The Raise3D E2CF is a compact, professional IDEX 3D printer optimized for 3D printing carbon fiber and composite materials, offering a 330 × 240 × 240 mm enclosed build volume, corrosion-resistant silicon carbide nozzles (up to 330°C), reinforced gears, and dual filament dry boxes for consistent quality. Its IDEX system enables support material use or faster output via mirror and duplication modes. Targeted at engineers, small manufacturers, and design studios, it delivers strong, lightweight parts with features like a HEPA filter, quiet sub-50dB operation, and certified filaments such as PA12 CF and PPA GF for reliable, around-the-clock production. This desktop 3D printer is excellent for manufacturing and prototyping.
What is the print quality and performance of the Raise3D E2CF?
The Raise3D E2CF delivers high-quality composite 3D prints with smooth surfaces and strong layer adhesion, reliably operating at speeds of 15–150 mm/s and temperatures up to 330°C using abrasion-resistant silicon carbide nozzles.
Case Study: The Raise3D E2CF showed excellent print quality and durability with carbon fiber composites, maintaining consistent performance after 1,000 hours thanks to its abrasion-resistant silicon carbide nozzles.
PA12 CF Print Sample: Printed at 0.2 mm layer height, it shows excellent flatness, smoothness, and dimensional stability after annealing for reliable parts with consistent surface quality.
PA12 CF Print Sample: Printed on the E2CF at 0.2mm, the parts show smooth surfaces, consistent quality, and no ghosting or ringing, proving the printer’s precision and the material’s suitability for composite additive manufacturing.
Anneal parts for best performance. Small parts (< 50 mm) require 6-8 hours at 80°C, larger parts (> 50 mm) require 100°C annealing for at least 12 hours. PA-12 Carbon Fiber Parts produced on the Raise3D E2 reached 72 MPa tensile strength after annealing. The system showed low water absorption, an outstanding strength-to-weight ratio, and excellent rigidity and strength typical of high-performance carbon composites. In fact, PA12 CF achieves 11% higher strength-to-weight ratio than A36 steel while being 7.4 times lighter, making it ideal for lightweight structural applications.
Raise3D E2CF Print Sample: The Raise3D E2CF kept deviations under ±0.1 mm across 20–100 mm circles (19.946–19.998 mm, 64.90–64.95 mm, 99.93–99.97 mm), showing precision beyond typical ±0.5 mm desktop FDM tolerances and nearing industrial-grade standards.
The Raise3D E2CF is an IDEX 3D printer whose IDEX system supports dedicated supports or faster production with mirror/duplication modes. A mesh-leveling system ensures strong first-layer adhesion, while the 110°C heated bed and flexible steel plate make part removal easy. For example, the E2CF print achieved clean overhangs, excellent surface finish – the breakaway supports were instantly removed with no damage to the print surface.
Case Study: Escudero Auto produces brackets, gaskets, hinges, and functional products for the automotive and mechanical manufacturing industry. They replaced metal parts with carbon-fiber parts, reducing cost of production by up to 50%.
Case Study: Comosworks Ltd. used Raise3D E2CF to cut e-bike development time and costs, producing up to 20 durable, precise parts weekly with minimal tooling investment.
Which filaments can you use with the Raise3D E2CF Industrial 3D Printer?
The Raise3D E2CF supports 11+ materials, including carbon fiber reinforced filament such as Industrial PA12 CF and other composites like PPA CF/GF, PET CF/GF, PETG ESD, plus supports such as PA12 CF Support and PVA+. The Raise3D Open Filament Program (Raise3D OFP) offers 100+ tested profiles for filaments from such manufacturers as eSUN, Polymaker, Extrudr, Fiberology, BASF, Kimya, etc.
PET CF Print Sample: external rotor with carbon fiber reinforcement, circular geometry, mounting slots, and embossed text.
PET CF 3D Print Sample: Rectangular jig with alignment slots, stepped surfaces, and embossed branding for stable assembly positioning.
PPA CF Print Sample: a welding jig with reinforced geometry, bolt mounts, and recessed cavities for precise metal alignment. PA12 CF Print Sample: a carbon fiber–reinforced nylon mouse shell printed on the Raise3D E2CF with composite support, demonstrating strong layer adhesion, complex geometry, and a durable finish. PA12 CF Print Sample: a red composite fixture with numbered alignment holes and mounting features, printed on the Raise3D E2CF for accuracy, consistent fit, and reliable industrial performance.
PA12 CF Print Sample: A cylindrical part with smooth surfaces, precise holes, and strong dimensional accuracy, showing the high-performance capability of carbon fiber-reinforced polyamide. Print Sample: A complex circular part with intricate overhangs printed using specialized supports, showing stable printing and high precision in challenging geometries.
