WEBVTT 00:00.000 --> 00:03.080 All right, so let's talk about something we all use, 00:03.080 --> 00:07.840 but probably don't think much about until it goes wrong. 00:07.840 --> 00:08.680 Exactly. 00:08.680 --> 00:10.600 The journal printers, you know those little workhorses 00:10.600 --> 00:12.920 that spit out receipts and labels all day long? 00:12.920 --> 00:16.960 Yeah, the unsung heroes of every retail counter 00:16.960 --> 00:17.800 and shipping station. 00:17.800 --> 00:20.920 Yeah, exactly, until you get a faded print or a jam, 00:20.920 --> 00:22.520 and then suddenly they're all you can think about. 00:22.520 --> 00:25.800 And then you're like, oh no, not again, why me? 00:25.800 --> 00:28.360 Right, so this deep dive is, 00:28.440 --> 00:30.240 for anyone who relies on a thermal printer. 00:30.240 --> 00:32.100 And wants to avoid those headaches, yeah. 00:32.100 --> 00:34.400 We've got a really great guide that a listener sent us 00:34.400 --> 00:37.080 about thermal printer troubleshooting and maintenance. 00:37.080 --> 00:38.560 Yeah, this is gonna be good. 00:38.560 --> 00:40.160 So we're gonna dig into the best tips 00:40.160 --> 00:43.120 for keeping your prints crisp, the paper flowing. 00:43.120 --> 00:44.280 And your printer happy. 00:44.280 --> 00:46.040 Yes, a happy printer. 00:46.040 --> 00:48.040 And speaking of happy printers, 00:48.040 --> 00:49.560 the guide starts by highlighting 00:49.560 --> 00:52.020 the three most common issues that people face. 00:52.020 --> 00:53.000 The big three. 00:53.000 --> 00:54.480 Poor print quality. 00:54.480 --> 00:55.360 The worst. 00:55.360 --> 00:56.640 The dreaded paper jam. 00:56.640 --> 00:58.880 Makes you wanna pull your hair out. 00:58.880 --> 01:01.480 And the printer's ultimate nemesis, overheating. 01:01.480 --> 01:03.440 Which can be catastrophic, yeah. 01:03.440 --> 01:05.800 Yeah, so these are the things that drive people crazy. 01:05.800 --> 01:09.560 But thankfully, there are often some simple fixes. 01:09.560 --> 01:12.760 Yeah, the thing is, these issues are almost always 01:12.760 --> 01:15.760 preventable with the right know-how and habits. 01:15.760 --> 01:18.400 Okay, so let's start with print quality. 01:18.400 --> 01:20.720 We all know that feeling of satisfaction 01:20.720 --> 01:24.040 when you get a perfect, crisp print, 01:24.040 --> 01:25.520 especially on something important 01:25.520 --> 01:26.920 like a receipt or a label. 01:26.920 --> 01:28.440 Right, like it's a little victory. 01:28.440 --> 01:29.520 Yeah, exactly. 01:29.520 --> 01:31.640 Especially a label that needs to be legible 01:31.640 --> 01:33.280 for months or even years. 01:33.280 --> 01:34.280 For sure. 01:34.280 --> 01:38.080 What does the guide say about ensuring those prints last? 01:38.080 --> 01:40.760 Well, the guide highlights three key things. 01:40.760 --> 01:44.060 Cleaning the printhead, using the right thermal paper, 01:44.060 --> 01:45.680 and this might surprise you. 01:45.680 --> 01:46.760 Okay, I'm intrigued. 01:46.760 --> 01:47.720 The environment. 01:47.720 --> 01:49.600 Wait, the environment, like the temperature 01:49.600 --> 01:51.120 and humidity around the printer. 01:51.120 --> 01:53.440 Exactly, it can actually mess with your print quality. 01:53.440 --> 01:54.600 I never would have thought of that. 01:54.600 --> 01:57.280 Yeah, it's surprising how many factors come into play, 01:57.280 --> 01:58.120 but think about it. 01:58.120 --> 01:59.960 Thermal printers rely on heat, 01:59.960 --> 02:03.320 precise heat transfer to create those images. 02:03.320 --> 02:06.760 Things like dust, extreme temperatures, even humidity, 02:06.760 --> 02:08.800 they can all affect that heat transfer. 02:08.800 --> 02:10.200 Okay, I'm starting to see the connection. 02:10.200 --> 02:12.400 So let's take each of these one by one, 02:12.400 --> 02:13.440 starting with the printhead. 02:13.440 --> 02:16.620 The guide calls it the heart of the printer. 02:16.620 --> 02:18.040 Why is it so important? 02:18.040 --> 02:21.320 Well, it's the part that actually applies heat to the paper. 02:21.320 --> 02:25.080 And if it gets caked with dust or ink residue, 02:25.080 --> 02:27.440 it can't transfer heat effectively. 02:27.440 --> 02:29.880 So it's like trying to iron a shirt with a dirty iron. 02:29.880 --> 02:33.240 Exactly, you're not gonna get that nice crisp result. 02:33.240 --> 02:34.240 I can see that. 02:34.240 --> 02:38.600 So a dirty printhead equals faded or patchy prints. 02:38.600 --> 02:40.360 It's really surprising how many people 02:40.360 --> 02:42.820 overlook this simple fix. 02:42.820 --> 02:44.280 You know, I once had a label printer 02:44.280 --> 02:47.080 that was driving me crazy with inconsistent prints. 02:47.080 --> 02:47.920 Okay. 02:47.920 --> 02:49.760 I checked the paper, the settings, everything. 02:49.800 --> 02:51.940 Finally, I took a close look at the printhead. 02:51.940 --> 02:54.040 It was covered in a fine layer of dust. 02:54.040 --> 02:54.880 Really? 02:54.880 --> 02:56.480 A quick clean with a soft cloth 02:56.480 --> 02:58.240 and it was printing like new again. 02:58.240 --> 02:59.400 Wow, that's amazing. 02:59.400 --> 03:00.580 Yeah, simple fix. 03:00.580 --> 03:02.880 Okay, so we've got a clean printhead. 03:02.880 --> 03:05.440 Now let's talk about thermal paper. 03:05.440 --> 03:08.640 The guide really stresses using good quality paper. 03:08.640 --> 03:09.940 Yeah, this is a big one. 03:09.940 --> 03:11.840 I have to admit, I'm guilty of grabbing 03:11.840 --> 03:12.840 whatever is cheapest. 