Raise3D DF2+
True DLP precision, faster prints, traceable workflow
High precision at speed, high accuracy with guaranteed reliability
The DF2+ utilizes true DLP technology, offering industry-standard precision, uniformity, and reliability. With a print speed of 100 mm/h, it is ideal for rapid prototyping and small-batch production, allowing for multiple design iterations within the same day.
- Light source intensity doubled for faster curing
- Improved optical functionality for enhanced performance
- Optimized HTF film for extended reliability and consistency
The Open Material Platform (OMP) maximizes versatile industrial applications
The DF2+ printer's extensive resin portfolio opens up new possibilities tailored to specific applications. Whether for high-impact, high-temperature, flame-retardant, ESD-Safe, or biocompatible materials, the DF2+ offers the flexibility needed to develop custom resins and optimize printing for your next innovation.
- Open Material Platform available for free
- Print Henkel and Forward AM resins in-house without outsourcing to a service bureau
- Adapt print parameters to meet specific application requirements
Consistency and reliability across the entire ecosystem
- RFID Integration: offers a seamless, error-free, and highly scalable solution to optimize production workflows
- Ultrasonic sensors: automatically detect resin levels in real-time, improving print stability and reducing print failures due to insufficient resin
- Machine leveling sensor: automatically ensures the equipment is positioned horizontally with a precision of ±0.25°, maintaining optimal printing conditions
Simplified workflow for maximum printer efficiency
Step 1: Preparation and slicing
Open ideaMaker, Raise3D's slicing software, and prepare your 3D model. Configure print parameters such as automatic orientation, contour compensation, hollow and automatic support, as well as post-process washing and curing settings.
Step 2: Start printing
Turn on the DF2+ and click "Print". The printer will first perform a preliminary check, and if no issues are detected, it will immediately begin printing.
Step 3: Post-processing
Once printing is complete, carefully remove the model from the build plate and proceed to the washing and curing stages. RFID technology ensures that all data is transferred automatically without the need for human intervention.
Step 4: Finished prints
Easily retrieve your finished prints, ready for use or further assembly.
Unlocking versatility in resin printing
Raise3D resins are specially formulated to deliver exceptional performance in a variety of applications. Designed to work seamlessly with Raise3D resin 3D printers (DF2 and DF2+), these materials ensure reliability, consistency, and superior print quality.
The DF2+ printer's compatibility with a wide range of third-party resins fosters greater collaboration and flexibility thanks to its Open Materials Platform (OMP). Collaborating with leading third-party resin manufacturers such as Henkel and Forward AM, customers have access to a wider selection of materials, allowing them to choose the resins that best meet their performance requirements.
Every curve, edge, and texture are rendered with sharp detail and stunning precision
These functional prototyping components are designed to mimic the mechanical, thermal, and chemical properties of final production materials. Ideal for rapid iterations, performance testing, and design validation in diverse applications, such as automotive, consumer goods, medical devices, and industrial manufacturing.
These end-use parts are designed to meet high performance standards, offering durability, precision, and material properties that equal or exceed traditional production materials. Widely used in industries such as automotive, aerospace, consumer goods, medical, and electronics.
Jigs and fixtures components are designed to ensure durability, precision, and wear resistance, making them ideal for repeated use in production processes. Widely used in industries such as automotive, aerospace, consumer electronics, and industrial manufacturing.
RFID-enabled workflow for consistent and scalable production
Integrated with ideaMaker, the DF2+ leverages RFID technology to verify resin types and automatically apply optimized settings for printing, washing, and curing. This ensures a consistent workflow and reproducible print results from batch to batch.
Industrial-grade optical design
Industrial-grade optical components include the first industrial-grade DMD chips from Texas Instruments, high-transparency HTF film, and optical glass manufactured by Schott Germany.
They are used throughout the optical path projection system to reduce losses and eliminate dispersion, thereby ensuring the reproduction of sharp layers.
Air-Peel lightens the load
The Air-Peel technology used between the bottom of the resin tank and the ultra-transparent glass reduces the peel force from 50 to 10 kilograms, effectively helping to peel each layer and ensuring optimal print results.
Software that simplifies
ideaMaker has added new features designed for use with Raise3D DF2 and DF2+ printers to reduce learning curves, expand design possibilities, and improve the success rate of DLP printing.
Magic Layout at your fingertips
A high-performance 10.25-inch touchscreen allows for immediate file changes without having to return to the slicing software.
Magic Layout allows you to easily edit the print layout and create duplicate prints.
High-load capacity Z-axis
The Z-axis has a maximum load capacity of 200 kg, with high motion precision and no layer shifting. This ensures stability during the printing of large parts and during prolonged use.
Simplified resin management
Automatic resin refilling, ultrasonic liquid level monitoring, and assisted resin tank cleaning to minimize contact with uncured resin.
The DF Wash system simplifies the solvent removal process thanks to automatic drainage and an easy-to-use automatic pump.
The Raise3D DF2+ maintains the volume and resolution of the DF2 model, but integrates a more powerful DLP light engine (+70%), print speed increased by 25% (100 mm/h vs 80 mm/h), extended compatibility with technical resins, and advanced automated resin management functions, while retaining RFID and industrial-grade optical quality.
Raise3D DF2+ Technical Specifications Table
| Category |
Raise3D DF2+ |
| Print Technology |
Digital Light Processing (DLP) |
| Light wavelength |
405 nm |
| Build volume (W×D×H) |
200 × 112 × 300 mm |
| XY Resolution |
2560 × 1440 pixels |
| Layer Height |
50–200 µm |
| Maximum print speed |
100 mm/h (peak speed, 0.2 mm layer) |
| Average speed (100 µm layer) |
50–60 mm/h |
| Z-axis load capacity |
200 kg |
| Light engine |
Industrial-grade DLP projector, +70% power vs DF2 |
| Optical system |
TI DMD chip, HTF film, Schott Germany glass |
| Resin management |
Auto refill, ultrasonic level detection, assisted cleaning |
| RFID |
Continuous printer/wash/cure parameter tracking |
| User interface |
10.25″ full-color touchscreen |
| Connectivity |
Wi-Fi, LAN, USB |
| Slicing software |
ideaMaker (RFID-integrated, magic layout, pre-print inspection) |
| Supported materials |
Raise3D portfolio + LOCTITE® 3D + Ultracur3D |
| Operating ambient temperature |
24–26 °C, humidity < 50% |
| Machine dimensions (W×D×H) |
450 × 400 × 730 mm |
| Machine weight |
~58 kg |
| Warranty |
1 year standard |
Key Differences between DF2+ and DF2
| Feature |
DF2 |
DF2+ |
| Maximum speed |
80 mm/h (0.2 mm layer) |
100 mm/h (0.2 mm layer) |
| Light engine |
Standard DLP light engine |
Upgraded light engine (+70%) |
| Resin compatibility |
Standard Raise3D portfolio |
Extended to technical and industrial resins |
| Resin management |
Auto feeding, level detection |
+ assisted cleaning, ultrasonic level |
| ideaMaker software |
Basic DLP support |
Magic Layout, Advanced Pre-Print Inspection |
| Post-processing |
Separate Wash and Cure |
DF Wash/DF Cure widgets with integrated automation |
The DF2+ represents an evolution of the DF2, featuring significant improvements in speed, light engine power, resin management automation, and material compatibility, while maintaining the same build volume dimensions and DLP print quality. The choice between the DF2 and DF2+ depends on the required productivity level, the types of materials to be used, and the need for automation in the printing, washing, and curing processes.