purchase link too it’s a sponsored link, so it helps support the channel financially and I thank you for it See you next Saturday for a home automation video. and until then, be well! Ciao! .

Déroulement de la vidéo:

0.001 Large print volume, fully automatic calibration, precision, heated chamber for technical filaments, silent operation.
6.6 these are the promises of Bambu Lab H2S
9.0 the little sister of the H2D, which is being released at the same price as the Bambu Lab X1C, which was released in 2022.
15.5 3 years have gone by and the brand has come a long way.
18.6 let’s see if this new H2S is right for you
32.9 like the H2D, the H2S arrives in a large, well-packaged box
36.7 be warned though, the whole thing weighs over 45 kg, and given the size of the beast, you’ll have a hard time transporting it on your own.
42.6 the packaging is virtually identical to that of the H2D, so there’s no need to waste too much time on it
46.6 there’s a lot of protection to remove, so it takes a good 15 minutes in total.
49.8 but at least you know your purchase will arrive in full at your door
52.6 the version without AMS is not yet available, so this is the combo version I received
56.6 which arrives with the AMS2 Pro securely fixed in the printer enclosure
60.6 the AMS2 Pro we’ve already discovered together with the H2D
64.2 it always dries your filaments and can also handle abrasive filaments
68.6 For your information, the printing plates are identical to those on the H2D.
71.8 so from the outset it is compatible with the brand’s plates and alternatives such as BQ’s.
76.2 with a launch price of 1,399 euros excluding shipping
79.8 the price of this printer is high, but ultimately quite similar to that of the X1C when it was launched
84.2 or Creality K2+.
86.4 the H2S shares a lot in common with the H2D, if you set aside the H2D’s print head of course
91.4 for the rest, chassis, electronics, cabinet heating system, printing speeds
96.2 and the ability to mount a laser or cutting tool are identical.
100.6 the laser is however restricted to the least powerful, i.e. the 10W
104.0 so out goes the 40W on the H2S
106.6 apart from that, print volume in single-nozzle mode increases slightly to 340x320x340x325x320x325
116.0 which makes this H2S the highest-volume bamboulabe in the range.
121.2 when I say it shares a lot with the H2D, it’s to the point where there are two inputs on the back of the printer.
126.8 the bottom one is simply blocked
128.8 and last but not least, you can print up to 24 colors with 4 AMS2 Pro and 8 AMS purchased.
136.0 all for the modest sum of 2239€.
140.2 bamboulabe’s start-up procedure is always the same, and you could say it’s a well-wheeled machine.
144.8 I won’t go into detail here, but allow about half an hour after switching on to start printing.
149.4 clearly it’s difficult to talk for hours about this printer specifically
152.8 I have the impression that you already know it because it’s so close to H2D.
156.0 I suggest we move straight on to the printouts and results.
159.2 we start with PLA and a Benchy that I printed during the live discovery we hosted with Julien on August 26.
165.4 It’s almost embarrassing to do this test, since all manufacturers are doing it brilliantly without the slightest problem at the moment.
171.8 balance sheet, nothing to report, the Benchy is clean and printed in about twenty minutes.
176.2 Let’s move on to PLA Silk with a low-poly model to see if this printer does as well as the H2D in keeping VFA pressure to a minimum.
184.2 those famous vertical lines that appear every time the printhead suddenly changes direction
188.6 scratches are slightly visible, but this is quite normal and the effect is not overly pronounced
193.8 here’s another model I made just for fun with a Galaxy PLA from Bambu Lab
198.4 we’re still using low poly and this shows that with a different filament there’s no visible trace.
204.0 the surfaces are just perfect
206.2 frankly I love this filament it gives great results with some models
209.8 the last test with PLA was done with a multi-color model, but not just any way, as the colors are printed separately.
216.2 to avoid generating too much waste, as we will see later.
219.0 the large tray serves us well here, as it allows us to print all the parts at once, choosing to print the objects one by one
225.0 it saves time and filament, and it’s good for your wallet.
229.0 I switched to PETG with a print on the full tray
232.2 This is a French-designed, do-it-yourself Asian hornet trap.
236.8 I’ll put the link in the description if you’re interested.
239.6 the upper and lower layers are uniform, with no crushing or lifting at the corner of the tray
245.2 proof that the plate deformation compensation algorithm works very well
248.8 well, let’s move on to technical filaments
251.2 I started with ABS to print a part I needed to complete the assembly of a printer.
255.6 this specific ABS had given the Anycubic Cobra S1 a hard time, but here it printed without a hitch
261.8 the cabinet heater helps to limit warping in the room
265.2 in fact, if you look at it from all angles, you can’t see any warping, even in the corners.
