All features similar to MK2 12v / 24v Volt.Heatbed with 3mm aluminum core. You can print directly on the heatbed, the glass is recommended but not mandatory The metallic side is the top print side and the black side is the bottom side. We recommend insulating the bottom side with Thermal Insula..
Hotbed size 220x280 With countersunk holes for screw head, compatible with most Y-axis carriages, including 220x220 or 214x214 bed carriages, because of it has exactly the same spacing between holes (209mm).All features similar to MK2 12 VoltHeatbed with 3mm aluminum core. You can print directly on ..
All features similar to MK2 24V.Heatbed with 3mm aluminum core. You can print directly on the heatbed, the glass is recommended but not mandatory.The metallic side is the top print side and the black side is the bottom side. We recommend insulating the bottom side with Thermal Insulator.Operate at 2..
Slotted aluminum profile kit for mounting a HyperCube Evolution, a popular 3D Core XY printer model. This model is completely open source and there are many variants, this combination is for a version of volume 30 x 30 x 30 cm approximately, the final print volume may vary depending on the moun..
Based on two legends: the Klicky Probe by JosAr and the Euclid Probe. With D2HW-A201D PCB.This design attempts to replicate Klicky as closely as possible using a PCB-based design, to try and achieve the following aims:Reduce the problem of magnets working lose or seating poorly in printed parts.Incr..
E3 RRF Board.Features:High performance main control chip:Packs ARM Cortex-M4 STM32F407VGT6 chip with its main frequency up to 168MHz.Power chip:Adopts AO1284 power chip with the power input of DC 12/24V and maximym output curent up to 4A, greatly reducing power ripple and radiation interference,Inte..
Bipolar extension cable for fans.One of the ends is crimped for the connection in the power supply or electronics and the other has welded a connector for the fan (connector XH2.54-2P).Length: 70cm / 1m / 2m1 unit..
The borosilicate glass has a coefficient of expansion of approximately one third of ordinary glass, it makes it more durable than other glasses to thermal shock. The borosilicate glass has a density of 2.23 g / cm3 lower than the ordinary glass (2.57g / cm3). These properties make it ideal..
The borosilicate glass has a coefficient of expansion of approximately one third of ordinary glass, it makes it more durable than other glasses to thermal shock. The borosilicate glass has a density of 2.23 g / cm3 lower than the ordinary glass (2.57g / cm3). These properties make it ideal..
The borosilicate glass has a coefficient of expansion of approximately one third of ordinary glass, it makes it more durable than other glasses to thermal shock. The borosilicate glass has a density of 2.23 g / cm3 lower than the ordinary glass (2.57g / cm3). These properties make it ideal..
The borosilicate glass has a coefficient of expansion of approximately one third of ordinary glass, it makes it more durable than other glasses to thermal shock. The borosilicate glass has a density of 2.23 g / cm3 lower than the ordinary glass (2.57g / cm3). These properties make it ideal..