The Raise3D Pro3 series 3D printers offer dual-extrusion, all-metal frames, and precise cartesian motion systems for high-performance, large-format printing — up to 605 mm in height with the Pro3 Plus. Designed for engineers, manufacturers, and educators, they feature modular printheads with quick-swap hotends, 300°C direct-drive extruders, and compatibility with materials like ABS, PC, nylon, and carbon fiber composites. Key features include a fully enclosed chamber with HEPA filtration, magnetic flexible build plate, 63-point auto bed leveling, filament runout detection, power loss recovery, Wi-Fi connectivity, HD camera, RaiseCloud integration, and a 7-inch touchscreen with the EVE Smart Assistant for guided maintenance.
What is the print quality and performance of the Raise3D Pro3 3D Printer?
The Raise3D Pro3 offers 0.01–0.25 mm resolution and 0.1 mm tolerance, scoring 71/100 with zero failed prints over 180+ hours of multi-material testing. With the Hyper Speed Upgrade Kit installed, the Pro3 reaches 300 mm/s and 10,000 mm/s² acceleration, cutting batch time from 15 to 4 hours without losing quality or accuracy.
A 0.2 mm layer height on the Pro3 delivers stable flow and precise movement, producing flat edges and smooth surfaces.
At a 0.2 mm layer height, the Pro3 produces PLA parts with accurate geometry and smooth surfaces, maintaining consistent quality across complex shapes and dimensions.
In benchmarking, the Pro3 scored 71/100, ranking as a high-performing professional printer. It handles overhangs up to 60° in PLA and bridges gaps to 30 mm. A demo with PC at 0.2 mm layer height shows precise, smooth overhangs aided by optimized cooling and motion control.
The PRO3 series professional dual extruder system delivers clean color separation with minimal stringing, enabling precise dual-color prints with sharp transitions and clear boundaries.
A printed Ford V6 cylinder block demonstrates the dual-material system, with white HIPS supports stabilizing complex internal geometries.
After dissolving HIPS supports in D-limonene, the final red ABS part shows clean internal channels and mounting features, proving dual-extrusion enables intricate components not possible with traditional manufacturing.
The Raise3D Pro3 series prints and travels at 300 mm/s. Its XYZ step sizes are 0.78125, 0.78125, and 0.078125 microns. In testing, it achieved a Process Capability (Cp) of 7.56, showing exceptional consistency.
Across 180+ hours with PLA, ABS, PC, and TPU, the Raise3D Pro3 Plus had zero failed prints. With the Hyper Speed Upgrade Kit, it delivers faster batch production with smooth surfaces and stable structures, as shown in high-speed test footage.
With the Hyper Speed Upgrade Kit, infill speed jumps from 70 to 300 mm/s, acceleration hits 10,000 mm/s², and batch print time drops from 15 to 4 hours—while maintaining full part quality.
Calibration cube tests show the HS system cuts print time from 38 to 17 minutes at 0.2 mm layers, while matching surface quality, detail, and precision. It confirms professional results even at 10,000 mm/s² acceleration.
A full-scale Mandalorian helmet (30 cm x 26 cm) tested the HS-equipped Pro3 on complex geometry, overhangs, and heavy material use. It finished in 2 days versus 156 hours at standard settings, proving acceleration benefits scale to large builds. The print showed precise detail and clean support removal, confirming real-world production quality.
The seriesprofessional dual extruder 3Dprinter Pro3's lightweight dual direct-drive extruders improve filament control with less moving mass and detachable, quick-swap hot-ends. Integrated cooling focuses on improving heat dissipation to keep extrusion temperatures stable for precise material flow.
The Pro3 uses BuildTouch sensors for automated 9-point bed leveling with 0.02 mm accuracy. It creates a 3D deviation map to keep consistent nozzle distance and adhesion across the 300×300 mm platform.
Which thermoplastic filaments can you use with the Raise3D Pro3 Series 3D printer?
The Raise3D Pro3 FDM 3D printer supports 15+ thermoplastics such as PLA, ABS, PETG, PC, and TPU, composites with glass, carbon, or metal, and PVA+ for soluble supports. The Raise3D Pro3 works with both official and third-party filaments. Over 180 verified profiles are available through Raise3D’s Open Filament Program in ideaMaker. Raise3D recommends its own filaments, including Hyper Speed PLA and ABS, designed for high-speed printing. These print up to four times faster, improve interlayer adhesion and Z-strength by 20%, and maintain surface quality and strength through optimized molecular weight and rapid cooling.