PA12 CF Print Sample: black carbon fiber–reinforced nylon parts, showcasing high strength, dimensional accuracy, and smooth finish for industrial use.
What makes Raise3D E2CF optimized for 3D printing carbon fiber reinforced filaments?
The Raise3D E2CF is built for carbon fiber printing with silicon carbide nozzles, dual direct drive steel gears that resist abrasive wear, and side-mounted dry boxes to prevent humidity damage, ensuring consistent material quality. When closed, they can effectively prevent dust and moisture from affecting the material, for a period of up to 30 days.
What is the Raise3D Industrial PA12 CF Support Filament?
The Raise3D Industrial PA12 CF Support Filament from the Raise3D Industrial series is a break-away support material engineered for carbon fiber-reinforced composites like PA12 CF that creates a stable support structure and ensures proper adhesion to printed surfaces.
What is the build volume of the Raise3D E2CF Professional 3D Printers?
The Raise3D E2CF offers a 330 × 240 × 240 mm build volume with one extruder, reduced to 295 × 240 × 240 mm in dual mode to account for nozzle offset and prevent collisions.
What is the difference between the Raise3D E2CF, Creatbot F430 NX, BCN3D Epsilon W50, BCN3D Omega I60, Mingda MD-400D, Raise3D E2, FlashForge Creator 4 and Snapmaker J1S?
Raise3D E2CF — IDEX benchtop optimized for carbon-fiber and glass-fiber filaments with a 330 °C V4P hot end, 110 °C bed, HEPA + activated-carbon filtration, and build areas of 330×240×240 mm (single) or 295×240×240 mm (dual); tuned for 0.1–0.3 mm layers on a 0.4 mm nozzle with validated CF/GF profiles (PA12 CF/CF+, PPA CF/GF, PET CF/GF).
In contrast:
CreatBot F430 NX — Wins: larger 400×300×300 mm volume, much hotter 420 °C nozzle, 140 °C bed, and 70 °C active chamber. Loses to E2CF: lacks E2CF’s CF-first, OFP-profiled workflow focus and compact benchtop footprint.
BCN3D Epsilon W50 — Wins: bigger 420×300×400 mm volume, hotter 120 °C bed, 60 °C chamber. Loses: cooler 300 °C nozzle vs E2CF’s 330 °C and not CF-specialized like E2CF.
BCN3D Omega I60 — Wins: much larger 450×300×450 mm volume, 120 °C bed, and 70 °C chamber. Loses: cooler 300 °C nozzle vs 330 °C on E2CF and a far larger, industrial footprint compared to E2CF’s benchtop class.
Mingda MD-400D — Wins: larger 400×400×400 mm volume, a higher nozzle ceiling (≤350 °C), fine-tuned for reinforced CF/GF workflows.
Raise3D E2 — Wins: similar enclosed IDEX platform at a lower entry price point. Loses: cooler 300 °C nozzle and no CF-specific optimization.
Flashforge Creator 4 — Wins: larger 400×350×500 mm volume, 130 °C bed, max extruder temperature of 360 °C,active chamber to 65 °C. Loses: bigger, costlier industrial footprint.
Snapmaker J1s — Wins: lowest cost IDEX and a compact 300×300×200 mm format. Loses: cooler 300 °C nozzle, 100 °C bed, and no CF-centric tuning like the E2CF.
Specification
Raise3D E2CF
CreatBot F430 NX
BCN3D Epsilon W50
BCN3D Omega I60
Mingda MD-400D
Raise3D E2
Flashforge Creator 4
Snapmaker J1s
Build volume (mm)
330×240×240 (single); 295×240×240 (dual)
400×300×300
420×300×400
450×300×450
400×400×400
330×240×240
400×350×500
300×300×200
Extruder system
IDEX
IDEX
IDEX
IDEX
IDEX
IDEX
IDEX
IDEX
Max nozzle temp (°C)
330
420
300
300
≤350
300
360
300
Heated bed max (°C)
110
140
120
120
≤110
110
130
100
Active chamber heating
N/A (passive enclosure)
Max 70 °C
Max 60 °C
Max 70 °C
N/A
N/A
Max 65 °C
N/A
Min layer height (mm)
0.10
0.05
0.05
0.05
0.05
0.10
0.10
0.10
Price (USD)
$4,000+
$6,500+
$9,400+
$27,000+
$4,300+
$3,000+
$11,000+
$1,150+
What printer controls are available on the Raise3D E2CF?