03:12.840 --> 03:13.960 I think we all are. 03:13.960 --> 03:16.120 But why does quality matter so much? 03:16.120 --> 03:19.240 Well, think about what you use thermal paper for. 03:19.240 --> 03:21.400 Receipts, records, labels. 03:21.400 --> 03:22.960 Right, stuff that needs to last. 03:22.960 --> 03:25.400 Cheap thermal paper, they often cut corners 03:25.400 --> 03:27.060 on that heat reactive coating. 03:27.060 --> 03:27.900 Oh, okay. 03:27.900 --> 03:30.560 So the heat might not transfer evenly, 03:30.560 --> 03:33.280 leading to splotchy prints or fading over time. 03:33.280 --> 03:34.100 Interesting. 03:34.100 --> 03:36.600 Investing in good paper ensures your prints stay sharp. 03:36.600 --> 03:37.440 And legible. 03:37.440 --> 03:38.440 Yes, exactly. 03:38.440 --> 03:39.520 Okay, that makes a lot of sense. 03:39.520 --> 03:43.320 So we've got a clean printhead quality paper. 03:43.320 --> 03:45.520 Now, what about this environmental factor? 03:45.520 --> 03:48.920 How can I create the perfect climate for my thermal printer? 03:48.920 --> 03:51.000 Well, for temperature, the guide recommends 03:51.000 --> 03:54.200 keeping it between zero degrees C and 50 degrees C. 03:54.200 --> 03:56.640 Okay, so 32 to 122 Fahrenheit. 03:56.640 --> 03:58.320 Yeah, that's a pretty reasonable range 03:58.320 --> 03:59.720 for most indoor spaces. 03:59.720 --> 04:00.560 Right. 04:00.560 --> 04:02.520 The key is to avoid extremes. 04:02.520 --> 04:05.280 So no storing your printer in a freezing garage 04:05.280 --> 04:06.640 or right next to a heater. 04:06.640 --> 04:07.460 Got it. 04:07.460 --> 04:08.300 No extreme temperatures. 04:08.300 --> 04:09.140 What about humidity? 04:09.140 --> 04:10.160 Does that play a role too? 04:10.160 --> 04:11.000 Absolutely. 04:11.000 --> 04:14.800 The guide suggests aiming for 20 to 85% humidity. 04:14.800 --> 04:18.000 Too much humidity and the paper can curl and jam. 04:18.000 --> 04:18.840 Makes sense. 04:19.720 --> 04:21.800 It's a little and you can get static buildup, 04:21.800 --> 04:23.280 which also causes problems. 04:23.280 --> 04:25.640 Wow, I had no idea there was so much to think about. 04:25.640 --> 04:26.480 Right. 04:26.480 --> 04:28.280 These printers are more sensitive than we realize. 04:28.280 --> 04:29.360 They really are. 04:29.360 --> 04:31.880 And speaking of things that can throw a printer 04:31.880 --> 04:34.480 into a frenzy, let's talk about everyone's 04:34.480 --> 04:35.920 favorite paper jams. 04:35.920 --> 04:38.160 Oh, the dreaded paper jam. 04:38.160 --> 04:40.120 We've all been there battling a printer 04:40.120 --> 04:42.320 that seems determined to eat our paper. 04:42.320 --> 04:44.880 Yeah, just the thought of a paper jam 04:44.880 --> 04:47.280 sends shivers down my spine. 04:47.440 --> 04:49.440 It's too avoiding that nightmare. 04:49.440 --> 04:52.240 Well, the guide breaks it down into three main areas, 04:52.240 --> 04:54.500 making sure the paper is loaded correctly, 04:54.500 --> 04:56.160 keeping those rollers clean, 04:56.160 --> 04:58.280 and this might seem obvious, 04:58.280 --> 05:00.180 but using the right paper size. 05:00.180 --> 05:01.960 Okay, so let's break those down. 05:01.960 --> 05:04.480 Starting with loading the paper, 05:04.480 --> 05:07.320 what's the trick to getting it just right? 05:07.320 --> 05:08.400 You know, it's funny how many people 05:08.400 --> 05:09.720 just kind of shove the paper in there 05:09.720 --> 05:10.560 and hope for the best. 05:10.560 --> 05:11.760 I think we've all been there. 05:11.760 --> 05:14.200 But thermal printers can be very particular 05:14.200 --> 05:15.760 about how the paper is loaded. 05:15.760 --> 05:18.360 Even a slight misalignment can cause a jam. 05:18.360 --> 05:20.200 So the guide really emphasizes 05:20.200 --> 05:21.940 consulting your printer's manual 05:21.940 --> 05:24.760 and following those loading instructions carefully. 05:24.760 --> 05:25.840 So read the manual. 05:25.840 --> 05:27.040 It sounds so simple, 05:27.040 --> 05:29.100 but I bet most of us skip that step. 05:29.100 --> 05:31.080 It's tempting to just wing it, 05:31.080 --> 05:32.280 but with thermal printers, 05:32.280 --> 05:34.420 it's really worth taking the time to understand 05:34.420 --> 05:36.080 how to load the paper properly. 05:36.080 --> 05:37.440 Okay, noted. 05:37.440 --> 05:39.440 Paper alignment, check. 05:40.680 --> 05:42.480 Now let's talk about those rollers. 05:42.480 --> 05:44.200 Why are they so important, 05:44.320 --> 05:46.440 and what's the best way to keep them clean? 05:46.440 --> 05:48.400 Well, those rollers are responsible 05:48.400 --> 05:51.580 for feeding the paper through the printer smoothly. 05:51.580 --> 05:54.100 Over time, they can accumulate dust and paper debris, 05:54.100 --> 05:57.240 which can cause friction, leading to jams. 05:57.240 --> 06:00.320 But the good news is that cleaning them is super easy. 06:00.320 --> 06:01.680 Okay, how do we do it? 06:01.680 --> 06:03.680 Just grab a soft, dry cloth, 06:03.680 --> 06:06.420 nothing wet because that can damage the rollers, 06:06.420 --> 06:09.000 and gently wipe away any buildup. 06:09.000 --> 06:10.960 Simple, but effective. 06:10.960 --> 06:11.780 I like it. 06:11.780 --> 06:12.800 Yeah, it's a good habit to do that 06:12.800 --> 06:14.360 every time you change the paper roll. 06:14.360 --> 06:17.040 All right, I'll add that to my Twitter maintenance checklist. 06:17.040 --> 06:20.620 So paper alignment, clean rollers, and then paper size. 06:20.620 --> 06:23.440 How can the wrong size cause so much trouble? 06:23.440 --> 06:25.040 You'd be surprised how many people 06:25.040 --> 06:28.040 try to force the wrong size paper into their printer. 