The Raise3D Pro3 Series sets the benchmark for professional-grade FFF (Fused Filament Fabrication) 3D printing. Engineered for stability, precision, and high throughput, this machine is the preferred choice for engineering firms, agile manufacturers, and service bureaus requiring reliable, 24/7 production capabilities. The Pro3 Series combines a massive build volume with a sophisticated electronic dual-extrusion system and intelligent automation features, ensuring repeatable, industrial-quality results.
Experience precision and performance with Raise Pro3 Series 3D printers—engineered for speed, reliability, and professional-grade results.
Core Technology: Dual Extrusion and Build Capacity
The Pro3 is built upon a high-precision motion system optimized for consistent, high-quality output, even at its large scale.
Electronic Dual Extrusion System (IDES)
The heart of the Pro3’s professional capability is its independent, upgraded dual-extrusion system with an Electronic Lifting Mechanism. This design addresses a critical challenge in dual-nozzle FFF: preventing the idle nozzle from interfering with the printed part.
- The unused nozzle is actively and precisely lifted 1.5 mm away from the print layer.
- It features a lightning-fast switching speed of $<1 \text{ second}$ and a high repeatability with positioning accuracy of $<0.005 \text{ mm}$ (5 microns).
- This capability is essential for printing two-material components and using soluble support materials (PVA or HIPS). This eliminates difficult manual post-processing, which is a prerequisite for highly complex internal features and assemblies.
Build Volume and Printer Specifications
The series offers two models to meet varying demands for production size and height, utilizing a large build envelope for industrial use.
- Pro3 Model: Offers a maximum build volume of 300×300×300 mm for single-extruder prints, shrinking slightly to 255×300×300 mm for dual-extrusion jobs.
- Pro3 Plus Model: Caters to larger parts with a build volume of 300×300×605 mm (single extruder) and 255×300×605 mm (dual extruder).
- The printer supports a layer height range from 0.05 mm to 0.6 mm.
- The Max Nozzle Temperature is 300∘C, and the Max Bed Temperature is 120∘C, providing thermal stability for engineering materials.
Powered by Hyper FFF® Technology
High speed printing is available on the Pro3 Series 3D printers, Powered by Hyper FFF® technology. With Hyper Speed Upgrade Kit installed, your Pro3 Series printer becomes capable of hyper-speed printing.
Compatible with Raise3D Hyper Speed Upgrade Kit
With the Hyper Speed Upgrade Kit installed (available for additional purchase), Hyper FFF® technology enables your Pro3 Series printer to become capable of hyper-speed printing without any loss of accuracy or part quality.
When equipped with a Hyper Speed Upgrade, the Pro3 Series can deliver 600-1,000 grams of filament within 24 hours, meaning any parts under 400 grams can be finished within 12 hours.
Enhanced Printing Platform Features
The Pro3 Series features upgraded printing platform features for high-quality printing performance and a better overall experience.
- The auto bed leveling makes setting up a 3D printer quicker and simpler.
- The flexible build plate allows for the effortless removal of 3D printed parts.
- The Z-axis rod stiffness increased by 75% to deliver a more stable performance.
These structural changes enable the Pro3 Series to provide better print results and an easier printing experience.
Interchangeable Hot End and Extruder Cover
The Pro3 Series is equipped with an independent modular extruder with a dual extrusion system. This allows the Pro3 Series to print using a variety of filaments, reduce clogging, and allow the convenient disassembly and replacement of components. The hot end of the Pro3 Series is easy to remove, which can be done without using tools, making it simple to replace and maintain. Users can also easily take off the front cover of the extruder to accurately locate common printing occurrences such as filament jams.
Air Flow Manager for Better Heat Dissipation
The Air Flow Manager of the Pro3 Series is located on the back of the printer, improving heat dissipation and air circulation, creating a stable environment inside the print chamber. Equipped with a HEPA air filter, Air Flow Manager can also filter and clean the air inside the chamber.
EVE Smart Assistant
The Pro3 Series has a built-in EVE assistant system, preloaded with common printing problems and corresponding solutions. The EVE assistant can guide users to accurately locate and resolve issues that could affect the final print job. The EVE assistant has a function that gives users reminders about regular scheduled interventions to ensure that printer maintenance is performed on time. It also helps reduce maintenance time and communication costs for an efficient maintenance process.
Professional Dual Extruder 3D Printers
A dual extruder 3D printer can perform more advanced functions such as producing dual color models and dual material models. A professional dual extruder 3D printer will have additional design features resulting in a higher quality print job.
The Pro3 Series professional dual extruder 3D printers have a single-side nozzle lifting technology with fast nozzle switching. Therefore, the nozzles can lift independently and switch within a second, and without being affected by 3D printing material or temperature.
