Das BIGTREETECH Manta M4P V2.1 ist ein kompakter 32-Bit-4-Achs-Controller, der über einen robusten BTB-Anschluss direkt mit einem Raspberry Pi CM4 oder BTT CB1 verbunden wird. Es bietet Klipper- oder Marlin-fähige Bewegungssteuerung, flexible Stromversorgungsoptionen und umfangreiche I/O für kleine und mittelgroße Drucker. Mit wählbaren Lüfterspannungen, mehreren Steppertreiber-Modi und geschützten Sensorschaltungen ist das M4P V2.2 ein praktisches Upgrade für Builds wie Voron V0 oder Ender-3. Hauptmerkmale Direkte CM4/CB1-Integration über Board-to-Board-Anschluss. 32-Bit STM32G0-Serie MCU mit 64 MHz. Vier Steppertreiber-Sockel (X, Y, Z mit Dual-Z, E0); SPI/UART/STEP-DIR. Drei steuerbare Lüfteranschlüsse mit 5 V oder 24 V Auswahl. Geschützte Thermistorschaltungen; BLTouch, Filamentsensor, RGB unterstützt. Gigabit Ethernet (mit CM4) + drei USB 2.0-Anschlüsse.

Art des Netzanschlusses 4-polig Spannung 12 Volt Wattzahl 30 Watt Kühlverfahren Wasser Kompatible Geräte BIQU H2O Geräuschpegel 25 Dezibel

Öffnungshebel links Hohe Auflösung - optimiertes Übersetzungsverhältnis zusammen mit der Dual-Drive-Gear-Technologie Benutzerfreundlich Geeignet für: FDM/FFF 3D Drucker (z. B. Prusa, Creality) Filamentdurchmesser: 1,75 mm Variant: mirrored (left handed)  BMG-M Mirrored Extruder This extruder is optimized for the Mosquito / Mosquito Magnum hotends Variant: mirrored (left handed) Filament diameter: 1.75mm Filament path: fully guided Feeds all material with high reliability With thumbscrew tensioner for fine-tune the pressure exerted onto the filament With Quick-Release lever Weight without motor: 75g E-step value: 415 steps/mm Bondtech Dual-Drive The Bondtech BMG-M extruder combines high performance and resolution with low weight. Together with our proven and highly celebrated Dual-Drive technology you can expect problem free material feeding. The unique Dual-Drive technology delivers uninterrupted material flow without fear of grinding or slipping in even the most demanding conditions. Bondtech users the world over will attest that even in prints with thousands of retracts our extruders perform flawless, with unmatched precision, and zero damage or degradation to the filament. What’s in the box The following elements are supplied with the BMG-M: - BMG-M Assembly with Drive Gears and Push-fit - Thumbscrew Assembly - Brass Motor Gear with Set Screw NOTICE The following parts are NOT included in this product: - mounting bracket - stepper motor - hotends - heaters - thermistors - cables   To use this Bondtech Extruder, you will also need to buy the following: - a Mosquito Hotend or a Mosquito Magnum Hotend for higher material flow; - the Boron Nitride Paste; - the Mosquito Thermistor; - the Mosquito 12V 50W Heater Cartridge or the Mosquito 24v 50w Heater Cartridge; Optional items - one or more Vanadium Nozzles; - a Mosquito 12V fan or a Mosquito 24V fan to cool down the hotend; - a 1.5Nm Torque Wrench to properly tighten the nozzle(s). - standard CNC-machined 3mm aluminum mounts Designed for Mosquito This extruder is optimized for the Mosquito or Mosquito Magnum hotends (both not included) with and integrated torque lock system to make the interface very strong and makes nozzle changes a breeze. Mounting your hotend is simple, secure, and wobble free by means of just two bolts. Build Quality The housing parts are professionally SLS printed in nylon (PA12) for maximum strength and precision. Nickel Coated Hardened Steel Drive Gears The Bondtech BMG-M utilizes an internal gearing ratio of 3:1 together with precision cnc-machined Nickel Coated Hardened Steel drive gears to give you a compact powerhouse for all your applications. Whether you require high resolution prints with small nozzles or high-flow prints with big nozzles the optimized gearing ratio combined with our industry leading drive gears provides unparalleled pushing power and lightning fast retractions in a lightweight and compact package. Multi-material capability The BMG extruder feeds all material with high reliability, from slippery nylons and soft TPU/TPE filaments to highly rigid and sometimes brittle carbon-filled high-strength materials. The extruder is designed for 1.75 mm filaments, but has been tested to ensure performance of filament from 1.5mm up to 2.0mm allowing for high reliability regardless of the tolerance of the filament used. The filament path is fully guided throughout the extruder body and the housing maintains tight tolerances to the drive gears mitigating the chances of Filament Misfeed when the hotend experiences increased back pressure or highly flexible filaments are used. Adjustable tension The thumbscrew tensioner allows the user to fine-tune the pressure exerted by the drive gears onto the filament. This gives you the power to adjust according to your preferences and to optimize for the type of material you are using. Quick-Release To be able to do material changes in a snap, simply activate the Quick-Release lever to release the tension and pull the material to be changed out of the extruder, keep it activated and insert the new material. Flexible mounting options Standard mounting bracket: standard CNC-machined 3mm aluminum mounts or 3D printable mounts that you can download as CAD- or stl-file that gives you the dimensions you need in order to design your custom mounting bracket. NOTICE: The extruder is delivered without mounts. If you need the aluminum mounts please remember to add them to your order. Or download a CAD- or stl-file and process/print one yourself. - Important Notice - About the E-Steps The e-steps depend on: - the stepper motor angle per step. The most common is 1.8°. Some printers use other kinds >> And an inverse proportional relationship with angle per step: If the stepper motor angle per step is half, eg. 0.9, double the e-steps value. - the mainboard micro-stepping setting. The most common is 16 bit. Some boards may use other bit settings. >> There is a directly proportional relationship with micro-stepping bits: If the micro-stepping is double, eg. 32 bit, double also the e-steps value. The value for the e-steps we present is the most common scenario: 1.8°/step motors and 16 bit micro-stepping. Documentation - Datasheet BMG