06:29.000 --> 06:30.480 Thermal printers are designed 06:30.480 --> 06:33.480 for very specific paper widths and thicknesses. 06:33.480 --> 06:34.320 Okay. 06:34.320 --> 06:37.800 And even if you can technically get the wrong size in there, 06:37.800 --> 06:39.760 it puts stress on the printer, 06:39.760 --> 06:41.880 which can lead to jams and misfeeds. 06:41.880 --> 06:44.720 So it's not just about whether the paper fits in the slot. 06:44.720 --> 06:47.560 Exactly, it's about making sure you're using 06:47.560 --> 06:50.160 the paper size your printer model is designed for. 06:50.160 --> 06:51.000 Okay. 06:51.000 --> 06:52.520 The guide even suggests experimenting 06:52.520 --> 06:54.080 with different brands of paper 06:54.080 --> 06:55.920 if you're having persistent jams. 06:55.920 --> 06:56.760 Oh, interesting. 06:56.760 --> 06:58.800 Even if you're using the correct size. 06:58.800 --> 07:00.920 Because sometimes those subtle variations 07:00.920 --> 07:03.480 in thickness or texture can make a big difference. 07:03.480 --> 07:05.440 Oh wow, good to know. 07:05.440 --> 07:07.080 So to avoid those paper jams, 07:07.080 --> 07:08.560 what's the biggest takeaway? 07:08.560 --> 07:09.800 Be proactive. 07:09.800 --> 07:11.240 Don't wait for a jam to happen 07:11.240 --> 07:13.120 before you start paying attention to these details. 07:13.120 --> 07:13.960 Right. 07:13.960 --> 07:14.800 Take a few minutes to understand 07:14.800 --> 07:16.320 your printer's requirements. 07:16.320 --> 07:19.080 Load the paper correctly, keep those rollers clean, 07:19.080 --> 07:20.840 and use the right paper size. 07:20.840 --> 07:22.720 Simple but effective. 07:22.720 --> 07:24.240 Prevention is key. 07:24.240 --> 07:27.160 Now, this is where things can get a little scary. 07:27.160 --> 07:28.640 Let's talk about overheating. 07:28.640 --> 07:30.480 Yeah, this one can be a real killer. 07:30.480 --> 07:31.720 I feel like this is the one 07:31.720 --> 07:34.240 that could really destroy a printer. 07:34.240 --> 07:35.520 You're not wrong. 07:35.520 --> 07:38.160 Overheating can cause serious damage, 07:38.160 --> 07:40.840 sometimes irreparable damage. 07:40.840 --> 07:43.600 But the good news is, like the other issues, 07:43.600 --> 07:45.600 it's almost always preventable. 07:45.600 --> 07:46.720 Okay, I'm all ears. 07:46.720 --> 07:49.160 Tell me how to keep my printer from having a meltdown. 07:49.160 --> 07:51.840 Well, the most common causes are pretty straightforward. 07:51.840 --> 07:53.400 Pushing the printer too hard, 07:53.400 --> 07:55.920 meaning printing nonstop for a long time 07:55.920 --> 07:57.760 or not giving it enough ventilation. 07:57.760 --> 07:59.840 Okay, so if I'm in a high demand setting, 07:59.840 --> 08:03.200 like a busy store where the printer's running constantly, 08:03.200 --> 08:05.240 what can I do to keep it from overheating? 08:05.240 --> 08:07.920 First, make sure the printer has plenty of space around it. 08:07.960 --> 08:11.000 Don't cram it into a tiny enclosed space. 08:11.000 --> 08:11.840 Got it. 08:11.840 --> 08:12.680 Give them breathing room. 08:12.680 --> 08:13.720 Detalation is key. 08:13.720 --> 08:15.600 Exactly, and if you're in a situation 08:15.600 --> 08:18.320 where you absolutely have to print nonstop, 08:18.320 --> 08:20.360 you might even consider getting a model 08:20.360 --> 08:22.960 that's specifically designed for continuous use. 08:22.960 --> 08:24.320 So like a heavy duty printer. 08:24.320 --> 08:26.720 Right, they're built to handle higher volumes 08:26.720 --> 08:28.040 without overheating. 08:28.040 --> 08:30.400 It's like choosing the right tool for the job. 08:30.400 --> 08:32.400 Exactly, you wouldn't use a tiny hammer 08:32.400 --> 08:33.920 to try and break down a wall. 08:33.920 --> 08:35.720 Right, and just like a marathon runner 08:35.720 --> 08:37.480 needs to pace themselves and take breaks. 08:38.200 --> 08:39.640 It's good practice to give your printer 08:39.640 --> 08:41.040 some downtime if possible. 08:41.040 --> 08:42.320 For sure, even short breaks 08:42.320 --> 08:43.920 can help regulate the temperature. 08:43.920 --> 08:47.200 Okay, so if I know I have a busy day with lots of printing, 08:47.200 --> 08:49.320 maybe schedule a few printer breaks. 08:49.320 --> 08:50.720 That's a great idea. 08:50.720 --> 08:51.840 Let it cool down. 08:51.840 --> 08:55.080 And if you do notice any signs of overheating, 08:55.080 --> 08:57.240 like the printer getting really hot to the touch 08:57.240 --> 09:01.080 or making strange noises, stop printing immediately. 09:01.080 --> 09:01.920 Got it. 09:01.920 --> 09:05.120 Let it cool down completely before you use it again. 09:05.120 --> 09:06.880 All right, I'm officially adding 09:06.880 --> 09:09.000 printer breaks to my schedule. 09:09.000 --> 09:11.160 So we've covered the big three. 09:11.160 --> 09:13.920 Print quality, paper jams, and overheating. 09:13.920 --> 09:16.000 The trifecta of thermal printer troubles. 09:16.000 --> 09:18.560 Exactly, but we're just getting started. 09:18.560 --> 09:20.280 There's so much more to learn. 09:20.280 --> 09:23.040 Stay tuned listeners, because we're about to go 09:23.040 --> 09:25.720 even deeper into the world of thermal printers. 09:26.960 --> 09:29.640 Welcome back to our thermal printer deep dive. 09:29.640 --> 09:33.240 We just covered the big three external issues. 09:33.240 --> 09:34.720 The ones we deal with the most. 09:34.720 --> 09:37.080 Exactly, but now we're going deeper 09:37.080 --> 09:39.160 into the heart of your printer. 09:39.160 --> 09:40.560 It's time to talk about the printhead. 09:40.560 --> 09:42.760 Okay, the printhead, I'm ready. 