RAISE 3D E2CF

Raise 3D E2CF

Carbon Fiber, 3D Printing, Made Simple

E2CF is a desktop 3D printer developed by Raise3D for carbon fiber-reinforced filaments and other composite materials.

Raise3D E2CF

Features

Nozzle with High Durability

The silicon carbide nozzle has excellent thermal conductivity and resistance to wear, which will effectively lessen the abrasion the carbon fiber composite filament subjects the nozzle to when printing, making the nozzle more durable.

Nozzle with High Durability

Double-gear Extrusion System

  • The gears are made of high-hardness steel and have been heat-treated for higher resistance to wear.
  • The gear tooth profile is customized, and the double gears engage tightly when operating so there is no filament slipping when extruding.
  • The force of the double-gear is doubled to ensure the stability of printing.

Compatible with a Variety of Carbon
Fiber Composite Filaments

The E2CF is compatible with the Raise3D Industrial PA12 CF Filament, and is also very compatible with high-performance carbon fiber filaments certified by the Raise3D OFP program,  such as PA / PPS / PETG and some other high-performance carbon fiber composite filaments from BASF and LEHVOSS.

Raise3D Filament Dry Box

The built-in detached double-disc suspension tray is used to place the filament to allow material to be pulled more smoothly. When closed, it can effectively prevent dust and moisture for up to 30 days*. *From Raise3D test data.

Exclusive ideaMaker Slicing Profiles

The E2CF has exclusive slicing profiles that have been repeatedly tested and verified by our engineers in ideaMaker.
There is no need to adjust the parameters before printing. Enjoy easy and high-quality printing.

More Features

  • Mirror Mode
  • Duplication Mode
  • Auto Bed Leveling
  • Industry First Video-Assisted Offset Calibration System
  • Safety Features
  • Power Saving Button
  • Flexible Build Plate
Luft- & Raumfahrt

Architektur

Automobilindustrie

Handelsgüter

Bildungswesen

Medizin

RAISE 3D E2CF Webinar

Damit Sie mit Ihrem neuen 3D-Drucker schnell produktiv arbeiten können, bieten wir Ihnen ab sofort unseren Schnellstart-Kurs in Form eines Webinars (Web-basiertes Seminar) an:

Nach 120 Minuten verstehen Sie die Funktionsweise der 3D-Drucksoftware

Ablauf des Webinars

  • Einführung in die Funktionsweise und Bedienung der 3D-Drucksoftware
  • Überblick über die Bedeutung der Einstellungen
  • Die richtigen Einstellungen für Ihren perfekten 3D Ausdruck!
  • Tipps & Tricks
  • Trouble Shooting – Ursachen und Lösungen für die häufigsten Probleme

Voraussetzungen:

  • Vorhandener, einsatzbereiter PC mit Windows 7, 8 oder Mac OS X mit vollen Administrator-Rechten
  • Internetzugang
  • Bereits installierte und funktionsbereite TeamViewer Software
Die Details zum Termin und der Webinar-Software werden nach Eingang Ihrer Bestellung abgesprochen.

Support und Service

  • Professionelle Beratung
  • Musterdruck Erstellung
  • Individuelle Pakete für Industriekunden
  • Einschulung vor Ort
  • Servicepaket mit kostenlosem Telefon- und Email Support
  • Gesamtlösung mit Waschstation
  • Bauteiloptimierung via Fernwartung
  • Materialversuche
  • Prozessoptimierungen
  • Kundenspezifische Seminare vor Ort
  • Vor Ort Service
Wir freuen uns auf Ihre Anfrage!

Technische Daten

Technische Daten anzeigen
Build Volume (WxDxH)
Single Extruder Print: 330×240×240 mm
Dual Extruder Print: 295×240×240 mm
Machine Size (WxDxH)
607×596×465 mm
Power Supply Input
100-240 V AC, 50/60Hz 230 V @ 2A
Power Supply Output
24 V DC, 350 W
Print Technology
FFF
Print Head System
IDEX Independent Dual Extruders
Filament Diameter
1.75 mm
XYZ Step Size
0.78125, 0.78125, 0.078125 micron
Print Head Travel Speed
30 – 150 mm/s
Build Plate
Flexible Steel Plate with Buildtak
Max Build Plate Temperature
110 ºC
Heated Bed Material
Silicone
Build Plate Leveling
Mesh-leveling with Flatness Detection
Filament Run-out Sensor
 Available
Supported Materials
PA12 CF, PA12 CF Support, OFP Certified Third-Party Filaments
Layer Height
0.1 – 0.25mm
Nozzle Diameter
0.4 mm (Default), 0.6/ 0.8 mm (Available)
Hotend
V4P
Max Nozzle Temperature
300 ºC
Connectivity
Wi-Fi, LAN, USB port, Live camera
Noise Emission (Acoustic)
<50 dB(A) when building
Operating Ambient Temperature
15 – 30 °C, 10 – 90% RH non-condensing
Storage Temperature
-25 °C to +55 °C, 10 – 90% RH non-condensing
Filter
HEPA filter with activated charcoal
Slicing Software
ideaMaker
Supported File Types
STL/ OBJ/ 3MF/ OLTP
Supported OS
WINDOWS/ macOS/ LINUX
Machine Code Type
GCODE
User Interface
7-inch Touch Screen
Network
Wi-Fi, Ethernet
Power Loss Recovery
Available
Screen Resolution
1024*600
Motion Controller
Atmel ARM Cortex-M4 120MHZ FPU
Logic Controller
NXP ARM Cortex-A9 Quard 1 GHz
Memory
1 GB
Onboard Flash
8 GB
OS
Embedded Linux
Ports
USB 2.0*2, Ethernet*1