The Raise3D E2 is a professional-grade 3D printer designed for education and business, featuring an Independent Dual Extruder (IDEX) system for duplicate or mirror printing, a fully enclosed chamber, and a build volume up to 330×240×240 mm. It supports materials like PLA, ABS, PC, TPU, and fiber-reinforced filaments at temperatures up to 300°C. A HEPA filter minimizes fumes, and a magnetic BuildTak plate simplifies model removal. With a 7-inch touchscreen, Wi-Fi, camera for remote monitoring, and quiet operation under 50 dB, the E2 offers high-quality, reliable printing in a compact, user-friendly package.
What is the print quality and performance of the Raise3D E2 Desktop 3D Printer?
The Raise3D E2 delivers professional-grade print quality with layer heights from 0.02 to 0.25 mm and dimensional accuracy within 0.2 mm on the Z-axis. Prints feature smooth surface finishes comparable to injection molding, while print speeds of 30–150 mm/s are supported by precision linear rails.
PLA 3D Print Sample: Dual-color chess pieces with detailed geometry, printed on the Raise3D E2 iDEX using black and red filaments, with strong layer adhesion and clean color transitions.
The Raise3D E2 prints at 30–150 mm/s, with most tests at 50–60 mm/s. Its IDEX system boosts productivity with duplicate and mirror modes.
The Raise3D E2’s design supports high print quality with linear rails for precise X-axis movement and GATES belts for accurate positioning. Direct drive extruders use a 40 mm radial fan for strong cooling, while the V3P hotend reaches 300°C with a PTFE-lined heat break for reliable, clog-resistant extrusion across materials.PLA and ABS Case Study: Cosmic Grips used Raise3D E2 with PLA for climbing hold designs and ABS for durable molds, achieving smooth finishes, low maintenance, reliable continuous use over two years.
ABS and Carbon Fiber-Infused PT Case Study: Speedhud used Raise3D E2 with ABS and carbon fiber–infused PT to make durable jigs, fixtures, and prototypes, achieving high accuracy, faster production, and year-long tool durability.
TPU Case Study: Sooley used Raise3D E2 for printing custom orthopedic insoles.
Which filaments can you use with the Raise3D E2 IDEX 3D Printer?
The Raise3D E2 supports over 10 filament types, including PLA, ABS, PETG, ASA, PC, nylon, TPU, TPE (up to 70A hardness), and composites with glass fiber, carbon fiber, metal, wood, and PVA. Its open-platform design works with both Raise3D and third-party materials. The Open Filament Program provides slicing profiles for over 139 3D printing materials via the ideaMaker Library: https://www.ideamaker.io/ofpMaterials.html. Dual extrusion allows for multi-material prints, such as using PVA supports for complex geometries and internal structures.
PLA 3D Print Sample: A red and black dual-extrusion frog with intricate maze-like surface patterns.
PLA 3D Print Sample: A spiral vase with alternating red and white layers and an open cylindrical core.
PLA 3D Print Sample: Small mechanical parts with holes and slots for connectors and fasteners.
PLA with PVA Support 3D Print Sample: A green PLA model with complex overhangs supported by dissolvable PVA structures.
TPU 3D Print Sample: A bright yellow, single-piece shoe model with a smooth upper surface and visible layered texture on the sole, printed in a low-profile slip-on design:
ABS and BVOH 3D Print Sample: An interlocking gear assembly with complex overhangs and floating parts, using BVOH dissolvable supports for clean removal from detailed internal structures.
Nylon 3D Print Sample: white U-shaped carabiner with a smooth surface and internal hinge, printed on the Raise3D E2 with dual extrusion, minimal stringing, and strong layer adhesion.
PC and BVOH 3D Print Sample: A black rectangular enclosure with internal supports and a hollow structure, using BVOH dissolvable material for clean removal of intricate features.
What is the build volume of the Raise3D E2?
The Raise3D E2 offers a 330 × 240 × 240 mm build volume with one extruder, or 295 × 240 × 240 mm when using both, reducing the X-axis by 35 mm for dual setups. This large capacity fits within a compact 607 × 596 × 465 mm footprint, providing an efficient space-to-volume ratio.
