Raise3D DF2 Plus Resin Guide: What Can It Print?

Direct answer: Raise3D currently lists 21 available resins for the DF2 Plus, branded DF2+, but that is not permission to pour in any 405 nm photopolymer. The current exact product page names eight Raise3D resins and thirteen Open Material Program choices from LOCTITE and Ultracur3D. It separately marks five more materials as coming soon. Use a material only when the exact DF2+ profile, resin SKU, wash route, cure route, safety data, and finished-part requirements all agree.

The DF2+ decision is materially different from the original DF2 question. Raise3D publishes a broader current list for the Plus model, including ESD, fire-retardant, additional industrial partner, black, and draft routes that are not all on the original DF2's current summary. Shared branding, build process, or optical wavelength does not establish cross-model support. Keep the exact printer selected in ideaMaker and do not import a DF2+ profile into a DF2 job—or assume the reverse—without current written support.

DF2 Plus resin compatibility at a glance

Material group	Verdict	Operating boundary
Standard White, High Detail Apricot, Tough 2K Grey, Rigid 3K Grey, ESD Resin, High Clear, Draft Grey, Standard Black	Currently listed Raise3D options	Eight named options on the current DF2+ page. Match the exact profile, lot, wash, dry and cure process; then qualify the real part.
LOCTITE 3D IND405, PRO476, 3843, PRO410, PRO417, IND147, IND 403, IND5714	Currently listed OMP options	Eight Henkel routes listed for DF2+. This is not approval for every LOCTITE resin, another region's SKU, or a manually copied exposure.
Ultracur3D RG 3280, RG 1100 B, EL 60, EL 4000, RG9400 B FR	Currently listed OMP options	Five Forward AM routes spanning rigid, elastomeric, and fire-retardant needs. Preserve the exact profile and application-specific post-process.
High Temperature Resin; LOCTITE 3843 White, Pro 9317, 249 BK, Pro 9499	Coming soon—not currently available support	A page label is not a released profile, available regional SKU, validated property set, or production approval.
Unlisted third-party resin, original-DF2-only assumption, mixed or expired resin, or guessed exposure	Unsupported or poor fit by default	Obtain a current DF2+-specific profile and process record. Apparent cure alone proves neither properties nor repeatability.

Count the current list correctly

The current DF2+ product page is the controlling public list: eight Raise3D materials plus thirteen OMP materials, for 21 currently listed choices. The Raise3D resin-printer family page keeps DF2 and DF2+ as separate models. That separation matters more than a marketing material count because it prevents the broader Plus portfolio from being silently assigned to the original machine.

Do not add the five coming-soon names to an available-material count. Confirm that the exact resin appears in the current ideaMaker version for DF2+, that its supplier documentation still names the intended process, and that the resin is released in your region. Preserve the printer, software, profile, resin SKU and lot, expiry, tank identity, wash chemistry, dry state, cure program, orientation, and inspection record with the job.

The official 2025 DF2+ launch record describes the model as an expansion of Raise3D's resin ecosystem, while the current DF2+ technical specification defines the machine and companion workflow. Those sources establish model identity and system boundaries; they do not turn a future, adjacent, or unlisted resin into a released process.

Choose among the 21 by the part's failure mode

Standard White, High Detail Apricot, Draft Grey, and Standard Black are appearance, detail, or iteration starting points. Tough 2K Grey, IND405, 3843, PRO476, PRO410, PRO417, IND147, IND 403, and IND5714 cover different combinations of toughness, impact behavior, stiffness, temperature, and other industrial targets. They are not interchangeable merely because several are described as durable.

Rigid 3K Grey, RG 1100 B, and filled RG 3280 target different stiffness, heat, or tooling needs. High Clear is a transparent-part route whose real result also depends on wall thickness, orientation, support scars, wash, cure, polishing or coating, fluid exposure, and UV aging. EL 60 and EL 4000 are elastomeric routes that need representative checks for wall thickness, tear initiation, rebound, compression set, supports, and cure. ESD Resin requires the whole finished geometry and process to meet the required electrical range; a material label alone does not qualify an assembly. RG9400 B FR requires the exact test method, thickness, conditioning, orientation, color, and end-use approval rather than a blanket claim that every printed part is fire safe.