Impact Strength Testing Results: Tests show PLA (14 strikes) and ABS (30 strikes) offer basic durability, while PET GF (97) and carbon fiber composites (100+) provide superior resistance, showcasing the Pro3’s ability to process advanced materials for demanding uses.
PLA 3D Print Sample: Eiffel Tower models with lattice structures, printed in red-to-orange and orange-to-red gradient filaments.
PLA 3D Print Sample: Bovine figurine with full-surface maze texture, printed in blue filament.
PLA 3D Print Sample: Feline figurine with labyrinth patterns in alternating green and orange layers, plus a smooth-walled cylindrical container.
PLA and PVA 3D Print Sample: Water-soluble PVA supports dissolve completely.
TPU 3D Print Sample: Soft, rubber-like bellows connector prototype.
4
PETG 3D Print Sample: Medium-strength material between PLA and ABS, offering strong layer adhesion, chemical resistance, and durability for heavy post-processing.
Nylon 3D Print Sample: Strong, flexible, and impact-resistant, ideal for industrial prototypes and durable final parts.
ABS and PC 3D Printed Parts: Fire-retardant ABS and PC self-extinguish under UL94 standards, ideal for electrical housings and safety-critical applications.
What is the build volume of the Raise3D Pro3?
The Raise3D Pro3 offers a build volume of 300 × 300 × 300 mm (11.8 × 11.8 × 11.8 inch) for single-extruder prints and 255 × 300 × 300 mm (10 × 11.8 × 11.8 inch) for dual-extruder prints.
What is the difference between the Raise3D Pro3, Ultimaker S8, Flashforge Guider 3 Ultra, Fusion3 Edge, Bambu Lab H2D?
Dimension
Raise3D Pro3
UltiMaker S8
FlashForge Guider 3 Ultra
Fusion3 EDGE
Bambu Lab H2D
Street price (USD)
$4,599
$8,499
$2,999
$8,849
$1,999
Extrusion
Dual
Dual
Single
Single
Dual
Chamber
Enclosed, Passive (no active heater)
Enclosed, Passive (no active heater)
Enclosed, Passive (no active heater)
Enclosed, Passive (no active heater)
Enclosed, active heated chamber ~65 °C
Bed temp (max)
~120 °C
~120 °C
~120 °C
~140 °C
~120 °C
Build volume
Single Extrusion: 300 × 300 × 300 mm, Dual Extrusion: 255 × 300 × 300 mm
Single/Dual Extrusion: 330 × 240 × 300 mm
330 × 330 × 600 mm
368 × 368 × 343 mm
Single Extrusion: 325 × 320 × 325 mm, Dual Extrusion:300 × 320 × 325 mm
Ecosystem strength
180+ tested 3rd-party material profiles
General profiles for the main material types
General profiles for the main material types
150+ tested 3rd-party material profiles
Profiles for the Bambu Lab branded filaments, and community profiles for other brands
After-sales footprint
U.S./EU manufacturer support centers
U.S./EU manufacturer support centers.
China-based support
U.S.-based support center
China-based support
At $4,599, the Raise3D Pro3 is a solid mid-tier choice for reliable dual-material (soluble support) printing, broad third-party material support (180+ profiles), and local US/EU after-sales.
Comparisons:
Raise3D Pro3 vs. Bambu Lab H2D (~$2.0k): Pro3 offers better dual-material reliability and third-party material validation. H2D wins on speed, active chamber heat (~65 °C), and price.
Raise3D Pro3 vs. UltiMaker S8 (~$8.5k): Pro3 is much cheaper with similar 3D printing software / fleet tools. Both lack an actively heated chamber. S8's higher price doesn’t offer clear added value.
Raise3D Pro3 vs. FlashForge Guider 3 Ultra (~$3.0k): Pro3 leads in dual-material and third-party engineering profiles. Guider is cheaper and supports taller prints (600 mm Z-height).
Raise3D Pro3 vs. Fusion3 EDGE (~$8.8k): Pro3 is more affordable and better for soluble supports. EDGE is superior for high-temp materials (passive chamber ~70 °C, bed ~140 °C).
