![]() You can't just "go back" without having to clean the plate from glue residues etc.Īfter all the preliminaries, here are my lessons learned: the magnet pad can detach from the platform if the glue is dissolved by IPA or similar agents (has happened to me). the maximum height is reduced by about 3mm If you get that right and the print holds on the flex plate (more on that in a moment), it's a great thing.īut besides the points mentioned above, this has not only advantages: If one had dealt attentively with the topic, one would have realized that one must print out a spacer with the old platform BEFORE modification, which must be inserted between the flag and threaded spindle. Additionally you need to replace the 2 screws with matching ones, because the original ones are too short, of course. Then printer is going to make a horrible crack sound when the slip clutch of the motor is released, to prevent damage to its components. However, since the platform is now thicker, it may not be able to do so (the clearance of the platform axis may also be insufficient). If you do not know this and just hit "home" -the printer tries to approach the absolute zero point with its platform. AFTERWARDS the platform moves to the last set position according to the calibration value. ![]() This sends a signal to the printer that it has now reached the "absolute zero point". The printer lowers the platform until a flag at the back of the threaded spindle interrupts a light barrier. The home function of the printer does not ensure that the last set zero point is directly approached. If you try this "just like that" like I did, you will experience a surprise: easy peasyīut this method also has disadvantages: The flex plate and the magnetic sticker build up relatively high (about 2.2mm in total). After printing you can detach the flex plate from the printing platform, bent it and your model will detach from the flex plate easy. These thin metal sheets are held to the platform with the help of a magnetic intermediate layer. But I have also broken models with needed 19 hours of printing timeĪs an alternative, there are recently the flex plates. Most of the time, I could then remove it relatively easily. but mostly you always have to adjust this depending on the model you want to print to compensate for factors such as contact surface, height and weight.Īs a workaround, it helped me to heat the print object with hot water including the print platform (after curing, of course) and then quickly cool it down with ice spray. Of course you can now play with exposure times etc. I tend to have the latter problem with my Mars 2 Pro. The fundraising will continue for another 13 days.We are all familiar with this situation: Either our print does not adhere to the printing platform and remains stuck to the FEP, or the print adheres so firmly to the platform that it is difficult to ever get it off the platform again undamaged. IBox Printers company mentioned in the campaign that $300000 needed for serial production of this 3d printer, they made already above $200000. The battery can last long up to 10 hours if it is charged fully. In Active mode, the printer uses 2.7 Watts. Its dimensions are 85 x 110 x 235 mm and weight of 1.1 kg. The print area is small, 40 x 20 x 90 mm, but also the printer itself is very compact and easy to carry. The advantages of the printer manufacturer considers high resolution-328 mm horizontally and 0.39 -100 mm vertically. Printing from browser allows you to display a job to the printer without installing on the client device, they are also offering apps for smartphones of various platforms. More specifically, it is a mini Raspberry Pi based PC computer with 8 GB of Flash memory, 4 USB ports, Ethernet 100 Mbit/s and HDMI video output. According to the manufacturer, this allows you to use the iBox Nano not only as a printer, but also as a PC computer. The device is expected to sell at retail for $ 299. You can get this 3d printer on kickstrater for just $189. It uses photopolymer resin as a printing material. According to the developer, iBox Nano is the only 3d printer in the world which is very portable, affordable, and running by battery power only. IBox Printers company unveils the new cheapest 3d printer "iBox Nano" in Kickstarter campaign.
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