09:42.760 --> 09:44.960 You've mentioned it's the heart of the printer, 09:44.960 --> 09:46.840 but how does it actually work? 09:46.840 --> 09:48.040 Well, inside the printhead, 09:48.040 --> 09:50.920 you have these tiny little heating elements, 09:50.920 --> 09:52.840 almost like microscopic dots. 09:52.840 --> 09:55.360 And when those elements touch that special coating 09:55.360 --> 09:58.240 on thermal paper, they create a chemical reaction 09:58.240 --> 09:59.760 that produces the image. 09:59.760 --> 10:01.080 Oh, so it's heat activated. 10:01.080 --> 10:02.360 That's why it's called thermal printing. 10:02.360 --> 10:03.400 Exactly. 10:03.400 --> 10:05.840 The guide also mentions that there are different types 10:05.840 --> 10:06.680 of printheads. 10:06.680 --> 10:07.520 Oh really? 10:07.520 --> 10:10.160 Yeah, some printers use a flat printhead, 10:10.160 --> 10:12.680 which covers the entire width of the paper. 10:12.680 --> 10:13.520 Okay. 10:13.520 --> 10:15.520 Others use what's called a dot matrix printhead. 10:15.520 --> 10:16.360 A dot matrix. 10:16.360 --> 10:19.440 Yeah, it uses a smaller set of pins to create the image, 10:19.440 --> 10:20.760 almost like a typewriter. 10:20.760 --> 10:22.720 Oh wow, that's fascinating. 10:22.720 --> 10:25.720 So the type of printhead affects the quality 10:25.720 --> 10:26.840 and speed of the printing. 10:26.840 --> 10:28.680 Exactly, and the resolution, 10:28.680 --> 10:32.040 like have you ever heard of DPI, dots per inch? 10:32.040 --> 10:33.160 Yeah, I've seen that on printers. 10:33.920 --> 10:35.960 The higher the DPI, the more detailed the image. 10:35.960 --> 10:38.240 So that's something to consider when choosing a printer. 10:38.240 --> 10:39.120 Absolutely. 10:39.120 --> 10:41.480 Now remember how we talked about keeping the printhead clean 10:41.480 --> 10:43.120 to avoid faded prints? 10:43.120 --> 10:45.280 Here's why that's so important. 10:45.280 --> 10:49.920 Even a tiny speck of dust on one of those heating elements 10:49.920 --> 10:52.240 can disrupt the heat transfer. 10:52.240 --> 10:54.360 So you might end up with a missing dot 10:54.360 --> 10:56.360 or a blurry section on the print. 10:56.360 --> 10:58.680 It's like if you had a clogged pore on your face. 10:58.680 --> 10:59.520 Yes, exactly. 10:59.520 --> 11:01.160 It can mess up your whole complexion. 11:01.160 --> 11:05.080 And the guide goes into some really specific cleaning tips. 11:05.080 --> 11:08.920 They emphasize using either a soft dry cloth 11:08.920 --> 11:10.800 or specialized cleaning wipes. 11:10.800 --> 11:12.680 Okay, so why those specifically? 11:12.680 --> 11:14.000 What's wrong with other methods? 11:14.000 --> 11:16.680 Well, you want to avoid anything abrasive. 11:16.680 --> 11:18.920 Like you don't want to scratch the printhead 11:18.920 --> 11:21.840 and you never want to use liquid cleaners 11:21.840 --> 11:24.000 because that can damage the heating elements. 11:24.000 --> 11:25.760 Okay, so gentle and dry. 11:25.760 --> 11:27.400 Exactly. 11:27.400 --> 11:29.880 The guide also mentions inspecting the printhead 11:30.080 --> 11:31.320 for wear and tear. 11:31.320 --> 11:33.640 Okay, what should we be looking for? 11:33.640 --> 11:35.680 You want to check for any scratches, 11:35.680 --> 11:37.920 dents or signs of corrosion. 11:37.920 --> 11:38.760 Okay. 11:38.760 --> 11:41.640 Because over time, those heating elements can wear out 11:41.640 --> 11:43.480 especially if you use your printer a lot. 11:43.480 --> 11:44.880 So it's like the engine of a car. 11:44.880 --> 11:46.560 Yeah, exactly. 11:46.560 --> 11:48.320 It eventually needs some maintenance 11:48.320 --> 11:49.840 or even replacement parts. 11:49.840 --> 11:50.720 I like that analogy. 11:50.720 --> 11:52.320 And the guide has a pro tip that I love. 11:52.320 --> 11:53.320 Yeah. 11:53.320 --> 11:55.200 Keeping a spare printhead on hand. 11:55.200 --> 11:56.520 Yeah, that's a good one. 11:56.520 --> 11:59.240 Especially if you rely on your printer for work, 11:59.280 --> 12:01.800 having a spare can save you a lot of downtime. 12:01.800 --> 12:03.200 It's a lifesaver for sure. 12:03.200 --> 12:04.040 That's brilliant. 12:04.040 --> 12:05.880 I'm putting that on my to-do list. 12:05.880 --> 12:08.360 Okay, so we've talked about the printhead itself, 12:08.360 --> 12:10.880 but what about the environment the printer is in? 12:10.880 --> 12:13.520 How can things like temperature and humidity affect it? 12:13.520 --> 12:16.640 Well, extreme temperatures can really put stress 12:16.640 --> 12:17.720 on those heating elements. 12:17.720 --> 12:18.560 Right. 12:18.560 --> 12:19.640 Remember, they're designed to operate 12:19.640 --> 12:20.840 within a certain range. 12:20.840 --> 12:21.680 Yeah. 12:21.680 --> 12:24.640 And high humidity, well, that can cause condensation. 12:24.640 --> 12:25.760 Inside the printer. 12:25.760 --> 12:27.560 Yeah, inside the printer, 12:27.600 --> 12:29.880 which can lead to corrosion and damage. 12:29.880 --> 12:32.560 So it's just like those warnings you see on electronics, 12:32.560 --> 12:35.400 like avoid extreme temperatures and moisture. 12:35.400 --> 12:36.480 Exactly. 12:36.480 --> 12:39.520 It's all about creating a comfortable environment 12:39.520 --> 12:40.360 for your printer. 12:40.360 --> 12:41.520 A happy place. 12:41.520 --> 12:43.000 Okay, now let's shift gears 12:43.000 --> 12:45.320 and talk about something that can be a little confusing. 12:45.320 --> 12:46.200 Okay, hit me. 12:46.200 --> 12:48.080 Drivers and firmware. 12:48.080 --> 12:51.240 Ooh, drivers and firmware. 