Reliability and Workflow Enhancements
Designed for continuous, round-the-clock operation, the Pro3 Series introduces several improvements to minimize human intervention and maximize machine lifespan.
Modularity and Reduced Maintenance
The Pro3 implements a new level of modularity focused on operational efficiency.
- Modular Extruder: Features an interchangeable hot end system that can be swapped without specialized tools. This drastically reduces maintenance downtime and facilitates easy switching between abrasive-resistant nozzles (for composites) and standard brass nozzles.
- Motion System Upgrades: The Z-axis rod stiffness is increased by 75% (compared to the Pro2) for better dimensional accuracy and stability on tall parts. A new lightweight ribbon cable replaces the heavy drag chain, reducing the extruder’s weight and stabilizing the center of gravity for more consistent, high-quality printing.
- Printing Platform: The system includes a flexible steel plate with BuildTak for effortless part removal and Automatic Bed Leveling (mesh-leveling with flatness detection) to ensure optimal first-layer quality automatically.
Intelligent Assistant and Safety Features
The intelligent features of the Pro3 streamline the entire workflow, from setup to remote supervision.
- EVE Smart Assistant: This integrated system acts as an onboard diagnostician. It tracks usage, flags potential issues, provides solutions to common problems, and sends reminders for scheduled preventive maintenance, maximizing Overall Equipment Effectiveness (OEE).
- Air Flow Manager (AFM): Located at the rear, the AFM circulates air to maintain a stable chamber temperature, crucial for materials prone to warping like ABS. It includes a HEPA Filter with Activated Charcoal to safely filter volatile organic compounds (VOCs) and nanoparticles, making the printer safe for use in office environments.
- Reliability Features: Includes a Filament Run-out Sensor to pause prints when material depletes and a Second-Generation Power Loss Recovery function, allowing prints to resume seamlessly after an interruption.
Remote Management and Control
The Pro3 series offers complete network integration for enterprise environments.
- Connectivity: Supports Wi-Fi, LAN (Ethernet), and USB.
- Remote Monitoring: A built-in HD Camera connects to RaiseCloud, the company’s cloud-based platform, allowing professionals to monitor and manage print jobs remotely from a centralized dashboard.
Technical Details
Why is high repeatability good for a 3D printer? What does high reliability mean?
3D printing is a process where an object is built up by thin layers. The 3D printer needs to move back and forth along the length of the model to create those thin layers. If the printer loses its position during that back-and-forth motion, the 3D printing process will no longer be aligned, and the 3D printed object will be ruined. The high repeatability and reliability ensure the printer does not become misaligned during the back-and-forth movements.
What does lightning speed mean?
Lightning speed refers to the overall amount of time the 3D printer takes to print an object. However, this speed is heavily influenced by the type of project being printed and how quickly the printer can switch directions during the back-and-forth movement. Having a <1 second switch time means the Pro3 Series can change directions while printing an object. This shortens the overall time needed to complete a 3D printing process. Keep in mind, the general time savings will still be influenced by the project type.
Why is a 1.5 mm lifting distance beneficial to a 3D printer?
Lifting distance refers to the clearance between the idle printing nozzle and the object being printed. There needs to be some distance between both to ensure the printer’s nozzle does not interfere with the printing. The 1.5 mm lifting distance on the Pro3 Series maintains enough distance between the idle nozzle and the model to not affect the printing process.
User Friendly Features
Lightweight Cable with Digital Temperature Measurement
The Pro3 Series replaces the drag chain cable with a lightweight cable, to reduce the weight of the extruder and keep the center of gravity in the middle during printing for more stable print quality.The Pro3 Series also uses digital temperature measurement, for an accurate temperature reading to help prevent jamming.
The importance of Auto Bed Leveling
Bed leveling is the process of confirming that the printing platform is as level as possible. The Pro3 Series has this leveling procedure as an automated function. Auto bed leveling will maintain the distance between the print nozzles and the bed, to create a uniform build area. This improves bed adhesion and allows the nozzle to adjust to even the most minor surface contour changes.
Live Monitoring HD Camera
The Pro3 Series uses a HD camera to monitor the entire 3D printing process of every print job. This camera operates by connecting to RaiseCloud, allowing users to keep track of every print job remotely and while on the move. This ability to check the 3D printing process gives peace of mind. The Pro3 Series also comes with an upgraded CMOS sensor to ensure better image quality.
Capable of Printing a Variety of Filaments Up to 300℃
PLA/ ABS/ HIPS/ PC/ TPU/ TPE/ PETG/ ASA/ PP/ PVA/ Nylon/ Glass Fiber Infused/ Carbon Fiber Infused/ Metal Fill/ Wood Fill
Safety Features
Power Loss Recovery
Either a power outage or a filament outage (when the filament runs out) can cause a print job to be lost if they occur in the middle of the 3D printing process. However, the Pro3 Series has a filament run-out sensor on its extruders to alert when the filament is about to run out and saves the print job. It also has a second-generation power loss function to save the printing status in the event of a power outage and can continue printing from the same point when power is restored.