The Raise3D E2CF offers full control with real-time monitoring, adjustable nozzle/bed temps, feed rate and fan tuning, manual axis movement, 9-point auto leveling, filament loading/unloading, and file management via local or USB.
Home
Status: Shows current printer operation.
Menu/Settings: Access system settings and configuration.
Pause/Resume/Stop: Controls print execution.
Extruder/Bed Temperature: Displays real-time nozzle and bed temps.
Current Model Name: Shows file being printed.
Total Print Time: Displays elapsed duration.
Current Print Status: Shows print progress %.
Print Height: Displays current Z-axis height.
Model Preview: Preview image (if sliced with ideaMaker).
Taskbar: Switch between Home, Tune, Utilities, and Print.
Tune
L-Nozzle Temperature: Adjust left extruder heat.
R-Nozzle Temperature: Adjust right extruder heat.
Bed Temperature: Set build plate heat.
Feed Rate: Control filament feed speed.
Fan Speed: Adjust cooling fan.
L-Nozzle Flow Rate: Modify left extruder flow.
R-Nozzle Flow Rate: Modify right extruder flow.
Print Parameters: Fine-tune print settings during operation.
Utilities
Choose X/Y/Z Axes: Select axis for manual control.
Move Distance: Set movement step size (10 mm, 1 mm, 0.1 mm).
Axis Move/Return: Move axis forward/backward; home button returns to origin.
Disable Motor: Allows manual movement of components.
Move Axis: Manually move print head.
Loading/Unloading: Load or unload filament.
Leveling: Run automatic 9-point bed leveling.
Axis Display: Graphical X/Y/Z coordinate view.
Coordinates/Custom Edit: Show position values and allow edits.
Storage Location: Shows where files are stored (local or USB).
Local Storage: Access onboard files.
USB Storage: Access files from a USB drive.
What connectivity options are available on the Raise3D E2CF?
The Raise3D E2CF features 3 connectivity options: USB, Ethernet, or Wi-Fi (2.4/5GHz) and has 8GB onboard storage for standalone file management. Network setup is done through the touchscreen. It works with ideaMaker software on Windows, macOS, and Linux.
What software is offered with the Raise3D E2CF?
The Raise3D E2CF comes with ideaMaker 3D slicing program for Windows, macOS, and Linux, supporting STL, OBJ, 3MF, and OLTP files. It provides easy print setup, support generation, Wi-Fi file transfer, and 3D previews on both the software and printer. Integration also allows full remote printer control.
The Raise3D E2CF works with RaiseCloud, a cloud-based 3D printing management platform, for remote monitoring and job control. Its 800×600, 10fps camera enables live views and time-lapse videos. RepRapFirmware adds power loss recovery, filament run-out detection, and wireless updates via touchscreen.
What is the design and build quality of the Raise3D E2CF?
What is the design and form factor of the Raise3D E2CF?
The Raise3D E2CF is a compact enclosed printer with front door access, measuring 607 × 596 × 465 mm and weighing 36.6 kg, with an enclosure that stabilizes printing and contains composite material fumes.
What is the motion system of the Raise3D E2CF?
The Raise3D E2CF uses an IDEX system where extruders operate independently of one another along the same axis, featuring X-axis linear rails and independent stepper motors for each extruder.
What is the noise level of the Raise3D E2CF?
The Raise3D E2CF operates at under 50 dB(A) during printing.
What are the build platform specifications of the Raise3D E2CF?
The Raise3D E2CF has a BuildTak-coated flexible steel plate for easy part removal, a dual-extrusion build volume of 295 × 240 × 240 mm, a heated bed up to 110°C, and mesh leveling with flatness detection for precise calibration.
What is the hotend and extruder system of the Raise3D E2CF?
The Raise3D E2CF uses a V4P hot end reaching 330°C with a double-gear direct drive that incorporates a custom gear tooth profile for abrasive composites. It comes with a 0.4 mm nozzle, with 0.6 mm and 0.8 mm options, ensuring reliable feeding and durability.
How does the Raise3D E2CF handle filament storage and feeding?
The Raise3D E2CF includes sealed removable dry boxes with silica gel to keep filament dry and mitigate risks from static electricity. Each holds one roll, feeds smoothly through a side connector, and attaches conveniently to the printer’s sides.
What is the mainboard of the Raise3D E2CF?
The Raise3D E2CF runs on embedded Linux with a 1 GHz ARM Cortex-A9 quad-core controller and an ARM Cortex-M4 motion processor. It has Wi-Fi, LAN, USB, a camera interface, 1 GB RAM, and 8 GB flash storage.
What are the power supply specifications of the Raise3D E2CF?