12:51.240 --> 12:53.960 To be honest, I've always been a bit intimidated 12:53.960 --> 12:54.800 by those terms. 12:54.800 --> 12:56.040 I think a lot of people are. 12:56.040 --> 12:57.720 But it seems so technical. 12:57.720 --> 12:59.520 But they're really not that complicated. 12:59.520 --> 13:00.360 Okay. 13:00.360 --> 13:02.360 Think of drivers like a communication bridge. 13:02.360 --> 13:03.200 Okay. 13:03.200 --> 13:04.520 Between your computer and your printer. 13:04.520 --> 13:05.360 Right. 13:05.360 --> 13:07.440 They tell your computer how to talk to your printer. 13:07.440 --> 13:09.320 So without the right driver, 13:09.320 --> 13:11.280 my computer wouldn't know how to tell the printer 13:11.280 --> 13:12.120 what to print. 13:12.120 --> 13:12.960 Exactly. 13:12.960 --> 13:14.640 It'd be like trying to have a conversation 13:14.640 --> 13:16.560 with someone who speaks a totally different language. 13:16.560 --> 13:17.600 Okay, that makes sense. 13:17.600 --> 13:19.160 The driver acts as the translator. 13:19.160 --> 13:20.000 Got it. 13:20.000 --> 13:21.280 Makes sure everything is understood. 13:21.280 --> 13:23.080 Okay, that's a great analogy. 13:23.080 --> 13:24.640 Now, what about firmware? 13:24.640 --> 13:25.480 What does that do? 13:26.160 --> 13:29.000 Firmware is like the operating system for your printer. 13:29.000 --> 13:29.840 Okay. 13:29.840 --> 13:30.960 It controls all the functions 13:30.960 --> 13:34.080 from how the print head heats up to how the paper is fed. 13:34.080 --> 13:36.640 So if the driver is the translator, 13:36.640 --> 13:38.920 the firmware is the brains of the operation. 13:38.920 --> 13:39.760 You got it. 13:39.760 --> 13:41.280 And just like any operating system, 13:41.280 --> 13:43.240 firmware needs updates. 13:43.240 --> 13:45.160 Okay, to make sure everything's running smoothly. 13:45.160 --> 13:46.000 Exactly. 13:46.000 --> 13:48.640 Okay, so why are those updates so important? 13:48.640 --> 13:49.880 What do they actually do? 13:49.880 --> 13:53.320 Well, they can fix bugs that might be causing problems. 13:53.320 --> 13:54.160 Okay. 13:54.320 --> 13:57.120 They can improve compatibility with new software, 13:57.120 --> 13:59.600 and they can even add new features to your printer. 13:59.600 --> 14:01.520 So it's not just about fixing problems, 14:01.520 --> 14:03.880 it's also about making things better. 14:03.880 --> 14:05.400 Right, optimization. 14:05.400 --> 14:06.960 Yeah, like giving your printer a tune-up. 14:06.960 --> 14:07.800 Exactly. 14:07.800 --> 14:10.280 And the guide offers some great advice 14:10.280 --> 14:12.520 on how to find and install these updates. 14:12.520 --> 14:13.400 Okay, because I was gonna ask, 14:13.400 --> 14:15.240 where do we even find these updates? 14:15.240 --> 14:18.160 The easiest way is to go to the manufacturer's website. 14:18.160 --> 14:19.000 Okay. 14:19.000 --> 14:20.040 They usually have a support section 14:20.040 --> 14:22.720 where you can download the latest drivers and firmware. 14:22.760 --> 14:23.920 So it's like going to the library 14:23.920 --> 14:25.680 to find the right book for your printer. 14:25.680 --> 14:27.920 And then once you've downloaded the updates, 14:27.920 --> 14:29.840 is it pretty easy to install them? 14:29.840 --> 14:32.600 Yeah, usually it's a pretty straightforward process. 14:32.600 --> 14:33.440 Okay. 14:33.440 --> 14:36.760 Most manufacturers provide step-by-step instructions. 14:36.760 --> 14:37.720 Perfect. 14:37.720 --> 14:39.440 Any other tips for making sure 14:39.440 --> 14:41.640 we don't miss those important updates? 14:41.640 --> 14:44.440 Set a reminder to check for updates periodically, 14:44.440 --> 14:45.560 maybe every few months. 14:45.560 --> 14:46.400 Okay. 14:46.400 --> 14:50.440 You can also sign up for email alerts from the manufacturer. 14:50.440 --> 14:51.280 Oh, that's a good idea. 14:51.280 --> 14:53.680 That way you're notified whenever a new update is released. 14:53.680 --> 14:54.520 Right. 14:54.520 --> 14:55.440 It's easy to forget about these things 14:55.440 --> 14:56.480 until something goes wrong. 14:56.480 --> 14:57.400 It really is. 14:57.400 --> 14:59.040 But trust me, being proactive 14:59.040 --> 15:01.560 and keeping those drivers and firmware up to date 15:01.560 --> 15:03.840 will save you a lot of headaches down the road. 15:03.840 --> 15:06.120 I'm starting to realize that thermal printer care 15:06.120 --> 15:08.000 is all about understanding the hardware, 15:08.000 --> 15:09.800 the environment, and the software. 15:09.800 --> 15:10.920 It's all connected. 15:10.920 --> 15:12.920 Yeah, like a delicate ecosystem. 15:12.920 --> 15:14.760 And speaking of bringing it all together, 15:14.760 --> 15:16.040 the guide goes on to discuss 15:16.040 --> 15:19.840 another crucial aspect of printer care, maintenance. 15:19.840 --> 15:21.560 Okay, maintenance. 15:21.560 --> 15:22.400 I have to admit, 15:22.400 --> 15:24.680 I'm not always the best at remembering 15:24.680 --> 15:27.680 to do routine maintenance on, well, anything. 15:27.680 --> 15:29.440 I think we can all relate to that. 15:29.440 --> 15:30.280 But I have a feeling 15:30.280 --> 15:32.320 it's especially important with these printers. 15:32.320 --> 15:34.040 You're absolutely right. 15:34.040 --> 15:35.160 Preventative maintenance 15:35.160 --> 15:38.280 can really extend the life of your printer. 15:38.280 --> 15:41.120 Okay, so what kind of maintenance are we talking about? 15:41.120 --> 15:44.440 What should I be doing regularly to keep my printer happy? 15:44.440 --> 15:46.800 Well, we already talked about cleaning the printhead. 15:46.800 --> 15:47.640 Right. 