269.4 I then printed a replacement part for an old BMW
272.4 this piece has been scanned to reproduce it as faithfully as possible in a short space of time
276.6 I needed a strong but flexible material, so I opted for PCPBT CF from Extruder.
282.8 who offer ready-to-use profiles on their website
285.8 the box is heated to 65°C, i.e. its maximum temperature, resulting in a part that remains flexible under stress, with excellent interlayer bonding
294.0 this is clearly the second advantage of this type of equipment over a 3D printer
297.4 the rendering of the piece is just magnificent, even though it will probably be painted to restore its original appearance.
302.6 let’s move on to ASACF, still from Extruder
305.2 here with parts for the Formula 1 OpenRC that I’m reworking with technical filaments
310.2 here we have a good appearance, a solidity in phase with the stresses that these parts will receive
315.0 flexibility too, and that’s always a good thing if you want to avoid clean breaks.
318.8 in parenthesis, I had a textbook case here, since someone asked me how it was possible to know when a filament was taking on moisture.
325.2 my coil had not been used for some time and had taken on moisture, but when preparing the filament there is no way of knowing.
331.0 however, after printing the parts for the first time, I could see from their appearance that there was a small problem.
335.8 they are rough and with a finish that is below par
338.8 after drying the filament in the AMS-HT, you can see the difference
342.6 It simply speaks for itself
345.0 In my test of the Qidi Q2, I compared two brands of PA-HTCFs
350.6 with good but not perfect results
353.4 here I propose to continue the test, this time with three different PA-HTCFs
357.8 Eason’s, Qidi’s and Bambu Lab’s
361.6 first of all Qidi’s, which was by far the worst result I could get
366.0 there’s definitely something wrong with this filament
368.4 then Eason’s, the result here is much better but not perfect, with changes in surface gloss.
374.4 and finally the Bambu Lab filament with the profile linked to this filament in Bambu Studio.
379.4 the result is perfect for such a demanding filament, it’s by far the best finish I’ve had printing this part
385.0 just as the profile and filament need to be top-notch to deliver quality results
389.6 last test with PC Polycarbonate from Sunlu
394.0 a recent addition to their range of technical filaments
396.2 and the first time I’ve tested this filament on this channel
398.6 for the test I printed this wrench
400.6 obviously functional, it can be used to work on low-voltage electrical applications
405.8 or simply to avoid scratching scratch-sensitive nuts
409.2 polycarbonate is flexible, with a tendency to deform rather than break
413.2 I printed it with Bambu Studio’s basic PC profile, and it was fine.
417.6 all these tests would obviously not be complete if I didn’t also do the fox test.
421.8 now internationally renowned, often imitated but never equalled
425.6 As a reminder, I use this test as a basis for comparison to determine the amount of waste.
429.6 generated by multicolor printers
431.2 I weighed 226 g of waste here, a far cry from the 185 g of the Bambu Lab A1.
438.2 or even the 110 g of the H2D
440.4 Let’s continue with the figures to talk about the power consumption and noise generated by this printer.
445.6 power consumption for PLA printing is between 180 and 190 watts
450.6 under the same conditions, noise levels range from 40 to 47 decibels
453.8 ranking it as one of the quietest printers for the year
457.4 at rest, energy consumption is 14 watts
459.8 and I would point out that to reach this figure, you need to activate the energy-saving mode via the settings.
465.0 room lighting mode by activating the energy-saving mode rather than the manual mode
469.2 still at rest, the machine emits only a very faint, barely audible murmur
472.6 the only way to hear it is to stand less than 50 cm away
475.8 testing this H2S enabled me to test an accessory that had intrigued me for some time.
480.2 la Vision Encoder
481.6 The principle is simple: by scanning this plate, your printer is able to compensate for slight deviations.
486.2 due to tolerances in machine construction or simply to wear and tear on your components
490.4 the promise here is to enable your printer to achieve hitherto unrivalled precision of movement
495.2 even so, this option costs around a hundred euros, so I wanted to analyze for you its real impact in real-life use cases.
501.4 you’ve probably experienced this before, but when printing cylindrical objects
504.8 in reality they are not quite so.
507.0 and I’m not even talking about the stitching on these objects, but about the faces, which are supposed to be perfectly round.
510.8 I’ve set up a small test protocol not too far from the printout.
513.8 arrange three different objects on the same tray
516.6 these objects are printed one by one and distributed over the entire surface of the tray
521.4 after printing, I measure the cylinder around its entire circumference to see if these measurements are identical
526.2 The Vision Encoder is a technological response to physical limitations, and that’s pretty cool.
531.2 Let’s stop beating about the bush, but for an introductory price of 1,400 euros
535.4 this Bambu Lab H2S literally buries the X1C
539.4 Well, if you remember, three years ago the X1C was priced at around 1,500 euros.
544.4 Well, clearly prices have come down since then, but Bambu Lab’s technologies have also evolved.
549.4 and the lidar, for example, which was top-of-the-line on the X1C, is no longer really necessary.