What is the difference between the Raise3D E2, Mingda MD-400D, BCN 3D Epsilon W50, Modix Big 60, FlashForge Creator 4, Snapmaker J1S, CreateBot F430 NX?
Raise3D E2 — IDEX, 330×240×240 mm, 300 °C nozzle, 110 °C bed, passive chamber, and ~150 mm/s at $2,999+ — a balanced, enclosed benchtop IDEX that prioritizes affordability and predictable thermals.
In contrast:
Mingda MD-400D — Wins: much larger 400×400×400 mm volume, hotter 350 °C nozzle, and faster 300 mm/s. Loses to E2: higher price ($4,999+).
BCN3D Epsilon W50 — Wins: larger 420×300×400 mm build area and hotter bed (120 °C). Loses: far higher price ($7,500+), passive chamber, no speed advantage (~150 mm/s), and same 300 °C nozzle.
Modix Big-60 — Wins: massive 600×600×660 mm volume, very high 500 °C nozzle ceiling, and faster 250 mm/s. Loses: much higher price ($10,000+).
Flashforge Creator 4 — Wins: larger 400×350×500 mm, 320 °C nozzle, 120 °C bed, and active chamber up to 65 °C. Loses: significantly higher price ($9,444+) with similar top speed (~150 mm/s).
Snapmaker J1s — Wins: lowest price ($1,099+) and the fastest listed speed (350 mm/s). Loses: smallest 300×200×200 mm build volume, cooler 100 °C bed.
Creatbot F430 NX — Wins: larger 400×300×300 mm volume, much hotter 420 °C nozzle, 140 °C bed, active chamber up to 70 °C, and faster 300 mm/s. Loses: higher price ($6,499+).
Feature
Raise3D E2
Mingda MD-400D
BCN3D Epsilon W50
Modix Big-60
Flashforge Creator 4
Snapmaker J1s
Creatbot F430 NX
Build Volume (mm)
330 × 240 × 240
400 × 400 × 400
420 × 300 × 400
600 x 600 x 660
400 × 350 × 500
300 × 200 × 200
400 × 300 × 300
IDEX Support
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Max Nozzle Temp
300 °C
350 °C
300 °C
500°C
320 °C
300 °C
420 °C
Heated Bed Max Temp
110 °C
110 °C
120 °C
110 °C
120 °C
100 °C
140 °C
Chamber Heating
Passive
Passive
Passive
Passive
Active, up to 65 °C
Passive
Active, up to 70 °C
Max Print Speed
~150 mm/s
300 mm/s
~150 mm/s
250 mm/s
~150 mm/s
350 mm/s
300 mm/s
Price (USD, 2025)
$2,999+
$4,999+
$7,500+
$10,000+
$9,444+
$1,099+
$6,499+
What printer controls are available on the Raise3D E2?
The Raise3D E2 features comprehensive printer controls including real-time monitoring of temperatures and print status, adjustable nozzle and bed temperatures, feed rate, and fan speed tuning, manual axis movement with selectable step sizes (0.1, 1, 10 mm), automatic 9-point bed leveling, filament loading/unloading, and file management with upload, resume, and storage options 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 E2?
The Raise3D E2 features 3 connectivity options: USB 2.0 ports, Ethernet, and Wi-Fi (2.4GHz and 5GHz). It includes 8GB onboard storage for file management without a computer. Network setup is managed through the touchscreen by selecting or adding SSIDs. The printer integrates with ideaMaker software, compatible with Windows, macOS, and Linux.
What software is offered with the Raise3D E2?
The Raise3D E2 includes ideaMaker, Raise3D’s slicing software, provided on USB and online. It supports STL, OBJ, 3MF, and OLTP formats and works on Windows, macOS, and Linux. ideaMaker offers an intuitive interface for print settings, model positioning, and supports, with direct Wi-Fi file transfer. A 3D preview appears in both the software and on the printer’s touchscreen. Integration also enables full remote control of the printer’s interface.