Bottom Line: Buy Raise3D Pro3 for dependable dual-material printing with strong third-party support and regional service. Buy Bambu LabH2D for speed and active heating, UltimakerS8 only if tied to its brand/stack, Guider 3 Ultra for tall parts on a budget, and Fusion3EDGE for ABS/nylon work without soluble supports.
What printer controls are available on the Raise3D Pro3?
The Raise3D Pro3 has a 7-inch, 1024 x 600 color touchscreen for direct control, offering the following functions to control the 3D printing process.
Home: Settings, Pause/Resume, Stop, and EVE Smart Assistant.
Utilities: Step distance, Disable Motor, X/Y/Z move, Home axes, Load/Unload for both extruders.
Print: Job source, Upload list, Recovery tasks.
The Tune interface provides collective print parameter adjustments but isn’t listed as separate controls.
What connectivity options are available on the Raise3D Pro3?
The Raise3D Pro3 supports USB, Ethernet, and Wi-Fi for flexible connectivity. A built-in HD camera captures images every 5 seconds, enabling remote monitoring and quality checks.
What software is offered with the Raise3D Pro3?
The Raise3D Pro3 includes three software tools: ideaMaker slicing software for preparing the print job, RaiseCloud for remote monitoring via web or mobile, and the EVE Smart Assistant for touchscreen calibration and maintenance guidance.
IdeaMaker, available on Windows, macOS, and Linux, supports STL, OBJ, 3MF, and OLTP files. It includes material presets, automatic repair, dimensional compensation, gradual infill, and boolean editing. The software runs quickly on standard PCs, offering “Recommended” settings for beginners and full “Advanced” controls for experts. It supports dual extrusion, manual support placement, and print transfer via USB.
RaiseCloud, accessible via web and mobile apps, enables real-time monitoring of printer parameters and live camera feeds. It integrates with ideaMaker for direct file transfer and supports team collaboration with customizable permissions. Users can upload sliced files, assign printers, and start jobs remotely through the cloud.
The Pro3’s EVE Smart Assistant provides touchscreen guidance for printer maintenance, calibration and troubleshooting. It includes preloaded solutions, scheduled maintenance reminders, and a question-based interface accessible via the EVE button.
What is the design and build quality of the Raise3D Pro3?
What is the design and form factor of the Raise3D Pro3?
The Raise3D Pro3 uses a cartesian FFF design with a rigid all-metal frame. It measures 620 × 626 × 760 mm (24.4 × 24.6 × 29.9 inches) and weighs 52.5 kg (123.9 lbs). The fully enclosed acrylic case improves safety and thermal stability, with front and top access for maintenance.
What is the motion system of the Raise3D Pro3?
The Raise3D PRO3 series 3D printer uses a rigid all-metal cartesian XYZ system for precise, high-speed printing. The all-metal build improves rigidity and vibration control, making the Pro3 75% stronger than the Pro2 for greater durability and reduced deflection.
The cartesian XYZ system uses scissor kinematics for XY movement and dual lead screws for precise Z control, with 16 mm Z guides and 8 mm X/Y guides to boost stability and reduce play at high speeds.
The system achieves 0.78125 µm XY and 0.078125 µm Z precision, with print head speeds up to 300 mm/s for fast, accurate production.
What is the noise level of the Raise3D Pro3?
The Raise3D Pro3 prints at under 55 dB(A), making it relatively quiet for a professional 3D printer.
The printer’s noise mainly comes from its dual-fan Air Flow Manager on the rear panel, with a large cooling fan and a smaller filter fan. The rear cooling fan is the loudest part.
Users often report lower noise levels around 40 dB during printing. The difference from official specs likely comes from testing conditions, room acoustics, and print settings affecting perceived noise.
What are the build platform specifications of the Raise3D Pro3?
The Raise3D Pro3 has a flexible steel build plate with a BuildTak surface, magnetically mounted to the silicone heated bed.
Sixteen neodymium magnets in the heated bed ensure even magnetic adhesion and secure plate attachment.
Two red thumbscrews act as quick releases, allowing the steel plate to detach for part removal. The heated silicone bed reaches 120 °C while keeping magnetic contact. Build volume is 300 × 300 × 300 mm with one extruder and 255 × 300 × 300 mm with two.
