What materials can be used with the Raise3D DF2?

The DF2 supports various Raise3D resins, including: Standard White Resin High Detail Resin Tough 2K Grey Resin Rigid 3K Grey Resin High Clear Resin high-temperature resins Some third-party professional resins are also supported.

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Raise3D DF2 – DLP

Professional DLP 3D printer for rapid prototyping, production tooling, and small-batch manufacturing. Ensures high detail, smooth surface finish, and precise printing with engineering resins.

Made to order

Price upon request

Business leasing available from €100/month.

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2-year warranty Industrial protection

Full support Training and installation

About Raise3D DF2 – DLP

Raise3D DF2 is an advanced professional DLP (Digital Light Processing) technology 3D printer designed for businesses requiring high precision, excellent surface quality, and a reliable production process.

This 3D printing solution is designed for functional prototype development, production auxiliary tools, jigs & fixtures, and small-batch manufacturing. Using specially developed high-grade engineering resins, the Raise3D DF2 enables production of parts with precise geometries, fine details, and professional surface finish.

DF2

Printing technology	Digital Light Processing (DLP)
Build volume (W × D × H)	200 × 112 × 300 mm
XY resolution	2560 × 1440
Max. part weight	10 kg
Max. printing speed	80 mm/h (0.2 mm per layer)
Layer thickness	50–200 microns
Resin management	Automatic resin feeding, resin level detection, resin confirmation
Control panel	Touch screen (resolution: 1920 × 720) with Magic Layout (allows easy adjustment of print layout and print duplication)
RFID build platform	Records resin type used and printing, washing, and curing parameters
Level calibration	Factory calibrated
Chamber heating	Max. 40°C

Resins

Raise3D resins	Raise3D Standard White Resin, Raise3D High Detail Apricot Resin, Raise3D Tough 2K Grey Resin, Raise3D Rigid 3K Grey Resin, Raise3D High Clear Resin, Raise3D High Temperature Resin (coming soon)
OMP (Open Material Program)	LOCTITE 3D IND405™, LOCTITE 3D PRO476™, Ultracur3D® RG 3280, Ultracur3D® RG 1100 B

Washing tank volume	14 L
Max. washing size	200 × 112 × 300 mm
Compatible solvents	IPA, TPM
Washing functions	Dual turbine flow washing, manual washing simulation
Drying function	Air drying using two fans
Liquid drainage	Automatic liquid drainage with waste container
Washing profile	Automatic setting via RFID or manual input

Max. curing size	φ 230 × 300 mm
Curing source	LEDs (mixed 365 nm, 385 nm, 405 nm); max. air heating temperature up to 120°C
Curing profile	Automatic setting via RFID or manual input

Technical specification Raise3D DF2-V1-6
Technical specification Raise3D DF2-V3.5-1
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Smart build platform for automated workflow

The automated system records and scans the corresponding parameters for the entire printing, washing, and curing workflow, reducing the need for tedious manual operations.

Industrial-grade optical design

Industrial-grade optical components include Texas Instruments' first industrial-grade DMD chip, high-transparency nFEP film, and optical glass manufactured by Germany's Schott.

They are used throughout the optical path design system to reduce losses, eliminate dispersion, and ensure sharp layer reproduction.

Software that simplifies

ideaMaker software has been enhanced with new features for use with the Raise3D DF2 printer to reduce the learning curve, expand design capabilities, and improve DLP printing success rates.

Grayscale leveling
Auto support
Auto orientation
Auto cross-section analysis
Contour compensation
Suction detection
Hollow shell creation
Drainage hole
Texture generation
Reduced G-code size

Magic Layout function at your fingertips

The high-performance 10.25" touch screen allows instant file modifications without returning to slicing software.

Magic Layout allows easy adjustment of print layout and print duplication.

Automatic pre-print check verifies all working conditions, including resin type, build platform installation, feeding station installation, resin level, etc.

Air-Peel eases the burden

Air-Peel technology, used between the resin vat bottom and ultra-clear glass, reduces separation force from 50 kilograms to 10 kilograms, effectively helping to separate each layer and ensuring successful printing results.

Heavy-duty Z-axis

The Z-axis features a 200 kg maximum load, high movement precision, and no overlapping (shifted) layers. This ensures stability when printing large parts and during long-term use.