The Raise3D E2CF uses a 100–240 V AC, 50/60 Hz input with 24 V DC, 350 W output. It requires proper grounding and should only be used with the approved power cord, not extensions or adapters.
What comes included in the box with Raise3D E2CF?
Raise3D E2CF 3D printer (fully assembled)
2 Filament dry boxes
5 Power cords (regional standards)
Flexible steel plate with BuildTak surface
USB drive with ideaMaker software and test files
Accessory box with:
Heat-resistant gloves
0.3 mm feeler gauge
Tweezers
Scraper/spatula
Allen keys
Tube of Magigoo adhesive
Metal quick connectors, nuts, and guide tubes (for dry box setup)
2 100 g silica gel packs (for dry boxes)
Small replacement parts
The Raise3D E2CF comes fully assembled, needing only removal of shipping locks before use. It includes dry boxes for filament protection, a flexible steel plate for easy part removal, and accessories like gloves and Magigoo. A USB with ideaMaker software for Windows, macOS, and Linux enables immediate file preparation.
Note: Package contents may change without notice. Contact a Top3DShop sales representative to confirm current inclusions before ordering.
What upgrades and accessories are available for the Raise3D E2CF?
The Raise3D E2CF offers a wide range of upgrades and accessories including silicon carbide nozzles for abrasive filaments, print heads, a filament dry box for 2.5 kg spools, an auto-leveling system assembly, air filtration units, and a protective enclosure.
Accessory (Grouped)
Function
Target User
Price (USD)
Printing Surfaces
Build surfaces available for standard adhesion, flexible removal, or durable PEI.
All Users
$55–95+
Thermocouple
Temperature sensing component
Maintenance
$20+
Auto-leveling System Assembly
Ensures correct bed leveling
Maintenance
$65+
Extruder & Connection Cables/Boards
Connects extruders to control boards
Maintenance
$25–35+
Air Filtration
Removes harmful particles/fumes
All Users
$45–50+
Extruder Cooling Fans
Cooling extruder or model during printing
Maintenance
$20+
Heating Rod
Provides heat to hot end
Maintenance
$51+
Motion Controller Board
Main control board
Maintenance
$255+
Raise3D Filament Dry Box / 2.5kg Filament Box
Keeps filament dry and stores large spools
All Users
$85–105+
Print Heads
Complete extruder print head units
Professional Users
$395–415+
Hot End Assemblies
Complete hot end replacements
Professional Users
$205+
Endstops
Detects axis limits
Maintenance
$20+
Raise3D Cabinet for Standard Printer
Enclosure for stable temperature & safety
Professional Users
$905+
Silicon Carbide Nozzles
Wear-resistant nozzles for abrasive filaments
Professional Users
$105+
Driven Gear
Extruder gear replacement
Maintenance
$45+
Raise3D Dry Box Shelf
Extra shelf for filament dry storage
Professional Users
$205+
Flexible Filament Guide Tube
Guides flexible filament into extruder
All Users
$30+
Printing Surfaces
Raise3D offers three build surfaces: Standard for general use, Flexible for easy part removal, and PEI for durable, heat-resistant adhesion with engineering filaments.
Thermocouple
A temperature sensor regulates the hot end by converting heat to an electrical signal, ensuring stable extrusion, consistent flow, and long-term reliability.
Auto-leveling System Assembly
A calibration sensor measures nozzle-to-bed distance, detects surface variations, and adjusts the Z-axis for consistent first layers, higher accuracy, fewer errors, and less manual calibration.
Extruder & Connection Cables/Boards
Electrical components link extruders to the controller board, enabling power, heating, cooling, and motor control. Reliable connections ensure accurate extrusion and movement, and can be replaced during maintenance.
Air Filtration
The filtration system traps particles and VOCs while a fan maintains airflow, reducing emissions and keeping the environment clean. Replaceable parts ensure long-term performance.
Extruder Cooling Fans
Airflow components regulate temperature with front fans cooling the extruder, model fans solidifying filament, and ducts directing airflow for stable extrusion and consistent quality.
Heating Rod
A heating element melts filament by converting electricity to heat, providing precise nozzle control. Stable heating ensures consistent flow, prevents clogs, and endures repeated thermal cycles.
Motion Controller Board
The central control unit manages motion, temperature, and communication, processing sensor data to coordinate motors and extrusion. It ensures precision, layer alignment, and stable operation, with replaceable hardware for maintenance.
Raise3D Filament Dry Box / 2.5kg Filament Box
A dry box protects filament from moisture and contamination, with a 2.5 kg option for larger spools. It preserves material quality, improves extrusion consistency, and reduces moisture-related defects.
