Spring Steel Sheet, VORON, 255 x 255 mm

CNC machined, precision milled and stress relieved cast aluminium plate with four slots (V2.4) and three counterbores (V1.8, Trident) to mount. The underside features two M3x0.5 threaded through holes for protective earth and temperature fuse. Chamfered from all sides. With our customized Keenovo Heatmat you get the best combination for your printer.

CNC machined, precision milled and stress relieved cast aluminium plate with four slots (V2.4) and three counterbores (V1.8, Trident) to mount. The underside features two M3x0.5 threaded through holes for protective earth and temperature fuse. Chamfered from all sides. With our customized Keenovo Heatmat you get the best combination for your printer.

CNC machined, precision milled and stress relieved cast aluminium plate with four slots (V2.4) and three counterbores (V1.8, Trident) to mount. The underside features two M3x0.5 threaded through holes for protective earth and temperature fuse. Chamfered from all sides. With our customized Keenovo Heatmat you get the best combination for your printer.

CNC machined, precision milled and stress relieved cast aluminium plate with four slots (V2.4) and three counterbores (V1.8, Trident) to mount. The underside features two M3x0.5 threaded through holes for protective earth and temperature fuse. Chamfered from all sides. With our customized Keenovo Heatmat you get the best combination for your printer.

GraviFlex® magnetic foil 200, self-adhesive anisotropic multi-polarly magnetized operating temperature 120°C (up to 200°C temporary) Product characteristics Material thickness: 1 mm Remanence Br: 243 – 263 mT Coercivity HcB: 179 – 203 kA/m Coercivity HcJ: 211 – 257 kA/m Energy product (B × H)max.: 11,1 – 13,5 kJ/m³ Holding force: approx. 130 g/cm²

GraviFlex® magnetic foil 200, self-adhesive anisotropic multi-polarly magnetized operating temperature 120°C (up to 200°C temporary) Product characteristics Material thickness: 1 mm Remanence Br: 243 – 263 mT Coercivity HcB: 179 – 203 kA/m Coercivity HcJ: 211 – 257 kA/m Energy product (B × H)max.: 11,1 – 13,5 kJ/m³ Holding force: approx. 130 g/cm²

GraviFlex® magnetic foil 200, self-adhesive anisotropic multi-polarly magnetized operating temperature 120°C (up to 200°C temporary) Product characteristics Material thickness: 1 mm Remanence Br: 243 – 263 mT Coercivity HcB: 179 – 203 kA/m Coercivity HcJ: 211 – 257 kA/m Energy product (B × H)max.: 11,1 – 13,5 kJ/m³ Holding force: approx. 130 g/cm²

GraviFlex® magnetic foil 200, self-adhesive anisotropic multi-polarly magnetized operating temperature 120°C (up to 200°C temporary) Product characteristics Material thickness: 1 mm Remanence Br: 243 – 263 mT Coercivity HcB: 179 – 203 kA/m Coercivity HcJ: 211 – 257 kA/m Energy product (B × H)max.: 11,1 – 13,5 kJ/m³ Holding force: approx. 130 g/cm²

Our black PEI sheets are backed with 3M™ 467 one-sided self-adhesive. They're made from SABIC ULTEM™ 1000 granulate and extruded by Dr. Dietrich Müller GmbH in Germany.

Our black PEI sheets are backed with 3M™ 467 one-sided self-adhesive. They're made from SABIC ULTEM™ 1000 granulate and extruded by Dr. Dietrich Müller GmbH in Germany.

GraviFlex® magnetic foil 200, self-adhesive anisotropic multi-polarly magnetized operating temperature 120°C (up to 200°C temporary) Product characteristics Material thickness: 1 mm Remanence Br: 243 – 263 mT Coercivity HcB: 179 – 203 kA/m Coercivity HcJ: 211 – 257 kA/m Energy product (B × H)max.: 11,1 – 13,5 kJ/m³ Holding force: approx. 130 g/cm²

CNC machined, precision milled and stress relieved cast aluminium plate with four slots (V2.4) and three counterbores (V1.8, Trident) to mount. The underside features two M3x0.5 threaded through holes for protective earth and temperature fuse. Chamfered from all sides. With our customized Keenovo Heatmat you get the best combination for your printer.

Our black PEI sheets are backed with 3M™ 467 one-sided self-adhesive. They're made from SABIC ULTEM™ 1000 granulate and extruded by Dr. Dietrich Müller GmbH in Germany.

The silicone heatmats were custom designed by Fermio Labs and made to spec by Keenovo. All heaters are optimized for our build plates shapes and hole positions. They allow even heating almost all the way to the edges of the build plate. The power is adjusted to allow running them at 100 % power without risking damage to the build plate instead of the 50% to 80% PWM limit recommended for the heaters listed on the BOM. The standard DIN466 thumb nuts used in all Voron printers used as spacers (VORON2) or levelling nuts (Trident, VORON0 and VORON1) can be used as guides to align the heater. For added safety all heaters come with a self resetting bi-metal 150C thermostat. This turns off the heater if temperatures reaches 150 C due to technical failure of your electronics (only meant as a safety feature, not for temperature regulation). Thermistor used is a NTC 100K thermistor (Beta 25/50 3950K-1%, click here for the R-T datasheet) Choose type 11 or 13 in Marlin firmware. Use "Generic 3950" in Klipper. SKU/Model Compatibility Dimensions Voltage Watt Ampere Thermostat FLG-VRN-KNV-110 VORON0 110 x 110 mm 24 V/DC 60 W 2.5 A 150° C FLG-VRN-KNV-240 250 Trident, VORON1, VORON2 240 x 240 mm 230 V/AC 300 W 1.3 A 150° C FLG-VRN-KNV-290 300 Trident, VORON1, VORON2 290 x 290 mm 230 V/AC 400 W 1.7 A 150° C FLG-VRN-KNV-340 350 Trident, VORON2 340 x 340 mm 230 V/AC 500 W 2.1 A 150° C

Adapter plate for mounting an SSR relay on a top-hat rail. Full metal anodized with spring claw.

Direct replacement for GE5C spherical bearings. igubal® spherical bearings The use of spherical bearings is usually associated with high weight bearing materials, difficult installation, and high costs. Most of the time, maintenance is still necessary over the long-term, and the bearings are only corrosion-resistant in special designs. Often roller bearings or plain bearings malfunction prematurely due to high edge loads, or because they need to be elaborately readjusted, reamed, or refitted in order to compensate for alignment errors. igubal® spherical bearings put an end to all of these disadvantages and open up many new possibilities for your engineering design: they are easy to handle, cost-effective, lightweight and robust. The housing is made from igumid G, an extremely impact-resistant, long-fibre-reinforced polymer. Suitable for temperatures from -30 °C to +80 °C in long-term use. In standard spherical bearings, the spherical ball is made from iglidur® W300 material, which is known for lowest coefficients of friction in dry operation and extremely low tendency to stick-slip. This is especially important for low loads and very slow movements. Compensation of misalignment and edge loads Corrosion-resistant High vibration-dampening Excellent vibration dampening Suitable for rotating, oscillating and axial movements Tolerances Maintenance-free igubal® spherical bearings have a tolerance in the inner diameter of E10. The shaft tolerance should be between h6 and h9. The bearing clearance allows for expansion of the bearings due to increasing temperatures. Assembly igubal® spherical bearings are press-fitted into a recommended H7 housing bore and axially secured. Exact alignment of the bearing housing is not necessary since the spherical bearing automatically compensates for alignment errors.