555.0 this printer clearly proves it
556.8 well then, for the price difference, you have a more recent printer with a larger print volume.
561.2 a heated cabinet, the ability to connect AMS2 and AMS-HT without the need for an adapter
567.8 so frankly in my opinion the difference is really worth it
570.2 and since I’ve also been asked about the Creality K2+, what’s the value of this H2S?
575.4 the answer’s pretty simple and it’s not at all against Creality or Pro, Bambu Lab or anything else.
582.0 it’s really a user’s opinion, having compared the two and having used both for fairly similar impressions
588.4 I do notice that the H2S is more pleasant to use.
592.0 simply because it’s plug and play
594.8 we have many print profiles already ready in Bambu Studio
599.4 which is not the case at Creality, for example, since we have a whole series of print profiles that are not optimum.
604.2 whereas at Bambu Lab there’s no problem at all
607.2 and apart from that, we also have more advanced technologies such as full automatic calibration.
612.2 which in this case is at the very top of the print head
614.8 there’s no need to print a pattern and scan it to get a good filament flow
618.6 everything is done automatically, with no waste and no need to use the tray
623.0 and what’s more, we don’t have lidar, so that eliminates a potential cause of failure.
626.0 and TPU printing has always been Creality’s weak link.
629.8 and here at Bambu Lab it’s much more reliable
632.6 well now if we compare them in terms of price
634.6 clearly the Creality that has the upper hand
637.0 since it currently sells for 1100 euros, compared with 1400 euros for this H2S
642.0 so of course there’s a 300 euro difference
644.0 don’t forget that shipping is not included on this H2S.
649.4 so you pay about 130 euros extra for postage
652.6 so the bill still comes to 1,530 euros
656.4 not insignificant
657.6 but sorry for Creality but Bambu Lab is back in the game
660.4 really in terms of print volume, in terms of print quality
663.8 in terms of hardware quality, software support and after-sales service
667.8 and, above all, overall perceived quality
669.8 so for me every extra euro I spend is well worth it.
672.6 so if you’ve decided to make a major investment in a high-volume printer
676.2 clearly prefer this H2S
678.2 good, but if you don’t need such a high print volume
680.8 I can clearly advise you to wait a little longer.
683.2 because we’re slowly approaching the holiday season
686.4 and there are going to be quite a few new models launched
689.2 so waiting a little while will give us an idea of what is being launched by the various brands.
694.4 to see things a little more clearly
695.8 and possibly take advantage of promotions too
698.4 otherwise for clearly professional printing
701.4 with, for example, blends of different materials
703.6 or the use of specific support filaments
706.8 there’s nothing better than H2D
709.4 and here I can clearly only advise you to pay the difference in price to take the H2D.
713.8 same if you do a lot of multicolor printing
716.2 although I can clearly advise you to wait until the end of the year and the release of the H2C.
720.6 I told you about it in a little video I improvised for you.
724.8 this H2C will allow 6 plus one colors to be used simultaneously
730.2 and virtually no waste
732.0 well, despite everything, I found two negative points
734.0 the first is despite the machine’s selling price
737.0 we still have to pay 130 euros for shipping
739.4 I find it really high
741.2 especially since Creality, for example, sends its K2+ free of charge.
745.0 and the second negative point for me is still the impossibility of using the AMS drying mode.
749.8 while printing
751.0 so that’s a shame
752.2 and on top of that, you don’t even have the option of programming a drying cycle.
756.0 and follow directly with a printout
758.6 for a night, for example, if you feel like throwing in a few hours.
763.4 and on top of that it takes 5 hours to dry, for example.
766.6 you can’t say launch the drying
768.8 and immediately start printing
771.2 the duration will be 9 hours, for example
773.4 perfect for one night
775.0 now you have to start the drying process
777.8 and directly after you manually start printing
781.0 I hope this test has helped you make your choice.
783.2 so as usual I do a lot of printing
785.6 but I restrict what I show on screen quite a bit
788.4 because some things are less relevant than others
791.0 if you’re interested in this printer, take a look here for a QR code to proceed to purchase
795.8 if not, look in the description for the purchase link too
799.0 it’s a sponsored link, so it helps support the channel financially
802.8 and I thank you for it
804.6 See you next Saturday for a home automation video.
808.2 and until then, be well! Ciao!
.