Print Heads
Complete extrusion assemblies include heating, cooling, and feeding, with left/right heads for dual-material or mirror printing. An auto-leveling head adjusts nozzle distance, restoring full function and maintaining accuracy.
Hot End Assemblies
Modular extrusion units house the heating block, nozzle, and thermal parts for precise filament melting. Left and right assemblies support dual-extrusion for multi-material or support printing, ensuring consistent performance.
Endstops
ChatGPT said:
Position-detection components set X, Y, and Z limits, signaling the controller at home positions to prevent overtravel and ensure accurate calibration, layer alignment, and consistent print starts.
Raise3D Cabinet for Standard Printer
The enclosure stabilizes temperature for better material performance and less warping, while also providing storage for filament and accessories.
Silicon Carbide Nozzles
Silicon carbide nozzles resist wear from abrasive filaments, handling high heat and friction. The 0.4 mm size offers detail, while 0.6 mm enables faster extrusion and stronger bonding.
Driven Gear
A mechanical gear transfers motor force to the filament for steady feeding, reducing slippage and errors while ensuring precise flow and long-term reliability.
Raise3D Dry Box Shelf
An accessory shelf adds a second level to dry box storage, keeping spools organized and dry to preserve material quality and prevent moisture defects.
Flexible Filament Guide Tube
A feeding tube guides filament from spool to extruder, reducing bending resistance and preventing tangles or misfeeds for consistent feeding, even with flexible or composite materials.
What maintenance does the Raise3D E2CF require?
Before Each Print:
Run the 5-step offset calibration if prompted or if print quality drops
Calibrate Left/Right Z-probe offsets, bed leveling, and R-nozzle XY offset
Filament Care:
Store hygroscopic filaments in the Dry Box with silica gel before, during, and after use
Dry filaments at 80°C for 8 hours if they’ve been exposed to air
Replace silica gel monthly or reactivate in a microwave (3–5 min) if weight exceeds 110 g
After Printing:
Let the build plate and nozzles cool before removing prints
Clean the build plate surface as needed
General:
Any repairs must be performed by trained professionals using only original parts
Replace a damaged power cord through the manufacturer or qualified service
Avoid cleaning with steam cleaners or sprays
What support and warranty come with the Raise3D E2CF?
The Raise3D E2CF includes a 12-month limited warranty covering defects under normal use, supported by technical assistance. For issues, open a ticket at support.raise3d.com to reach E2CF specialists.
Note: The warranty excludes consumables (nozzles, build plates), misuse, poor maintenance, unauthorized modifications, cosmetic wear, and use of filaments not approved under Raise3D’s Open Filament Program (OFP).
Raise3D provides digital resources for E2CF owners, including firmware, software, and documentation downloads, a Support Center with troubleshooting and maintenance guides, and Raise3D Academy for training. The Resources section offers applications and STL files, while the OFP page lists approved third-party filaments.
Top3DShop, an authorized Raise3D E2CF retailer, provides setup help and basic troubleshooting as the first support contact. For advanced issues, we coordinate with Raise3D to resolve them efficiently. Contact our sales team before ordering for current warranty terms and coverage details.
Full warranty terms: https://www.raise3d.com/download/raise3d-limited-warranty-all-versions/
How much does the Raise3D E2CF cost?
The Raise3D E2CF, available at $2,754.05, offers pro-grade composite 3d printing printing at a competitive cost. Built for carbon and glass fiber filaments, it features durable silicon carbide nozzles, reinforced gears, and independent dual extruders for mirror/duplication modes. The package includes two filament dry boxes, a HEPA filter with charcoal, a flexible steel plate, and network connectivity with a camera. Ideal for engineers and manufacturers, it delivers reliable small-batch composite production with features usually found in pricier industrial systems.
Founded in 2013, we have integrated digital manufacturing in over 10,000 businesses. Today we are a team of 80+ 3D printing enthusiasts, geeks and entrepreneurs on a mission to make these technologies accessible to all.
Trusted integrator
In 2018, 3D Print Awards named us the best digital manufacturing integrator. We offer technology and operational consulting to capture growth and achieve excellence in strategy, manufacturing and distribution.
Expert customer service
Deep expertise in 3D printing, 3D scanning, 3D modelling, plastic casting, laser cutting and CNC milling. It comes from delivering 5,000+ projects at our digital manufacturing bureau. We know what we talk about.
Fast response time
93% of surveyed customers are satisfied with our customer service. Have a question, concern or feedback for us? Our support team is a quick chat or email away — 5 days a week, Monday to Friday from 8 am to 4 pm PST.