A BL Touch sensor enables automatic mesh-leveling and flatness detection. After plate removal, users flex it to release parts without tools.
This magnetic platform is more durable than adhesive-based surfaces.
What is the hotend and extruder system of the Raise3D Pro3?
The Raise3D Pro3 uses a dual-head system with an electronic lift that raises the inactive extruder 1.5 mm in under a second to avoid interference.
The hotend has a quick-release design with modular extruders that can be swapped in under a minute for maintenance.
The Raise3D Pro3 supports up to 300°C nozzle temperatures for materials like PC, carbon fiber composites, and metal-filled filaments. It comes with a 0.4 mm nozzle, with options from 0.2 to 1.0 mm, and uses 1.75 mm filament. Improved cooling enhances heat dissipation, and redesigned extruders simplify assembly and maintenance compared to the Pro2.
How does the Raise3D Pro3 handle filament storage and feeding?
The Raise3D Pro3 has an internal compartment that holds two 1kg filament spools.
Filament feeding uses guide tubes with quick-connect fittings for easier loading and unloading.
The printer’s optical run-out sensors are moved to the storage area, reducing print head weight while detecting empty spools and pausing prints. The system also supports automatic filament switching for continuous printing.
What is the mainboard of the Raise3D Pro3?
The Raise3D Pro3 uses a dual-board control system. Its main board runs an ARM Cortex-A9 Quad 1 GHz processor with 1 GB RAM and 16 GB storage on embedded Linux, handling the interface, file management, networking, and external communication.
The Pro3’s motion controller uses an ARM Cortex-M4 120 MHz processor for precise movement and real-time printing. Redesigned electronics integrate major components onto the board, connected to the main motherboard by a flexible cable instead of the old chain system. This dual-processor setup separates computing from motion control, improving stability and enabling features like power loss recovery. The modular design also simplifies board maintenance and replacement.
What are the power supply specifications of the Raise3D Pro3?
The Raise3D Pro3 supports 100–240 V AC input at 50/60 Hz, up to 3.3 A at 230 V, allowing global use without converters. It uses dual MEAN WELL power supplies—a UHP-500-24 and UHP-200-24 — providing 24 V DC at 600 W for stable, reliable power.
The redundant power design enables automatic recovery from power loss, resuming prints at the interruption point. Combined with universal power compatibility, the Pro3 ensures reliability and flexibility for professional and international use.
What comes included in the box with Raise3D Pro3?
What's Included in the Box:
Power & Connectivity
1x Power Cable
1x USB Storage
3D Printing Materials & Feeding
2x Filament
2x Filament Guide Tube
2x Filament Holder
Tools & Hardware
1x Hex Wrenches (3mm, 2.5mm, 2mm, 1.5mm)
1x Tweezers
1x Spatula
1x 0.3 mm Feeler Gauge
1x Thumb Screws & Other Accessories
Maintenance & Safety
1x Nozzle Cleaning Kit
1x Heat Resistant Gloves
The Raise3D Pro3 and Pro3 Plus arrive fully assembled, needing only removal of shipping restraints (zip ties, spacers, screws) guided by the startup wizard. Accessories include two PLA spools, a calibration card, heat-resistant gloves, a spatula, and a USB drive with ideaMaker software (Windows, macOS, Linux) and test files.
Note: Package contents may change; confirm with a Top3DShop sales representative before ordering.
What upgrades and accessories are available for the Raise3D Pro3?
The Raise3D Pro3 supports 11+ upgrades and accessories to enhance its functionality and extend its capabilities.