The Raise3D E2 integrates with RaiseCloud for remote monitoring and job management from any device. Using the built-in 800×600, 10fps camera, it provides live views and auto time-lapse videos for quality control. Its RepRapFirmware supports power loss recovery, filament run-out detection, and wireless updates via touchscreen.
What is the design and build quality of the Raise3D E2?
What is the design and form factor of the Raise3D E2?
The Raise3D E2 has a closed-frame desktop design with an aluminum chassis, plastic shell, carbon fiber-style front insert, and red anodized handles. It measures 607×596×465 mm, with a transparent front door, lift-up top cover, dual USB ports, and a 7-inch touchscreen on the front right.
What is the motion system of the Raise3D E2?
The Raise3D E2 features a motion system with a Y-axis bed driven by a single motor and belt on cylindrical linear guides, an X-axis rail with dual motors controlling each extruder, and a Z-axis moved by dual trapezoidal screws with left and right motors, achieving step sizes of 0.78125 µm on X/Y and 0.078125 µm on Z.
What is the noise level of the Raise3D E2?
The Raise3D E2 operates below 50 dB(A), making it a low-noise printer suitable for offices and classrooms.
What are the build platform specifications of the Raise3D E2?
The Raise3D E2 uses a flexible steel bed with a BuildTak surface, magnetically mounted to the tray. Build volume is 330×240×240 mm (single extruder) or 295×240×240 mm (dual). The heated bed reaches 110 °C and uses mesh-leveling with flatness detection. Parts release easily by flexing the sheet. A 9-point auto bed leveling routine with an electromagnetic probe ensures calibration.
What is the hotend and extruder system of the Raise3D E2?
The Raise3D E2 has two Independent Dual Extruders (IDEX) on separate X-carriages. Each uses a V3P hotend with nozzle, heater block, thermocouple, heater rod, throat tube, and heat sink. Standard nozzle size is 0.4 mm, with options from 0.2 to 1.0 mm.
How does the Raise3D E2 handle filament storage and feeding?
The Raise3D E2 has two side-mounted filament compartments with holders for spools up to 3 kg, accessed by hinged doors. Filament feeds through PTFE guide tubes into the extruders. The printer includes two guide tubes and four spool holders. A run-out sensor pauses prints when filament is depleted, allowing replacement and resumption.
What is the mainboard of the Raise3D E2?
The Raise3D E2 uses dual controllers: an Atmel ARM Cortex-M4 (120 MHz FPU) for motion control with RepRapFirmware, and an NXP ARM Cortex-A9 quad-core 1 GHz running Embedded Linux for UI and networking, similar in reliability to the Pro2 Series. It has 1 GB RAM, 8 GB flash, and supports Wi-Fi, Ethernet, and dual USB 2.0 ports.
What are the power supply specifications of the Raise3D E2?
The Raise3D E2 uses a 100–240 V AC, 50/60 Hz switching power supply (230 V @ 2 A), outputting 24 V DC at 350 W, consistent with the standards applied across the Raise3D RMS220 Series of components. A rear main power switch, grounding requirement, two flag-style fuses, and a region-compatible power cord are included.
The Raise3D E2 ships fully assembled with foam packaging and Z/X-axis locks that must be removed before use. Accessories support operation and maintenance: heat-resistant gloves for handling hot parts, a metallic leveling card for calibration, and an unclogging rod for nozzle blockages. Two spools of Raise3D Premium PLA enable immediate printing after setup, while the 8GB USB drive includes ideaMaker and documentation.
Note: Package contents may vary by manufacturer. Confirm current inclusions with a Top3DShop sales representative before ordering.
What upgrades and accessories are available for the Raise3D E2?
The Raise3D E2 offers a range of official and third-party upgrades and accessories including a 2.5 kg filament box with humidity control, an auto-leveling system, durable steel and hardened nozzles, various flexible and Buildtak printing surfaces, cooling fans and ducts, an air filter system, and modular components like motion controller boards, hot end assemblies, and print heads to enhance functionality and maintenance.
