Reddit reviews AIWAN LEZHI 5 Meters GT2 Timing Belt Width 6mm Fit
We found 7 Reddit comments about AIWAN LEZHI 5 Meters GT2 Timing Belt Width 6mm Fit. Here are the top ones, ranked by their Reddit score.
Pay Attention: This product only sold by LEZHI , other seller is fake , if you want to buy real one , please buy it from LEZHI store .Do not confused by other lower price, enjoy your shopping!Material:Rubber,Width:6mm,Model:GT2,Length: 5MBelt is rubber, fiberglass reinforced, 6mm Width Timing Synchronous Belt For 3D printerThe aluminum pulley has high quality shiny surface appearance and robust construction.Suitable for dishwashers, packaging machinery, motorcycles, automobile, dryer, food machinery, inkjet printer, conveyor, bonders ect.
So far working with the Anet A8 has been an extreme lesson in patience. It's honestly a bad printer but if you're willing to spend time and a little money, you can make it decent. First up should be fire safety. Immediately upgrade to the latest version of Marlin and install a mosfet for at least the bed, if not both the bed and hot end.
I would also recommend ordering new bearings before assembling the printer. The ones it comes with are pure garbage and for $10 it's an easy purchase. Another thing that might be worth investing in immediately is better belts.
After it's assembled and you can print well enough print an X belt tensioner and a Y belt tensioner. After that it might not hurt to print some braces for the weak acrylic frame. If you're hardcore about the frame check out the Anet AM8 upgrade which replaces the acrylic one with metal for about $60.
Good luck!
I installed the cheap Amazon replacement belt today and wow, what a world of a difference. I got my X axis down to 258 and my Y axis down to 259 which is good enough for me. I did a test print, and the prints look nicer than before. I looked at the old belts I took off (the kit stock belts) and they are indeed the gates GT2 belts. After further investigation, I think the issue was that the stock belts were slipping out of the locking groves where they fasten to the carriage. I measured the thickness of the stock belts and got 1.33mm, and measured the thickness of the Amazon belts and they are 1.54mm. Both belts are supposed to be 1.38mm, so the gates belts are under spec and the Amazon belts are way over spec. I think in this case though, the extra thickness of the Amazon belts help the belt stay tight, even if it's thicker than it's supposed to be. I can now strum the new belts and get a guitar sound, where as with the stock ones I couldn't. And now I have like 5 meters of extra belt left in my parts drawer!
You can buy it on amazon:
https://www.amazon.com/Mercurry-Meters-timing-Rostock-GT2-6mm/dp/B071K8HYB4/ref=sr_1_3?ie=UTF8&qid=1525473423&sr=8-3&keywords=3d+printer+belt
Also on the tevo store:
https://tevo3dprinterstore.com/collections/tarantula-spare-parts/products/10meter-gt2-6mm-open-timing-belt
Notice also that the acrylic parts are fragile and breaking those before printing better replacements will be expensive to solve, unless someone can print the parts for you ofc. So take it easy and don't tight the nuts too much. Use washers whenever you can.
This, btw: https://www.amazon.com/gp/product/B071K8HYB4/ref=oh_aui_detailpage_o00_s00?ie=UTF8&psc=1
Are you using the belts that came with it? They're plastic and are terrible and will cause all sorts of abnormalities in prints due to stretching and slippage. Get a roll of this instead, it's a cheap upgrade, but it probably won't be your last. :) :
https://www.amazon.com/Mercurry-Meters-timing-Rostock-GT2-6mm/dp/B071K8HYB4/ref=sr_1_1?ie=UTF8&qid=1542164349&sr=8-1&keywords=fiberglass+belt+anet+a8
Mercurry 5 Meters GT2 timing belt width 6mm Fit for RepRap Mendel Rostock Prusa GT2-6mm Belt https://www.amazon.com/dp/B071K8HYB4/ref=cm_sw_r_cp_api_lsKQBbB5MHDW2
just ordered this now realizing not sure if fiber glass, what are your thoughts on this belt??
Mercurry 5 Meters GT2 timing belt width 6mm Fit for RepRap Mendel Rostock Prusa GT2-6mm Belt https://www.amazon.com/dp/B071K8HYB4/ref=cm_sw_r_cp_api_t6UKBbPA9EA1A