Accessory
Function
Target User
Price (USD)
Raise3D Hyper Speed Upgrade Kit
Complete upgrade kit for high-speed printing
For Pro3 Series users seeking high-speed printing
$400+
CF Accessory Kit
Complete kit for carbon fiber printing including hot ends and filament storage
For Pro3 HS users printing carbon fiber materials
$470+
Raise3D 2.5 kg Filament Box
Storage box for filament management
For all users needing filament organization
$80+
Raise3D Cabinet for Standard Size Printer
Enclosed cabinet for standard size printers
For standard printer owners requiring enclosure
$900+
Interchangeable Hot End
Easy removal and replacement of hot ends for maintenance and material switching
For Pro3 Series users requiring maintenance flexibility
$120+
Raise3D Hyper Speed Hot End Assembly with Silicon Carbide Nozzle 0.6mm V2
High-speed hot end with ultra-durable silicon carbide nozzle
For Pro3/Pro3 HS users requiring maximum durability
$230+
Standard Pro3 Series Hot End
Standard replacement hot end for basic maintenance
For Pro3 Series users replacing hot ends
$80+
Build Plate with Handle and Buildtak Printing Surface
Build plate with handle for easy insertion/removal and pre-applied adhesion surface
For Pro3/Pro3 HS users wanting easy build plate handling
$90+
Brass Nozzle V3 0.4 mm
Standard brass nozzle for general 3D printing
For all users replacing standard nozzles
$20+
Steel Nozzle with WS2 Coating
High-performance steel nozzle with low-friction coating
For advanced users seeking premium performance
$50+
Hardened Nozzle V3
Wear-resistant nozzle for abrasive filaments like carbon fiber
For users printing abrasive filaments
$25+
Raise3D Hyper Speed Upgrade Kit
The Hyper Speed Upgrade Kit (Pro3 Series only) boosts print speeds from 50–80 mm/s to 200–350 mm/s and acceleration from 1,000 to 10,000 mm/s² while maintaining accuracy. It includes software upgrades, two 0.4mm Hyper Speed Hot Ends, an Auto Calibrator for automatic frequency tuning, and one spool each of Hyper Speed PLA and ABS filament. With full setup, a Pro3 can output 600–1,000 g of filament in 24 hours or complete parts under 400 g in 12 hours.
CF Accessory Kit
The CF Accessory Kit enables carbon fiber printing on Pro3 HS and Pro3 Series printers with the Hyper Speed Upgrade. It includes a 2.5 kg filament box, a Hyper Speed Hot End with 0.6mm silicon carbide nozzle, and two 1kg spools (Hyper Speed PET CF and Hyper Core PPA CF25). All components are required for reliable composite material printing in industrial applications.
Raise3D 2.5 kg Filament Box
The Raise3D 2.5 kg Filament Box stores one 2.5 kg or two 1 kg spools in a sealed environment with real-time humidity and temperature monitoring via digital display. Measuring 466 × 190 × 455 mm and weighing 2.8 kg, it helps preserve filament quality.
Raise3D Cabinet for Standard Size Printer
The Raise3D Cabinet for Standard Size Printer fits Pro3 HS, Pro3, E2, E2CF, and Pro2 models. It includes two support frames for filament/dry boxes, a tool drawer, shelving with dividers, and locking wheels. Made of PC, PE, and metal, it measures 620 × 590 × 850 mm, offering organized storage and mobility for offices, workshops, or homes.
Interchangeable Hot End
This hot end supports Raise3D Premium filaments (PLA, ABS, PETG, ASA, PC, TPU-95A, PVA+) and Industrial PETG ESD, ensuring optimized extrusion and reliable performance for both standard and specialty applications.
Raise3D Hyper Speed Hot End Assembly with Silicon Carbide Nozzle 0.6mm V2
The 0.4mm silicon carbide hot end assembly for Raise3D Pro3 HS and Pro3 printers supports Hyper Core, Hyper Speed, Industrial, and Premium filaments. Compatible materials include carbon- and glass-fiber composites, PETG ESD, and standard PLA, ABS, PETG, ASA, PC, TPU-95A, and PVA+. Packaging: 30 × 71 × 55 mm, 100 g.
Standard Pro3 Series Hot End
The Standard Pro3 Series Hot End is a 14.4 g replacement part for Pro3 printers, providing stable, precise extrusion with standard filaments. As an original component, it ensures proper fit, reliable performance, and maintained print quality.
Build Plate with Handle and Buildtak Printing Surface
This accessory fits Raise3D Pro3 HS and Pro3 printers. Packaged at 400 × 350 × 10 mm and 469.2 g, it ensures secure transport and proper integration during setup or replacement.
Brass Nozzle V3 0.4mm
The Raise3D V3 Brass Nozzle (0.4mm) fits Pro3 HS, Pro3, Pro2, and E2 printers. Made of brass, it supports up to 300 °C, offering strong thermal conductivity, precise flow, and smooth extrusion with <0.02 mm diameter variation. Compatible with non-abrasive filaments (PLA, ABS, PETG, ASA, PC, TPU, TPE, NYLON, PVA, HIPS, and some filled types). Not recommended for abrasive composites like carbon fiber or metal-infused filaments. Package: 130 × 110 × 5 mm, 9 g.