New Version WITH IDGA Shipping Now! with new white plastic main gear and integrated drive gear for lower run-out Now including the new white plastic main gear and assembled with a new method to reduce run-out and improve 3D print´s surface quality. The Bondtech DDX Direct Drive eXtruder for Creality 3D printers is an upgrade kit that replaces the original bowden extruder with a direct drive extruder setup. It is a high-performance Dual Drive extruder based on the BMG Bondtech Mini Geared. Multiple Hotends Compatibility This model was created to be compatible with the original hotend of each compatible Creality model, except with the hotend in CR-10 V2/V3. Users may upgrade the hotend to Copperhead™ or Mosquito™. It may be used with Micro Swiss hotends if using a hotend adapter, as to use the DDX with any hotend other then stock, a specific adapter set is required. A DDX v3 Adapter set is required to use this product. Using a bed probe with DDX v3 The DDX was designed to allow space for the bed probe to be attached to the x-carriage. In models where there is no space to attach a bed probe like the BL Touch, to the X-carriage, a mount can printed and attached to the right hand side of the DDX. Bondtech DDX Direct Drive eXtruder This Direct Drive eXtruder from Bondtech is a high performance, high reliability 1,75mm Dual Drive extruder for Creality 3D printers, based on our very popular BMG. Bondtech’s unique Dual-Drive technology combined with either the factory hotend or for even better performance the industry leading hotends Copperhead™ or Mosquito™ from Slice Engineering gives you a direct drive extruder with problems free material feeding and enables the use of a wider range of materials. The housing parts are printed with PA12 (polyamide) for maximum strength and precision using industrial grade SLS technology. Make your 3D printer even better Bondtech DDX Direct Drive eXtruder for Creality is designed to give the user more options – different materials; higher flow and/or wider nozzles; thinner layers – and achieve a higher print quality. The DDX is based on the BMG Bondtech Mini Geared extruder featuring our unique Dual-Drive technology. The DDX housing design provides an effective Hot-End cooling.  With the 3:1 gearing ratio, high resolution prints with small nozzles or high flow prints with bigger nozzles can be achieved. Easy To Setup For ease of setup the kit is attached to the carriage with only 2 screws. Product includes: 1x DDX v3 Extruder 1x Nema17 Pancake stepper motor 1x Thumbscrew Assembly 1x 70cm Stepper motor extension cable 1x 60cm PTFE tube 1x 7cm Capricorn tube 4x Zip-ties 3x M3x12mm screw 2x M3x20mm screw 1x M3x10mm button head screw When upgrading the hotend on a Creality with DDX Know more about the different ways to upgrade the hotend here: The 4 Phases of Bondtech DDX for Creality Compatible with the following models: Ender-3 Ender-3 v2; Ender-3 Pro; Ender-5; Ender-5 Pro; Ender-5 Plus*1; Ender-6 CR-10 CR-10 (Mini); CR-10S; CR-10 S4; CR-10 S5. CR-10 v2 CR-10 v3 CR-10S Pro; CR-10S Pro v2; CR-10 Max*2;