15:47.640 --> 15:48.460 But it's worth repeating. 15:48.500 --> 15:49.860 Make that a regular habit. 15:49.860 --> 15:50.900 Okay, will do. 15:50.900 --> 15:52.100 How often you clean it 15:52.100 --> 15:54.460 really depends on how much you use your printer. 15:54.460 --> 15:55.740 Yeah, that makes sense. 15:55.740 --> 15:56.740 But a good rule of thumb 15:56.740 --> 15:59.500 is to clean it every time you change the paper roll. 15:59.500 --> 16:01.340 Okay, easy enough. 16:01.340 --> 16:03.140 What about inspections? 16:03.140 --> 16:04.300 What should I be looking for 16:04.300 --> 16:06.060 when I give my printer a checkup? 16:06.060 --> 16:07.900 Take a look at the rollers. 16:07.900 --> 16:10.260 See if there's any buildup of paper debris 16:10.260 --> 16:11.940 and if there's any damage. 16:11.940 --> 16:13.540 And inspect the paper path, 16:13.540 --> 16:15.220 make sure there are no obstructions. 16:15.220 --> 16:17.380 So just making sure everything is clear. 16:17.380 --> 16:19.740 Exactly, and of course check that printhead 16:19.740 --> 16:21.420 for any issues we discussed earlier. 16:21.420 --> 16:23.100 Right, so it's like giving the printer 16:23.100 --> 16:24.660 a little physical exam. 16:24.660 --> 16:27.860 Exactly, it's not just about looking for problems, 16:27.860 --> 16:30.540 but also making sure everything is properly aligned 16:30.540 --> 16:32.340 and functioning as it should be. 16:32.340 --> 16:35.420 Okay, so cleaning, inspections. 16:35.420 --> 16:37.880 What about part replacements? 16:37.880 --> 16:39.780 How often do those need to happen? 16:39.780 --> 16:41.740 And how do I know if a part is about to go bad? 16:41.740 --> 16:43.380 Well, that depends on the specific part 16:43.380 --> 16:45.100 and how much you use your printer. 16:45.100 --> 16:46.420 Some parts, like the printhead, 16:46.420 --> 16:49.540 they will eventually wear out and need to be replaced. 16:49.540 --> 16:50.860 Others, like the rollers, 16:50.860 --> 16:53.460 they might need to be replaced if they get damaged. 16:53.460 --> 16:54.900 Okay, is there any way to tell 16:54.900 --> 16:56.620 if a part is about to go bad? 16:56.620 --> 16:58.860 Like are there warning signs I should look for? 16:58.860 --> 16:59.860 Sometimes there are. 16:59.860 --> 17:01.820 You might hear unusual noises 17:01.820 --> 17:03.980 or notice more frequent jams 17:03.980 --> 17:06.020 or a sudden drop in print quality. 17:06.020 --> 17:08.180 Okay, so pay attention to those subtle cues. 17:08.180 --> 17:09.940 Exactly, but honestly, 17:09.940 --> 17:12.500 the best way to stay ahead of potential problems 17:12.500 --> 17:14.500 is to be proactive with your maintenance. 17:14.500 --> 17:16.500 So it's like an insurance policy for your printer. 17:16.500 --> 17:19.860 Exactly, and it's not just about preventing problems. 17:19.860 --> 17:21.100 It's also about ensuring 17:21.100 --> 17:23.420 that your printer is working at its best. 17:23.420 --> 17:25.260 Okay, because a well-maintained printer 17:25.260 --> 17:28.060 will produce better prints and last longer. 17:28.060 --> 17:29.100 Exactly. 17:29.100 --> 17:32.980 Now, I know we've talked a lot about doing things yourself, 17:32.980 --> 17:34.220 but what about those situations 17:34.220 --> 17:36.340 where you've tried everything 17:36.340 --> 17:37.860 and you still can't fix the problem? 17:37.860 --> 17:39.140 Right, like you're stumped. 17:39.140 --> 17:41.580 Yeah, is there ever a time 17:41.620 --> 17:45.620 when you should call in a professional? 17:45.620 --> 17:46.860 That's a great question. 17:46.860 --> 17:48.020 I'm sure there are some people 17:48.020 --> 17:50.380 who are hesitant to call for help. 17:50.380 --> 17:51.220 Oh, for sure. 17:51.220 --> 17:52.860 Like they wanna fix it themselves. 17:52.860 --> 17:53.700 Yeah. 17:53.700 --> 17:55.220 When would you say professional help 17:55.220 --> 17:56.980 is absolutely necessary? 17:56.980 --> 18:00.420 Well, if you're in a high demand environment 18:00.420 --> 18:05.060 where you really rely on your printer for your business 18:05.060 --> 18:07.340 or if you're facing a really persistent issue 18:07.340 --> 18:08.980 that you just can't solve, 18:08.980 --> 18:11.140 calling a professional can be a lifesaver. 18:11.940 --> 18:14.660 But I'm guessing professional service can get expensive. 18:14.660 --> 18:16.700 It can be an investment, yes. 18:16.700 --> 18:18.060 But here's the thing. 18:18.060 --> 18:21.220 Regular servicing can actually be more cost-effective 18:21.220 --> 18:22.060 in the long run. 18:22.060 --> 18:22.900 Oh, interesting. 18:22.900 --> 18:23.940 Why is that? 18:23.940 --> 18:25.140 Well, think about it. 18:25.140 --> 18:28.420 If you catch those little problems early, 18:28.420 --> 18:31.900 you can prevent them from turning into big expensive repairs. 18:31.900 --> 18:33.700 So you're saving money in the long run. 18:33.700 --> 18:34.660 Exactly. 18:34.660 --> 18:35.820 It's like that old saying, 18:35.820 --> 18:38.620 an ounce of prevention is worth a pound of cure. 18:38.620 --> 18:39.500 I love that. 18:39.540 --> 18:43.060 Okay, so we've talked about drivers and firmware, 18:43.060 --> 18:45.420 but you said the driver acts as a translator 18:45.420 --> 18:47.260 between the computer and the printer. 18:47.260 --> 18:48.500 Yeah. 18:48.500 --> 18:50.740 How does that communication actually happen? 18:50.740 --> 18:52.620 Well, they use specific protocols. 18:52.620 --> 18:54.620 One of the most common ones is USB. 18:54.620 --> 18:57.580 Right, USB universal serial bus. 18:57.580 --> 18:59.900 Yeah, it's how you connect your printer to your computer. 