Steel Nozzle with WS2 Coating
The WS2-coated steel nozzle (0.4, 0.6, 0.8 mm) fits Pro3 HS, Pro3, Pro2, and E2 printers, supporting 1.75 mm filament. With Mohs hardness 7.8, max temp 450 °C, thermal conductivity 26 W/m·K, and CTE 12 μm/m·°C, it ensures durable, smooth extrusion of abrasive composites (carbon fiber, ceramic, metal). For standard filaments, brass nozzles are recommended. Package: 130 × 110 × 5 mm, 9 g.
Hardened Nozzle V3
This Raise3D Pro3 accessory offers nozzles in 0.2–1.0 mm sizes, supporting different extrusion resolutions for detail or flow needs. Packaging measures 130 × 110 × 5 mm, weighing 9 g.
What maintenance does the Raise3D Pro3 require?
The Raise3D Pro3 Series requires 20+ maintenance tasks to ensure print quality and longevity.
Daily (per print):
Build plate: check for damage/filament, clean with isopropyl alcohol, remove solidified filament.
Extruder/nozzle: confirm hotend installation, check fan operation, clear nozzle residue, test filament loading.
Axes: check smooth X/Y/Z movement, clean and lubricate if needed, remove filament from screws and rods.
Every 400 hours:
Replace or clean nozzle, adjust belts, tighten pulleys.
Clean/lubricate X/Y/Z axes and screws.
Clean extruder gears, printer body, probes, nozzles, and fans.
Every 800 hours:
Tighten heating block, thermocouple, and hotend screws.
Test and clean cooling fans and sensors.
Replace air filter element.
Safety: Only perform maintenance after prints are finished, filament is unloaded, printer is cool, and while wearing protective gear.
What support and warranty come with the Raise3D Pro3?
The Raise3D 3D printers come with a 1-year limited warranty covering non-electronic and non-consumable parts. RaiseShield warranty extensions (1, 2, or 3 years) offer full coverage for electronic and mechanical components, excluding consumables and cosmetic defects.
Technical Support
Support Center: Access user guides, maintenance tips, and troubleshooting resources at https://support.raise3d.com/.
Submit Tickets: For access to the Raise3D team, submit tickets via http://help.raise3d.com/.
Phone Support:
US: +1 (888) 963-9028
Europe: +31 1080 8068
Asia: +86 21 65337855
Educational Resources
Raise3D Academy: Step-by-step guides, "how-to" articles, and video tutorials at https://www.raise3d.com/academy/
Webinars: Focus on Pro3 Series maintenance and print quality tips at https://www.raise3d.com/webinar/
Access CE, CB, FCC, and RoHS certifications on the Raise3D website.
Full warranty terms: https://www.raise3d.com/download/raise3d-limited-warranty-all-versions/
How much does the Raise3D Pro3 cost?
The Raise3D Pro3 offers professional 3D printing for engineering, manufacturing, and education. The Pro3 Plus, about 38% more expensive, doubles Z-height to 605 mm while keeping the same performance. Both feature dual extrusion, 300°C high-temp printing, wide material compatibility, and integration with ideaMaker and RaiseCloud. Quick-swap hotends, the EVE Smart Assistant, and proven 180+ hours of continuous printing add reliability. For custom installation or service packages, contact Top 3D Shop for a tailored quote.
AI camera
HD camera with upgraded CMOS sensor
Build plate
Flexible Steel Plate with Buildtak
Connectivity
Wi-Fi, LAN, USB port, Live camera
Electronic controller
NXP ARM Cortex-A9 Quad 1 GHz
Extruder type
Professional Dual Extruder
Filament diameter
1.75 mm
Filament runout sensor
Available
Heated bed material
Silicone
Max. build plate temperature
120ºC
Max. nozzle temperature
300ºC
Motion controller
Atmel ARM Cortex-M4 120 MHz FPU
Nozzle diameter
0.4 mm (Default), 0.2/ 0.6/ 0.8/ 1.0 mm (Available)
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