Each LGX™ FF Set is supplied with: 1x LGX™ Black Anodized Aluminum Heat Sink 1x LGX™ Black Anodized Aluminum Air Cooled Cold Block 1x LGX™ Air-cooled Cold Block Mounting Hardware 1x Copperhead™ LGX™ Heat Break 1x Copperhead™ Hot Block 1x Bondtech M6x1x7.5 Coated Brass Nozzle 0.4mm Designed To Be Flexible The LGX™ For Flexibles Set includes a reversible heat sink that can be installed on the left or right hand side of the cold block. The heat sink also includes the hole pattern for attaching 40×40 fans. Cooling down the heat break Our tests suggest a 4010 fan is enough to cool down the cold block and the cold zone of the heat break, even with such small contact surface to the heat sink. In case you have an application where additional cooling is required, try using a 4020 fan or 2 LGX heat sinks, one on each side. Main Advantages Gives access to softer materials. Enables to print flexible and soft materials faster. Keeps the print-head small and light. Allows mounting in many different ways. Compatibility Alerts The LGX™ FF is not compatible with the following items: 3DSolex Matchless 1.75mm nozzles.

Das Creality K1 / K1C 4,3 Zoll Touch Screen Kit stellt eine klare und reaktionsschnelle Bedienoberfläche für Ihren Drucker bereit. Es ist ein direkter Ersatz für das Originalpanel und erleichtert Navigation, Feinabstimmung und Wartung. Wichtige Merkmale 4,3 Zoll kapazitiver Touchscreen für präzise Steuerung Übersichtliche Oberfläche mit schnellem Zugriff auf Druck, Einstellungen und Wartung Plug and Play Ersatz für K1 und K1C Stabile Verbindung und zuverlässige Eingabereaktion Ideal zur Reparatur oder Auffrischung eines abgenutzten oder beschädigten Displays

Das Creality K1 Max 4.3 Inch Touch Screen Kit ist ein reaktionsschnelles, einfach zu installierendes Display für schnellen Zugriff auf Druckerfunktionen und Status in Echtzeit. Speziell für den K1 Max entwickelt, bietet es klare Anzeigen und zuverlässigen Betrieb im Alltag. Wichtige Funktionen Kompatibel mit Creality K1 Max 4,3 Zoll kapazitiver Touchscreen mit heller, klarer Oberfläche Plug and Play-Installation mit modellspezifischem Kabel Schneller Zugriff auf Einstellungen, Vorheizen und Druckaufträge Langlebiges Glas und Gehäuse für langen Einsatz Einstellbare Helligkeit für verschiedene Umgebungen