18:59.900 --> 19:00.940 Yeah, I know that one. 19:00.940 --> 19:02.660 But did you know that when you connect your printer, 19:02.660 --> 19:04.100 they essentially do a handshake? 19:04.100 --> 19:05.700 A handshake, like they introduce themselves. 19:05.700 --> 19:06.540 Yeah, exactly. 19:06.540 --> 19:07.980 The computer says, hey, is there a printer out there? 19:07.980 --> 19:10.460 And the printer says, yep, I'm here ready to print. 19:10.460 --> 19:11.940 Oh, wow, that's really cool. 19:11.940 --> 19:13.900 And once that connection is made, 19:13.900 --> 19:15.740 they start exchanging data. 19:15.740 --> 19:17.100 Using that USB protocol. 19:17.100 --> 19:17.940 Exactly. 19:17.940 --> 19:20.460 So the driver makes sure the computer and printer 19:20.460 --> 19:22.100 can understand each other's signals. 19:22.100 --> 19:24.540 It's like a little conversation happening behind the scenes. 19:24.540 --> 19:25.500 It really is. 19:25.500 --> 19:27.660 Okay, so what about firmware updates? 19:27.660 --> 19:29.500 How do they improve performance? 19:29.500 --> 19:31.740 Think of firmware like the software 19:31.740 --> 19:33.340 that controls the hardware. 19:33.340 --> 19:35.780 It tells the printer how to use its parts. 19:35.780 --> 19:36.620 Okay. 19:36.660 --> 19:38.580 The head, the rollers, everything. 19:38.580 --> 19:40.300 And just like any software, 19:40.300 --> 19:42.460 firmware can be improved over time. 19:42.460 --> 19:44.180 So it's like giving the printer a brain boost. 19:44.180 --> 19:45.460 Exactly. 19:45.460 --> 19:48.220 Firmware updates can optimize the print head, 19:48.220 --> 19:51.340 improve paper feeding, even adjust the print density. 19:51.340 --> 19:53.380 Wow, that's pretty impressive. 19:53.380 --> 19:55.340 So by keeping the firmware up to date, 19:55.340 --> 19:58.020 we're making sure the printer is always running at its best. 19:58.020 --> 19:59.100 Precisely. 19:59.100 --> 20:00.660 Now we've covered a lot today, 20:00.660 --> 20:03.660 from the print head to drivers and firmware. 20:03.660 --> 20:04.780 It's been a really deep dive. 20:04.780 --> 20:05.700 It has. 20:05.700 --> 20:08.940 But what's the one key thing you want listeners to remember 20:08.940 --> 20:10.460 about thermal printer care? 20:10.460 --> 20:12.820 Yeah, what's the biggest takeaway? 20:12.820 --> 20:15.300 I would say the most important thing is to be proactive. 20:15.300 --> 20:17.180 Don't wait for problems to happen. 20:17.180 --> 20:19.340 Build those good habits like regular cleaning 20:19.340 --> 20:21.060 and inspections and updates. 20:21.060 --> 20:21.900 Okay. 20:21.900 --> 20:24.220 That way you can prevent problems before they even start. 20:24.220 --> 20:26.220 So it's all about empowering ourselves 20:26.220 --> 20:27.900 to take control of our printers. 20:27.900 --> 20:29.220 Exactly. 20:29.220 --> 20:31.340 But our deep dive isn't over yet. 20:31.340 --> 20:34.700 There's one more fascinating aspect of thermal printer care 20:34.700 --> 20:35.900 that we haven't even touched on. 20:35.900 --> 20:36.820 Okay, I'm ready. 20:36.820 --> 20:37.660 What's next? 20:37.660 --> 20:38.660 The environment. 20:38.660 --> 20:39.500 The environment. 20:39.500 --> 20:40.460 Yes. 20:40.460 --> 20:42.980 Stay tuned listeners, as we explore 20:42.980 --> 20:45.620 how the right environment can make all the difference 20:45.620 --> 20:48.100 in the health and longevity of your printer. 20:48.100 --> 20:49.740 All right, welcome back to our deep dive 20:49.740 --> 20:51.140 all about thermal printers. 20:51.140 --> 20:52.460 The final chapter. 20:52.460 --> 20:54.220 We've gone deep into the inner workings. 20:54.220 --> 20:56.460 Yeah, really gotten to know these machines. 20:56.460 --> 20:58.220 But before we wrap up, 20:58.220 --> 21:00.220 there's one last piece of the puzzle 21:00.220 --> 21:01.860 that the guide stresses. 21:01.860 --> 21:03.100 It's an important one too. 21:03.100 --> 21:03.980 The environment. 21:03.980 --> 21:05.980 And the impact it can have on your printer. 21:05.980 --> 21:07.220 Okay, so we're not just talking about 21:07.220 --> 21:08.660 cleaning the print head and all that. 21:08.660 --> 21:09.820 It's bigger than that. 21:09.820 --> 21:11.700 It's about the environment the printer lives in. 21:11.700 --> 21:13.140 Exactly. 21:13.140 --> 21:16.860 It's easy to think of a printer as just this isolated thing, 21:16.860 --> 21:19.420 but it's actually part of a larger system. 21:19.420 --> 21:20.620 I never really thought about it that way. 21:20.620 --> 21:21.940 Most people don't. 21:21.940 --> 21:23.900 But that system, that environment 21:23.900 --> 21:27.020 can really affect how well your printer performs. 21:27.020 --> 21:28.620 Okay, so what are we talking about here? 21:28.620 --> 21:31.900 What's the ideal environment for a thermal printer? 21:31.900 --> 21:33.900 Well, the guide goes into a lot of detail 21:33.900 --> 21:35.100 about specific factors, 21:35.100 --> 21:36.700 but let's start with temperature. 21:36.700 --> 21:37.980 Okay, temperature. 21:37.980 --> 21:39.100 What's the sweet spot? 21:39.100 --> 21:41.180 The guide recommends keeping your printer 21:41.180 --> 21:44.540 somewhere between zero degrees C and 50 degrees C. 21:44.540 --> 21:47.460 So that's 32 to 122 Fahrenheit. 21:47.460 --> 21:48.300 Right. 21:48.300 --> 21:50.900 A pretty standard range for most indoor spaces. 21:50.900 --> 21:51.740 Yeah, makes sense. 21:51.740 --> 21:54.180 But the key here is to avoid those extremes. 21:54.180 --> 21:57.660 So no putting the printer in a freezing cold basement. 21:57.660 --> 21:58.940 Or right next to a heater. 