Índice de contenidos
Aprende todo sobre las especificaciones de la impresora 3D MatterHackers Pulse, si es compatible con OctoPrint, Mainsail, Fluidd y SimplyPrint, y cómo configurar cada uno.
Compatibilidad de la impresora para MatterHackers Pulse
¿La impresora 3D MatterHackers Pulse funciona con OctoPrint, Mainsail, Fluidd y SimplyPrint?
Averiguar si tu impresora en concreto funciona con OctoPrint, Mainsail, Fluidd o SimplyPrint puede ser una tarea complicada, sobre todo si eres nuevo en la impresión 3D, ya que hay miles de impresoras distintas.
Estamos aquí para hacértelo un poco más fácil, respondiendo a la pregunta: ¿es la MatterHackers Pulse compatible con OctoPrint, Mainsail, Fluidd y SimplyPrint?
¿Nos hemos equivocado en algo? ¿Hay algún dato incorrecto? ¡Avísanos!
Qué slicer usar para la MatterHackers Pulse
Find the best slicing software for your MatterHackers Pulse 3D printer.
Compatible Slicers for MatterHackers Pulse
At SimplyPrint we support the following 7 slicers. But, that does not mean that no other slicers are compatible with this the MatterHackers Pulse. We are working on adding support for more slicers for our online cloud-based slicer.
No Recommended Slicers Found: To our knowledge, none of the slicers we currently track have built-in default profiles for the MatterHackers Pulse.
However, the printer can probably still be used with these slicers—you'll just need to create your own custom profiles, for example by basing them on profiles from a similar printer model. It's also possible that this printer works best with another slicer—perhaps one made by MatterHackers—that we're not tracking on our website yet.
Automatic Profile Updates: Profiles are automatically checked and fetched from the slicer GitHub repositories every day, as well as from our own open-source community-driven slicer profile database. This ensures you always have access to the latest profiles.
Cloud-Based Slicer for MatterHackers Pulse
Other Compatible Slicers
Note: Many other excellent slicing software options exist, including Cura, Simplify3D, ideaMaker, KISSlicer, and others. While we don't currently track profiles for these slicers in our database, they may work perfectly with your MatterHackers Pulse. Check each slicer's official documentation or community forums for compatible profiles and settings. You can also contribute profiles to our open-source slicer profile database on GitHub.
What filament can the MatterHackers Pulse print?
A guide to the materials the MatterHackers Pulse can handle, based on its hotend and heated bed specs.
| Filamento | Suitability | Notas |
|---|---|---|
| PLA | Great | The easiest filament to print. Works on almost any printer; a heated bed helps adhesion but is not required. |
| PETG | Great | Comfortably in range (PETG likes a ~230-250C hotend and a ~70-85C bed). |
| TPU & flexibles | With care | Possible, but a Bowden extruder makes flexibles harder - print slowly and prefer firmer (higher-shore) TPU. |
| ABS & ASA | Great | The high-temperature hotend and hot bed handle ABS and ASA well. An enclosure helps further on large parts. |
| Nylon (PA) | Bueno | Doable with care - dry the filament thoroughly, and an enclosure helps a lot. |
| Polycarbonate (PC) | Bueno | In range for PC. Dry the filament, print slowly, and use an enclosure for the best results. |
| Carbon-fiber & glass-filled | With care | Possible if you fit a hardened or wear-resistant nozzle - the abrasive fibers quickly wear a stock brass nozzle. |
Especificaciones de la impresora MatterHackers Pulse: tipo de cama, tamaño, altura de impresión y más
Descubre las características clave del modelo de impresora 3D MatterHackers Pulse. Desde el tipo de cama hasta su tamaño, altura de impresión y mucho más, te ofrecemos especificaciones detalladas para ayudarte a entender las capacidades de la impresora.
| Especificación | Detalles |
|---|---|
| Nombre del modelo de impresora | Pulse |
| Fabricante / marca de la impresora | MatterHackers |
| Tipo de cama | Rectangle |
| Tamaño de cama | 250 x 220 mm |
| Altura máxima de impresión | 210mm |
| Tiene cama caliente | Sí |
| Temperatura máxima del extrusor | 290° |
| Temperatura máxima de la cama | 115° |
| Ancho del filamento | 1.75mm |
| Número de boquillas | 1 |
| Herramienta de sondeo / Nivelación automática de la cama | Sí |
| Direct drive | No |
| Supports serial printing | Sí |
| Shipped firmware | Marlin |
| Supported file formats | G-code (.gcode, .gco, .g) |
¿Nos hemos equivocado en algo? ¿Hay algún dato incorrecto? ¡Avísanos!
Preguntas frecuentes
Is the MatterHackers Pulse compatible with SimplyPrint?
Yes. You can connect the MatterHackers Pulse to SimplyPrint via OctoPrint or Klipper (Moonraker), then slice, queue, start and monitor prints from your browser or the mobile app.
What slicer should I use for the MatterHackers Pulse?
Cura, PrusaSlicer and OrcaSlicer all work with the MatterHackers Pulse, and you can run any of them in SimplyPrint's online browser slicer - no install needed, on any device.
What filament can the MatterHackers Pulse print?
Based on its specs (hotend up to 290C, heated bed up to 115C), the MatterHackers Pulse handles PLA, PETG, ABS & ASA or Nylon (PA) well. See the full filament guide above for ABS, nylon, PC and composites.
Does the MatterHackers Pulse work with OctoPrint or Klipper?
The MatterHackers Pulse works with OctoPrint or Klipper (Mainsail and Fluidd), and SimplyPrint connects to it through them - so you get cloud access, a queue and camera monitoring on top.
What is the MatterHackers Pulse's build volume?
The MatterHackers Pulse has a build volume of about 250 x 220 x 210 mm. See the full specifications table above for bed type, temperatures and more.
Palabras finales
Hemos llegado al final de nuestra guía informativa sobre la MatterHackers Pulse. Dedicamos mucho tiempo a investigar y recopilar datos sobre tantas impresoras 3D como sea posible, conscientes de lo difícil que es encontrar información completa y fiable en un solo lugar. Nuestro objetivo principal es ofrecer información sobre la compatibilidad de impresoras específicas con los clientes de impresión 3D más populares. ¡Esperamos que esta guía te haya ayudado a responder tus preguntas!