Mit diesem nachrüstbaren Creality Silent Mainboard V2.2.1 kannst du die Geräuschentwicklung beim Drucken, die durch die Treiber der Schrittmotoren verursacht wird, massiv verbessern. Nach dem Upgrade auf das Silent Mainboard sind die Motoren kaum hörbar. Auf dem Mainboard ist die Firmware für den Ender 5 Plus bereits installiert und es ist ein Bootloader vorhanden. Wenn du das Board auf einem anderen Drucker einsetzen möchtest, kannst du direkt über USB mit der Arduino IDE eine andere Firmware flashen. Der Umbau auf das neue Board ist in ca. 40 Minuten erledigt. Vor dem Umbau mache ein Foto, wie die Stecker angeschlossen sind. Beim Wiederanschliessen des neuen Boards erleichtert es dir die Arbeit.Info Firmware: Creality hat auf den Mainboards neue Firmware installiert, deshalb kann es sein, dass du die Display-Firmware und eventuell auch die Board-Firmware neu flashen musst. Die Firmware findest du im Downloadbereich. Das Hexfile für das Mainboard kannst du am einfachsten mit dem X-Loader aufspielen. Wähle beim X-Loader das Hex-File aus dem Zip aus und bei den Device den "Mega(ATMEGA2560)". Anschliessend musst du nur noch den richtigen Com-Port auswählen und die Firmware hochladen.Eigenschaften Creality Silent Mainboard V2.2:Mit dem neuen TMC2208 Treiber ist kaum eine Geräuschentwicklung bei den Motoren hörbar.Firmware für Ender 5 Plus ist vorinstalliert.Bootloader ist vorinstalliert (ISP/USB Arduino).Geeignet für Ender-3 / Ender-3 Pro / Ender-5 / Ender-5 Pro / CR-10 (richtige Firmware muss installiert werden).Kompatibel mit folgenden Druckern:Ender 5 Plus (installierte Firmware)CR-10SCR-10 S4CR-10 S5CR-XCR-X ProCR-20CR-20 PROTechnische Details:Hersteller: CrealityHersteller SKU: 4002020010 / 6001020008Version: V2.2Vorinstallierte Firmware: Ender 5 PlusMikrocontroller: ATMEGA2560Schrittmotor Treiber: TMC2208Abmessung: 105 x 85 x 25 mmGewicht: 152 gLieferumfang:1x Creality Silent Mainboard V2.2.1 mit Ender 5 Plus Firmware.

Unbedingt Z neu einstellen!!! Eliminate Warping We know how frustrating it is when the corners lift, or when parts come off. EZ-Stik’s Advanced Coating Technology is designed to reliably prevent peeling. No need for a raft or to ‘squish’ the first layer. Print even the most difficult parts up to 8 inches long with no peeling. Easy Part Removal We designed the EZ-Stik Build Surface so that even the most delicate parts release easily. No need to worry about breaking parts during removal. We recommend using our non-scratching removal tool for the most difficult parts. Lasts Over 100 Prints Even under the toughest conditions, EZ-Stik Build Surfaces last over 100 prints with losing adhesion. Exact life span varies depending on the materials, settings, and 3D printer. Many customers get over 300 prints on a single sheet. Improved Durability Even though EZ-Stik uses a polymer sheet, it is still very durable. It easily resists light scratches by the nozzle. Maintenance and Cleaning There is almost no maintenance needed for GeckoTek Build Surfaces. We recommend that you wipe the surface with isopropyl alcohol wipes every 5-10 prints. Please note: If using Ninjaflex, extra precautions are recommended. Please make sure the print and bed have cooled down all the way before attempting to remove the print, and take care to ensure the first layer has not been squished into the build plate. Drucktemperatur: BED Extruder ABS: 100-110°C ABS 230-250°C PLA: 50-60°C PLA 200-225°C PETG: 70-80°C PETG 230°C Nylon 30-50°C Fexibles 50°c Nylon 230-270°C Flexibles 230-240°C    

The BigTreeTech EZ2225 has the TMC2225 chip on board for good 3D printing results at a competitive price. The 1/256 step interpolation offers a quiet 3D printing experience and the control can be further optimized via a UART connection. We recommend using active cooling to get the most out of this chip. BigTreeTech's EZ series has a compact design for various stepper motor drivers and is suitable for the EZ versions of their electronics board range. If you already have an electronics board with Pololu-compatible 2x8-pin slots, you can use the BigTreeTech EZ-Driver Connector to connect the EZ drivers. Max current: 1 A Chip: TMC2225 Input voltage: 12-24V Hazard class: n/a Brand: BigTreeTech

