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Great quality. Printed warning signs on top. In-use led included with resistor (I do not use it). Woks great. I powered it with 12V power supply and holds steady at 40ºC. None I use it with a glass on top (strongly recommended) so the surface does not get damaged. Else you have a truly flat... Great quality. Printed warning signs on top. In-use led included with resistor (I do not use it). Woks great. I powered it with 12V power supply and holds steady at 40ºC. None I use it with a glass on top (strongly recommended) so the surface does not get damaged. Else you have a truly flat surface as stated on items description. It has 3 or 4 drilled mountig holes option. Its a really nice heated bed. Works great on my 3d printer. Before I bought it it was really difficult to keep filament on the first layers, but now it works fine. Read more
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Easily available, not complicated and precisely manufactured heated bed for reprap. The inner resistance is 1.2V thus output about 140W on 13V ATX power suply. According the description it is 24V compatible but the soldering pads are just vort 1.2V 12V. I fried my MOSFET on RAMPS 1.3 board, the... Easily available, not complicated and precisely manufactured heated bed for reprap. The inner resistance is 1.2V thus output about 140W on 13V ATX power suply. According the description it is 24V compatible but the soldering pads are just vort 1.2V 12V. I fried my MOSFET on RAMPS 1.3 board, the output power was too much. Now have it hardwired to the power source and the temperature is ok. I'm printing on top the smooth surface. Could print directly on the bed, but glass surface would be better. Read more
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Cheap and useful heatbed for 3d printers It's made with copper deposition technique, wich is a disadvantage, as it even says in it's description: Copper plated holes as shown in reprap wiki: reprap.org/wiki/PCB_Heatbed This wiki says that you should avoid copper plated holes in the heatbed, and a... Cheap and useful heatbed for 3d printers It's made with copper deposition technique, wich is a disadvantage, as it even says in it's description: Copper plated holes as shown in reprap wiki: reprap.org/wiki/PCB_Heatbed This wiki says that you should avoid copper plated holes in the heatbed, and this one has this kind of holes Due to the deposition technique, you are guaranted a NON EVEN heat along all the heatbed. You should use a cristal surface over it to get even temperatures, as uneven ones tend to destroy your prints. Read more
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