Automatic Detection
Another safety feature of the Pro3 Series is that it can automatically detect when a door is opened and will immediately pause the print.
Material Compatibility
The Pro3 Series is compatible with a variety of 3D printing materials (known as filaments) to meet project requirements
Depending on the project goals, more than one 3D printing filament is necessary to accommodate varying structural or functional requirements (for example, some requirements may include flexibility, and strength). Sometimes multiple filaments are required within the same print job. Having a 3D printer that is compatible with different filament types is both cost-saving and practical for print jobs requiring multiple filaments, giving it extra versatility other printers cannot match.
Flexible Build Plate
Flexible build plate for easy removal of printed models
The Pro3 Series is equipped with flexible build plate. The flexible build plate can be used to easily remove printed parts while minimizing potential damage to the final print. Additionally, the flexible build plate can quickly regain its shape and return to printing quickly.
HEPA Air Filter
The updated HEPA air filtration removes toxic particles released during the 3D printing process
The Pro3 Series uses HEPA air filtration to clean the air of any particles (including nano-particles) released during the 3D printing process. The HEPA air filter works effectively in classrooms, offices, and in large and small workspaces and operates silently, quietly working in the background of any work area.
Touch Screen & Software Monitoring
7-inch touch screen for efficiency and monitor the printing process with 3D printing software
The Pro3 Series’ 7-inch touch screens allow users to interact with the printer directly. It also provides on-screen assistance and visual model selections to simplify operating and monitoring both the 3D printer and 3D printing process. As with all Raise3D 3D printers, the Pro3 Series is compatible with ideaMaker, a 3D slicing program, and RaiseCloud, a cloud-based 3D printing management platform. This wireless connection allows users to keep track of every print job while on the move.
Full Metal Frame
The full metal frame acts as a reliable motion system for smooth movement and precise positioning for higher quality printing
High-quality 3D printing comes from high-quality 3D printers. The Pro3 Series professional dual extruder 3D printer uses a full metal frame to create a specific motion system that allows the machine to smoothly glide as it prints. This motion system works with precise positioning to ensure 3D print jobs are as accurate as possible. Interchangeable nozzles allow the Pro3 to print at different levels of detail.
Materials and Industrial Applications
The 300∘C nozzle temperature and open ecosystem ensure the Pro3 is an industrial workhorse, capable of handling complex projects across multiple sectors.
Open Material Ecosystem
The Pro3 is an open filament system, fully compatible with the Open Filament Program (OFP), allowing access to high-performance third-party materials. Its thermal capabilities enable processing a vast material portfolio:
- Standard Polymers: PLA, ABS, PETG, ASA, TPU (Flexible).
- Engineering Polymers: PC (Polycarbonate), Nylon, PP (Polypropylene).
- Composite Materials: Carbon Fiber Infused, Glass Fiber Infused (requires abrasion-resistant nozzles for printing).
- Support Materials: PVA (Water-soluble), HIPS (Dissolvable).
Key Industrial Applications
The combination of size, reliability, and material flexibility makes the Pro3 Series ideal for:
- Tooling, Jigs, and Fixtures: Rapid creation of custom assembly aids, gauges, and end-of-arm tooling using high-strength, lightweight composites.
- Functional Prototyping: Producing high-fidelity, functional parts in engineering-grade materials for early design validation.
- Small-Batch Production: Directly manufacturing limited runs of specialized end-use components.
- Automotive & Aerospace: Printing custom ductwork, interior components, and high-performance testing parts.
Print Results
Check out the Pro3 Series’ print performance from different aspects.
Raise3D Ecosystem
Pair ideaMaker and RaiseCloud with any of our 3D printers to create a Raise3D ecosystem for the best efficiency when 3D printing.
ideaMaker is a free 3D slicing software from Raise3D, compatible with Raise3D printers and third-party printers.
RaiseCloud is a cloud-based 3D printing management platform capable of remotely monitoring the printing process and organizing print jobs for more efficient 3D printing.
ideaMaker Library provides users with slicing profiles for various filaments, including Raise3D filaments and OFP certified filaments, simplifying the settings of printing parameters for different filaments.