Accessory
Function
Target User
Price (USD)
2.5 kg Filament Box
Stores and protects large filament spools
Business users
$90+
Filament Spool Holders
Holds spools securely
All users
$20+
Extruder Driven Gear
Pushes filament through extruder
Maintenance
$30+
Extruder Connection Cable
Transfers signals to mainboard
Maintenance
$30+
Auto-leveling System
Ensures accurate bed leveling
Business users
$70+
Steel Nozzle w/ WS2 Coating
Durable for abrasive materials
All users
$60+
Hardened Nozzle V3
High durability for abrasive filaments
All users
$30+
Brass Nozzle V3 (0.4mm)
Standard general-use nozzle
All users
$25+
Printing Surface
Provides adhesion for prints
All users
$60+
Flexible Plate
Easy part removal
All users
$40+
Flexible Plate w/ Buildtak Surface
Enhanced adhesion
All users
$100+
Heating Rod
Provides heat for hotend
Maintenance
$50+
Thermocouple
Measures hotend temperature
Maintenance
$20+
Cooling Fans (Model, Extruder, Front)
Cools filament and extruder components
Maintenance
$20+ each
Cooling Fan Duct
Directs airflow onto prints
Maintenance
$20+
Air Filter
Removes particles/odors
All users
$50+
Air Filter Fan
Pulls air through filter
Maintenance
$25+
Hot End Assembly (Left/Right)
Complete hotend replacement
Business users
$90+
Print Head (Left/Right)
Full extruder module
Business users
$260+
X/Y/Z Endstops
Detect axis limits for positioning
Maintenance
$20+ each
2.5 kg Filament Box
Holds one 2.5 kg spool or two 1 kg spools. Features a digital humidity/temperature display and sealed design to protect filament from moisture.
Filament Spool Holders
Keep spools stable for smooth rotation and consistent feeding, reducing tangling, misalignment, and extruder strain for reliable prints.
Extruder Driven Gear
Grips and feeds filament with precise control, ensuring stable extrusion and consistent print quality.
Extruder Connection Cable
Connects the extruder to the mainboard, supplying power and signals for heating, sensing, and motor control to maintain stable extrusion and print quality.
Auto-leveling System
Sensor-based system that adjusts the Z-axis for a consistent nozzle distance, improving first-layer adhesion and print quality.
Steel Nozzle w/ WS2 Coating
Durable nozzle for abrasive or high-temp filaments. Its tungsten disulfide coating reduces friction, resists wear, extends lifespan, and maintains consistent, high-quality extrusion.
Hardened Nozzle V3
Made from hardened steel to resist wear from abrasive filaments like carbon fiber. Ensures consistent flow, long-term reliability, and stable print quality.
Brass Nozzle V3 (0.4mm)
Standard nozzle for general-purpose printing. Its 0.4 mm orifice provides smooth, precise flow for accurate layers and high-quality results.
Printing Surface
Replaceable platform layer that improves first-layer adhesion, reduces warping, and ensures dimensional accuracy with high-quality finishes.
Flexible Plate
Removable build platform that flexes to release prints without tools, reducing damage risk. Provides a stable base and simplifies part removal.
Flexible Plate w/ Buildtak Surface
Removable build plate with a BuildTak layer for strong first-layer adhesion. Combines reliable bonding with easy part removal for consistent quality and simpler post-processing.
Heating Rod
Supplies heat to the hotend by converting electrical power into thermal energy. Ensures stable, precise temperatures for consistent filament melting and print quality.
Thermocouple
Hotend sensor that measures real-time temperature and sends data to the control system, ensuring precise heat management and consistent extrusion.
Cooling Fans (Model, Extruder, Front)
Direct airflow to parts, extruders, and components for thermal regulation. Prevent overheating, maintain accuracy, and ensure consistent print quality and reliability.
Cooling Fan Duct
Channels airflow from cooling fans to targeted areas, improving filament solidification and thermal control. Ensures accuracy and consistent print quality.
Air Filter
Removes particles and debris from internal airflow, keeping the environment clean. Improves air quality, reduces contamination, and supports consistent print performance.