Old Style mit Thermistor anstatt Thermistorcartridge!! Full documentation for Chimera and Cyclops can be found on our wiki. Multi-Extrusion Ecosystem Add Multi-Extrusion capability to your machine with the easiest, most versatile, and highest performance HotEnds in the industry. E3D has a range of modular systems which give you the ability to create printers that can print a wide range of colours and materials in a single object, in one print. All our multiple extrusion systems share some core design principles: Our signature E3D All-Metal, high performance design for fantastic prints in every material, every time. Easy to level nozzles make getting started in dual extrusion easier than ever before. Absolute minimum size and weight, won’t weigh down your machine or reduce printing performance 2 In, 2 Out - Dual Extrusion System Chimera is a neat and simple way in which to add conventional dual extrusion to your machine in a simple, air cooled package. Nozzles can be individually adjusted in height for an easy setup experience. Each nozzle is individually temperature controllable for ultimate material versatility. Chimera inherits the best from its cousins, V6 and Kraken, combining them into a single, reliable, yet highly capable HotEnd with a tiny 30x28mm footprint and easy mounting. 2 In, 1 Out - Switching HotEnd Cyclops introduces a new way of printing multiple materials not yet seen before in commercially available hotends. By taking 2 input materials and printing them alternately from a single nozzle Cyclops is able to eliminate ooze problems that are inherent in most conventional dual extrusion systems. This new approach has been working excellently for us in testing at E3D, but we are releasing it now as an experimental product as we are still figuring out the best techniques for using this new HotEnd type. Modular Ecosystem. Chimera and Cyclops are close relatives, and also inherit components from the V6 family. This means that you can easily change a Chimera into a Cyclops or vice-versa. Chimera is also compatible with the full range of V6 heater blocks, nozzles, and socks for maximum configurability. Legends Dual-Extrusion Pack Parts 1 x Cyclops Heat Sink 2 x Cyclops heat Breaks 1 x Cyclops Heater Block 1 x Cyclops 0.40mm Nozzle 2 x Kraken Heat Breaks 2 x V6 Heater Blocks 2 x V6 0.40mm Nozzle (1.75mm Filament) 2 x Bowden Threaded Coupling 2 x Collets 1.6m PTFE Tubing (4mm OD for 1.75mm Filament) NOT PICTURED 3 x 12v 30w Heater Cartridges 1 x 100k Semitec Thermistor 2 x Thermistor Cartridges 100mm x Blue Fiberglass Sleeving 1 x 2-Way Thermistor Cable 3 x Extension Wires (Thermistors and Fan) 6 x Zip Ties 1 x 12v 30mm Fan 1 x Cyclops Spanner 2 x Silicone Socks 1 x Thermal Comompound Paste Sachet Cyclops Fixings Kit Cyclops Cold Side Kit 2 x Pastfast30 3.0 X 16 Screws 3 x M3x10 Socket Dome Screw 3 x M3 Washers 4 x M3 Grub Screws 1 x 1.5 mm Hex Wrench 1 x 2 mm Hex Wrench Cyclops Hot Side Kit 4 x Ferrules 1 x M3 Grub Screw 2 x M4 Grub Screws 1 x M3x3 Socket Dome Screw 1 x M3 Washer 2 x Bearing Balls Universal Fixings kit 2 x M3x10 Socket Dome Screw (for securing heater cartridge) 1 x M3x3 Socket Dome Screw 1 x M3 Washer (for securing heater cartridge) 4 x Pastfast30 3.0 X 16 Screws (for securing fan) 2 x M3 Grub Screws (for securing thermistor) 1 x 1.5 mm Hex Wrench 1 x 2 mm Hex Wrench  