Pro3 Series Technical Specifications
| Specification | Pro3 | Pro3 Plus |
|---|---|---|
| Build Volume (W × D × H) | Single: 300 × 300 × 300 mm (11.8 × 11.8 × 11.8″) Dual: 255 × 300 × 300 mm (10 × 11.8 × 11.8″) |
Single: 300 × 300 × 605 mm (11.8 × 11.8 × 23.8″) Dual: 255 × 300 × 605 mm (10 × 11.8 × 23.8″) |
| Machine Size (W × D × H) | 620 × 626 × 760 mm (24.4 × 24.6 × 29.9″) | 620 × 626 × 1105 mm (24.4 × 24.6 × 43.5″) |
| Print Technology | Fused Filament Fabrication (FFF) | |
| Print Head System | Dual-head with Electronic Lifting System | |
| Filament Diameter | 1.75 mm | |
| XYZ Step Size | 0.78125, 0.78125, 0.078125 micron | |
| Print Head Travel Speed | 15–150 mm/s | |
| Build Plate | Flexible Steel Plate with Buildtak | |
| Max Build Plate Temperature | 120ºC | |
| Heated Bed Material | Silicone | |
| Build Plate Leveling | Mesh-leveling with Flatness Detection | |
| Filament Run-out Sensor | Available | |
| Layer Height | Compatible with 0.2–1.0 mm nozzles; layer height 0.05–0.6 mm. Recommended 0.1–0.3 mm with 0.4 mm nozzle. | |
| Nozzle Diameter | 0.4 mm (Default), 0.2/0.6/0.8/1.0 mm (Available) | |
| Max Nozzle Temperature | 300ºC | |
| Connectivity | Wi-Fi, LAN, USB port, Live Camera | |
| Noise Emission (Acoustic) | ＜55 dB(A) when building | |
| Operating Ambient Temperature | 15–30ºC, 10–90% RH non-condensing | |
| Storage Temperature | -25℃ to +55℃, 10–90% RH non-condensing | |
| Filter | HEPA Filter with Activated Charcoal | |
| EVE Smart Assistant | Available | |
| Net Weight | 56.2 kg (123.9 lbs) | 66.6 kg (146.9 lbs) |
| Gross Weight (Carton Only) | 67 kg (147.8 lbs) | 83.3 kg (183.7 lbs) |
| Gross Weight (Carton with Pallet) | 74.5 kg (164.3 lbs) | 90.8 kg (200.2 lbs) |
| ELECTRICAL | ||
| Power Supply Input | 100–240 V AC, 50/60 Hz, 230 V @ 3.3 A | |
| Power Supply Output | 24 V DC, 600 W | |
| MATERIAL | ||
| Material Type |
Hyper Speed PLA, Hyper Speed ABS, PLA, ABS, ASA, PETG, PC, PETG ESD, TPU 95A, PVA+ |
|
| Third Party Material | Supported via Raise3D OFP (Open Filament Program) | |
| SOFTWARE | ||
| Slicing Software | ideaMaker | |
| Supported File Types | STL, OBJ, 3MF, OLTP | |
| Supported OS | Windows, macOS, Linux | |
| Machine Code Type | GCODE | |
| PRINTER CONTROLLER | ||
| User Interface | 7-inch Touch Screen | |
| Network | Wi-Fi, Ethernet | |
| Power Loss Recovery | Available | |
| Screen Resolution | 1024 × 600 | |
| Motion Controller | Atmel ARM Cortex-M4 120 MHz FPU | |
| Logic Controller | NXP ARM Cortex-A9 Quad 1 GHz | |
| Memory | 1 GB | |
| Onboard Flash | 16 GB | |
| OS | Embedded Linux | |
| Ports | USB 2.0 × 2, Ethernet × 1 | |
Frequently Asked Questions
Is the Pro3 Series compatible with high-speed printing technologies like Hyper FFF®?
Yes. The standard Pro3 Series is compatible with the Hyper Speed Upgrade Kit and the advanced Hyper FFF® Technology. Installing this upgrade, which includes closed-loop motors and high-flow hot ends, transforms the Pro3 into the Pro3 HS (Hyper Speed) model, capable of printing standard materials at 300 mm/s and composites at 200−300 mm/s.
How is the Pro3 managed and monitored remotely?
The Pro3 Series is fully integrated with RaiseCloud, the company’s cloud-based printing management platform. Users can monitor the print via the built-in HD camera, start/stop jobs, and manage multiple printers from a centralized dashboard over Wi-Fi or Ethernet.
What is the main benefit of the modular hot end system?
The main benefit is reduced Mean Time To Repair (MTTR) and increased material versatility. Switching a clogged hot end takes seconds, rather than hours of disassembly. It also makes it trivial to swap to a dedicated wear-resistant hot end (like Silicon Carbide) specifically for abrasive carbon fiber filaments.
Does the Pro3 have a heated chamber?
No, the chamber is enclosed but not actively heated above ambient temperature. However, the Air Flow Manager and the stable 120∘C heated build plate maintain a sufficiently warm and stable environment for most engineering materials.