ChatGPT said:
Air Filter Fan
Drives air through the filtration system, removing particles, fumes, and odors. Maintains airflow for effective filtration and a cleaner, safer environment.
Hot End Assembly (Left/Right)
Complete extrusion module with nozzle, heater, thermocouple, and cooling parts. Provides precise temperature control for consistent extrusion and high-quality prints.
Print Head (Left/Right)
Complete extruder module with hot end, cooling, and motion interface. Controls extrusion for precise layer deposition and consistent print quality.
X/Y/Z Endstops
Sensors that define axis limits and prevent overtravel. Ensure precise positioning and protect the printer from mechanical damage.
What maintenance does the Raise3D E2 require?
Before First Use or After Transportation
Remove X-axis and Z-axis locks installed for shipping.
Store locks safely for future transport.
Initial Setup or After Shipping (Recommended)
Check build plate leveling:
Use the 0.3 mm feeler gauge from the accessory kit.
Loosen nozzle screw, position gauge between nozzle and build plate.
Adjust until slight resistance is felt, then tighten screw.
Repeat for both left and right nozzles.
Run 9-point automatic leveling via the Utilities menu.
Regular Use
Clean flexible build plate after each print.
Inspect and replace HEPA + activated charcoal filter as needed.
Check filament path components, including run-out sensor, for obstructions.
As Needed
Use nozzle cleaning kit to clear clogs.
Clean print surface:
Isopropyl alcohol for PLA.
Acetone for ABS (with caution).
Inspect and clean extruder gears to remove filament dust.
Long-Term Storage or Relocation
Reinstall X-axis and Z-axis locks.
Store in environment within:
Temperature: –25 °C to 55 °C
Humidity: 10–90% (non-condensing)
What support and warranty come with the Raise3D E2?
Standard warranty: 1 year for most components (manufacturing defects). Certain electronics — heating rods, thermal sensors, heat beds, cooling fans, circuit boards — have 90-day coverage. Consumables (nozzles, build plates, fan covers) are excluded.
RaiseShield upgrade: Extends full coverage (incl. electronics) to 1 year from invoice. Business/education/original purchasers can extend RaiseShield to 2–3 years for a fee.
Support: Ticket system at support.raise3d.com with step-by-step help; generally prompt, with replacements when needed.
Full warranty terms: https://www.raise3d.com/download/raise3d-limited-warranty-all-versions/
How much does the Raise3D E2 cost?
The Raise3D E2, priced at $2,184.05, is a professional desktop 3D printer with IDEX technology, a 330 × 240 × 240 mm build volume (single-extruder), and a fully enclosed, HEPA-filtered chamber. It supports up to 300 °C nozzle temperatures for broad material use, features RaiseCloud for remote control, a 7-inch touchscreen, and video-assisted calibration for consistent accuracy. Businesses and schools can upgrade the RaiseShield warranty to 2–3 years with electronic coverage. Buy a Raise3D E2 at Top3DShop for expert application advice and flexible financing options.
Build plate
Flexible Steel Plate with Buildtak
Connectivity
Wi-Fi, LAN, USB port, Live camera
Electronic controller
NXP ARM Cortex-A9 Quad 1 GHz
Filament diameter
1.75 mm
Filament runout sensor
Available
Heated bed material
Silicone
Hotend
V3P (V3 hotend with PTFE version)
Max. build plate temperature
110ºC
Max. nozzle temperature
300ºC
Motion controller
Atmel ARM Cortex-M4 120 MHz FPU
Net weight
35.1 kg (77.4 lbs)
Nozzle diameter
0.4 mm (Default), 0.2/ 0.6/ 0.8/ 1.0 mm (Available)
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PLA and ABS Case Study: Cosmic Grips used Raise3D E2 with PLA for climbing hold designs and ABS for durable molds, achieving smooth finishes, low maintenance, reliable continuous use over two years.
PC and BVOH 3D Print Sample: A black rectangular enclosure with internal supports and a hollow structure, using BVOH dissolvable material for clean removal of intricate features.