21:58.940 --> 21:59.780 Got it. 21:59.780 --> 22:01.140 No extreme temperatures. 22:01.140 --> 22:02.940 But why is temperature so important? 22:02.980 --> 22:06.540 Well, remember thermal printers use heat to make the image. 22:06.540 --> 22:09.180 If it's too cold, the printhead might not heat up enough 22:09.180 --> 22:10.860 and you get faded prints. 22:10.860 --> 22:11.700 Makes sense. 22:11.700 --> 22:12.820 But if it's too hot, 22:12.820 --> 22:14.940 you risk damaging sensitive components. 22:14.940 --> 22:16.740 Oh wow, so it can actually melt. 22:16.740 --> 22:18.940 Yeah, some parts could potentially melt. 22:18.940 --> 22:20.380 Okay, so temperature is crucial. 22:20.380 --> 22:21.460 What about humidity? 22:21.460 --> 22:22.820 Humidity is another big one. 22:22.820 --> 22:26.820 The guide suggests aiming for 20% to 85% humidity. 22:26.820 --> 22:29.700 Okay, is that because too much humidity 22:29.700 --> 22:30.980 can make the paper jam? 22:30.980 --> 22:32.340 It can, yeah. 22:32.380 --> 22:34.940 The paper absorbs moisture and starts to curl. 22:34.940 --> 22:35.780 Right. 22:35.780 --> 22:39.460 But high humidity can also cause condensation to form 22:39.460 --> 22:40.860 inside the printer. 22:40.860 --> 22:41.700 Oh man. 22:41.700 --> 22:43.740 And that can corrode those electronic components 22:43.740 --> 22:44.580 we talked about. 22:44.580 --> 22:45.460 So it's like a double whammy. 22:45.460 --> 22:49.420 Exactly, paper problems and potential internal damage. 22:49.420 --> 22:51.020 Okay, and what about low humidity? 22:51.020 --> 22:52.220 Is that a problem too? 22:52.220 --> 22:53.060 It can be. 22:53.060 --> 22:55.420 When it's really dry, you can get static buildup. 22:55.420 --> 22:56.260 Okay. 22:56.260 --> 22:57.540 And that can cause misfeeds 22:57.540 --> 22:59.540 or even damage to the printhead. 22:59.540 --> 23:00.940 Wow, so there's a lot to consider. 23:00.980 --> 23:03.540 That printer is way more sensitive than I realized. 23:03.540 --> 23:04.380 They really are. 23:04.380 --> 23:06.740 They have their own little microclimate preferences. 23:06.740 --> 23:07.740 I like that. 23:07.740 --> 23:08.740 They have their own preferences. 23:08.740 --> 23:11.700 So we've got temperature, humidity. 23:11.700 --> 23:13.380 What else do we need to keep in mind? 23:13.380 --> 23:15.340 The guide also talks about ventilation. 23:15.340 --> 23:16.460 Right, make sure it can breathe. 23:16.460 --> 23:17.540 Exactly. 23:17.540 --> 23:20.180 Good airflow helps to regulate temperature 23:20.180 --> 23:22.100 and prevent those heat buildups. 23:22.100 --> 23:25.940 Okay, so no stuffing the printer in a tiny cramped cabinet. 23:25.940 --> 23:26.780 Definitely not. 23:26.780 --> 23:28.900 And good ventilation helps to remove dust 23:28.900 --> 23:30.740 and particles that can cause problems. 23:31.540 --> 23:34.180 So keep it cool, keep it dry, and let it breathe. 23:34.180 --> 23:36.860 The three commandments of thermal printer care. 23:36.860 --> 23:37.860 I love it. 23:37.860 --> 23:40.420 But you know, thinking about all these environmental factors. 23:40.420 --> 23:41.260 Yeah. 23:41.260 --> 23:43.100 It makes me realize that technology 23:43.100 --> 23:45.340 isn't really separate from nature. 23:45.340 --> 23:46.180 That's a great point. 23:46.180 --> 23:47.020 It's all connected. 23:47.020 --> 23:49.980 We often forget that our devices are subject 23:49.980 --> 23:52.100 to the same forces as everything else. 23:52.100 --> 23:54.900 Right, like gravity and temperature and humidity. 23:54.900 --> 23:55.740 Exactly. 23:55.740 --> 23:59.500 And when we remember that we can become more responsible 23:59.500 --> 24:00.700 with our technology. 24:01.660 --> 24:02.500 Exactly. 24:02.500 --> 24:05.740 And who knows, maybe by taking care of our printers, 24:05.740 --> 24:07.140 we'll start to pay more attention 24:07.140 --> 24:08.780 to the environment around us too. 24:08.780 --> 24:09.780 I like that idea. 24:09.780 --> 24:11.980 It's like a ripple effect, starting with something small. 24:11.980 --> 24:14.460 And it makes you appreciate how everything is connected. 24:14.460 --> 24:15.460 Exactly. 24:15.460 --> 24:17.340 Okay, so I think we've covered pretty much everything 24:17.340 --> 24:18.860 about thermal printers. 24:18.860 --> 24:21.380 Yeah, I think we've given everyone a lot to think about. 24:21.380 --> 24:23.940 We've gone from troubleshooting those common issues 24:23.940 --> 24:26.220 to understanding how these machines work. 24:26.220 --> 24:28.140 Even how the environment affects them. 24:28.140 --> 24:29.460 It's been a real journey. 24:29.460 --> 24:30.300 It has. 24:30.300 --> 24:32.060 And hopefully our listeners are now feeling 24:32.060 --> 24:33.740 a lot more confident about taming 24:33.740 --> 24:34.860 their own thermal printers. 24:34.860 --> 24:35.700 Absolutely. 24:35.700 --> 24:38.020 You've got the knowledge to prevent those jams, 24:38.020 --> 24:39.580 keep those prints looking sharp, 24:39.580 --> 24:41.180 and create the perfect environment 24:41.180 --> 24:42.500 for your printer to thrive. 24:42.500 --> 24:44.500 A happy printer is a productive printer. 24:44.500 --> 24:45.580 Exactly. 24:45.580 --> 24:48.580 But before we go, we wanna hear from you. 24:48.580 --> 24:51.780 What are your biggest thermal printer pet peeves? 24:51.780 --> 24:54.980 Have you discovered any secret tips or tricks that we missed? 24:54.980 --> 24:57.460 Yeah, share your experiences in the comments. 24:57.460 --> 24:58.620 We love hearing from you. 24:58.620 --> 25:01.260 So until next time, happy printing everyone. 25:01.260 --> 25:02.660 Thanks for joining us.