Bondtech upgrade kit for Makerbot Replicator 2 single nozzle. This kit provides a high-performance material feeding system with the ability to print faster with improved quality. The adjustable thumbscrew allows you to fine-tune the force acting on the filament. The housing parts are professionally SLS printed in polyamide for maximum strength and precision. This extruder upgrade kit for the Makerbot Replicator 2 single nozzle printer will replace the original feeder and coldblock. It allows for a more reliable printing with all sorts of filaments, both stiff and flexibles and the DualDrive system ensures that the extruder never looses grip of the filament so grinding and slipping is a thing of the past. The original motor are used and the PTFE feedtube is held securly in place with an industrial 6 mm Push-fit connector for reliability. Installs in about half an hour with standard tools available. Full installation guide available at the tab installation guide, the installation guide is for a Makerbot Replicator 2X but it follows the same steps. This block has an M6x1.0 thread through the coldblock for the factory default heatbreak. Please verify that your heatbreak fits before placing your order. On the factory setup there is a low height nut both over and under the coldblock, with this setup the top nut needs to be removed. Weight 74 g – Installation guide –

Manta M8P von BIGTREETECH ist eine vielseitige 32-Bit-Hauptplatine, die über viele Funktionen verfügt und dank vieler Schnittstellen vielfältige Upgrade-Möglichkeiten bietet. Das Mainboard ist kompatibel mit Klipper, Raspberry und Marlin Open-Source-Software, in Kombination mit CB1 ist Manta M8P am besten für Voron 2.4 und VzBoT geeignet. Haupteigenschaften: 32-Bit ARM® Cortex-M0+ STM32G0B1VET6, 64 MHz - schneller und stabiler BTB-Anschluss für alle CM4-Versionen 5A für Raspberry Pi - TPS5450-5A Netzteilchip 3 verschiedene Spannungen für Lüfteranschlüsse (5V, 12V und 24V) hochleistungsvoller MOSFET für eine bessere Wärmeableitung Board-to-Board-Steckverbinder Das Mainboard verfügt über den gleichen Steckverbinder wie Raspberry Pi und kann daher an alle Versionen des Raspberry Pi CM4 und CB1 angeschlossen werden. Die leichte Montage der zusätzlichen Platine an das Manta M8P kann durch Schrauben verstärkt werden. Die dafür benötigten Schrauben sind nicht im Lieferumfang des Mainboards enthalten. Integrierter HDMI-Anschluss Mit einem HDMI-Kabel kannst du Audio und Video direkt auf einen HDMI-Bildschirm übertragen! Mechanischer Runout Detection Sensor Das Mainboard ist mit einem Anschluss für einen Runout Detection Sensor ausgestattet. Wenn das Filament verbraucht ist, gibt der mechanische Sensor dem Mainboard Bescheid, wodurch der Druck automatisch gestoppt wird. Nachdem du das Filament ausgetauscht hast, kannst du den Druck wieder bequem fortsetzen. BLTouch automatischer Nivellierungssensor Mit dem BLTouch wird eine automatische Bettnivellierung ermöglicht - ganz gleich, um welche Druckoberfläche es sich handelt! Automatischer Abschaltmodus Leistungsstark und stromsparend! Nachdem der Druck zu Ende ist, schaltet sich der Drucker von selbst aus und spart somit Energie. Verbindung mit einer RGB Lichtleiste Das Mainboard ermöglicht dir, eine RGB-Lichtleiste anzuschließen, um deinen 3D-Druck mit farbigen Lichtern zu gestalten! SPI Touchscreen An das Mainboard kann das BIGTREETECH SPI Touchscreen angeschlossen werden! DSI Display Port Mit einer CSI Kamera kannst du deine 3D-Drucke und die Druckprozesse festhalten! Kompatible Stepper Driver Interfaces: SPI, UART, STEP/DIR Weitere Informationen, Anleitungen und Firmwares findest du hier!

Shorter and lighter. Revo Hemera XS is 92g lighter and 11mm shorter than classic Hemera. A custom stepper motor means it can move faster on your 3D printer’s motion system with less inertia than classic Hemera, reducing print artefacts such as ghosting. Its compact size also means it occupies less space inside your 3D printer’s build volume – useful for smaller 3D printers. Capable with wide range of 3D printing filaments. Enjoy excellent performance with all 3D printing materials, particularly challenging materials like flexibles and abrasives. Enhanced extrusion and retraction control means you can 3D print soft flexibles with a shore hardness as low as 75A! Backwards compatible. The heatsink geometry for Revo Hemera XS accepts Revo Nozzles as well as V6 nozzles with a Hemera HeatBreak (sold separately). All the force you need. Revo Hemera XS has all the extrusion force you need to drive the entire E3D ecosystem, including high flow HotEnds like SuperVolcano and high flow Revo Nozzles (coming soon!) Less likely to strip filament. In the event of a jam, the filament drive mechanism for Revo Hemera XS will stall instead of stripping filament, making it easier to recover and get 3D printing again. Easy nozzle swaps with Revo. A variety of Revo Nozzles enhance the capabilities of your 3D printer without a difficult nozzle changing processes. Every Revo Nozzle can be changed by hand. No tools, no hot tightening. Better safety. Power reduces to the Revo HeaterCore as it gets hotter, thanks to built-in PTC behaviour. This gives you greater protection against hazards caused by thermal runaways. T-slot flat mounting. Our custom mounting system means a range of accessories can be mounted on this extrusion system, such as bed levelling probes, expansion boards, and more! Just add a 3D printer. Everything you need to start 3D printing is in the box, including Revo Nozzles and a Revo HeaterCore. Just mount it to your 3D printer and you’re ready to go!  Documentation for Hemera XS is available on the E3D Help Centre Key features: - Max temp: 300°C - Voltage 12V or 24V - Power: 40W - Filament diameter: 1.75mm - Nozzle type: RapidChange Revo  - Mounting system: T-slot - Step angle: 1.8° - Recommended current: 1.40A Peak (~0.99A RMS) - Mass: 256.25g   Kit inlcudes: - 1 x Hemera XS Assembly - 1 x Hemera fixings kit - 1 x 40 x 40 x 10 mm 12V or 24V Fan - 1 x Revo HeaterCore 12V or 24V - 1 x Revo HeaterCore spring - 1 x Extension cable kit Single nozzle kit: - 1 x 0.40mm Brass Revo Nozzle Fully loaded nozzle kit:  - 1 x 0.25mm, 0.40mm, 0.60mm & 0.80mm Brass Revo Nozzles

BIGTREETECH SKR 3 EZ V1.0 motherboard is a 32-bit 3D printer motherboard updated by the team of Shenzhen Biqu Technology Co., Ltd. for our EZ series drivers on the basis of SKR 3. It is compatible with both the EZ series driver and the series of TMC drivers.   Product Features 1. Using 32-bit ARM Cortex-M7 series STM32H743VIT6 main control chip with a main frequency of 480MHz, the performance has greatly improved. 2. The power chip adopts TPS5450-5A, which supports DC12/24V power input. The output current of the chip is up to 5A, and the peak value can reach 6A, which perfectly supports the power supply of Raspberry Pi. 3. Supports functions such as resume printing, Filament Runout Detection, Completed Shutdown, BLTouch, RGB Lights, etc. 4. The motherboard reserves the BOOT button, users can update the motherboard boot program through DFU. 5. Increase the protection circuit of the thermistor part to avoid the burning of the main control chip due to leakage of the heated bed or heating rod. 6. Support all versions of our company's serial screen, SPI screen and LCD screen. 7. Upgrade the configuration firmware through an SD card, the operation is simple, convenient and efficient. 8. On-board DIAG function pins can be used by simply plugging and unplugging the jumper cap. 9. High-performance MOSFETs are used to reduce heat generation. 10. Adopt a replaceable fuse for easy replacement. 11. WIFI module (ESP-12S, ESP-07, ESP32) general interface. 12. Two types of drive sockets are used, which are compatible with our EZ series drive modules and TMC series drive modules. BIGTREETECH_SKR_3_EZ_User_Manual