Define the duty before selecting: sustained and peak load, impact direction, stiffness, allowed strain, temperature and dwell, chemical or UV exposure, wall and notch geometry, inserts, fasteners, dimensional window, fatigue cycles, surface, electrical behavior, flame requirement, and service life. Compare supplier data only when test method, specimen, conditioning, print orientation, wash, and cure are relevant. A catalog coupon value does not automatically qualify a snap, loaded fixture, fluid path, electrical enclosure, outdoor cover, mold insert, or safety-critical component.

Print, wash, dry and cure are one material process

The DF2+ workflow links ideaMaker settings and RFID information across printing, DF Wash, and DF Cure. Treat that traceability as a process control, not a substitute for operator review. Before printing, confirm resin and lot, expiry and storage, bottle condition, tank identity and film, feed state, build plate, machine level, profile version, orientation, supports, hollowing and drains, expected resin volume, and post-processing capacity.

Raise3D lists IPA and TPM for DF Wash and mixed 365, 385, and 405 nm LEDs with heated air for DF Cure. Those machine capabilities do not create a universal wash or cure cycle. Use the exact resin's current instructions for chemistry, time, agitation, draining, complete drying, temperature, and cure. Residual solvent, trapped uncured resin, an incorrect cure, or cross-contamination can change surface, dimensions, and properties. Design hollow parts for drainage and cleaning access before the print.

Keep tanks, tools, filters, and waste streams identified. Follow current cleanup and material-change instructions rather than improvising scraping, dilution, filtration, mixing, or agitation. Do not return recovered resin to a fresh container unless the exact instructions permit it and lot traceability remains intact. If a profile is missing after a software update, pause and ask Raise3D or the material supplier rather than rebuilding it from a screenshot or a community exposure value.

Resin, solvent, UV and facility safety boundaries

Uncured photopolymer, contaminated tools, and wash liquid require chemical controls. Follow the exact resin SDS and current DF2+, DF Wash, and DF Cure instructions for ventilation, gloves, eye and skin protection, storage, spill response, and disposal. Do not send liquid or partly cured resin or contaminated solvent down a drain. Keep food and drink out of the work area and protect resin from unintended light.

IPA is flammable, and every cleaning chemistry has its own exposure and compatibility limits. Control ignition sources, use suitable containers and listed equipment, maintain required ventilation, and follow local fire and waste rules. DF Cure adds UV, heat, and electrical hazards; keep shielding and interlocks intact. Review electrical service, lifting, access, housekeeping, spill response, fire controls, and emergency procedures for the complete print-wash-cure cell.

The NIOSH safe-3D-printing guidance supports source control, ventilation, and exposure reduction as a hierarchy. It does not replace the machine instructions, resin SDS, industrial-hygiene review, fire authority, electrical requirements, or environmental rules. GoodPrints is not the final safety authority. Medical, dental, food-contact, electrical, flame-rated, pressure, vehicle-control, and other regulated uses require the exact intended-use record and responsible approval.

Buyer and owner decision

Choose or keep DF2+ when recurring work fits one or more of its 21 currently listed profiles and the shop can control tanks, resin identity, washing, full drying, curing, exposure, records, and inspection.
Choose the original DF2 only when its narrower confirmed portfolio is enough. Use the separate DF2 material guide; do not treat DF2+ support as backward compatibility.
Pause on a coming-soon or unlisted resin. Wait for the released DF2+ profile, exact regional SKU, current supplier instructions, and written application boundaries.
Qualify the actual part, not only a supplier coupon. Include orientation, supports, hollowing, wash access, dry state, cure, dimensions, loads, environment, and aging relevant to the job.
Outsource when the cell is the poor fit. Low recurring volume, difficult chemical controls, many rarely used vats, or specialized inspection and post-processing can outweigh owning another resin process.

Compare the Form 4L material ecosystem for a different professional resin route, the Phrozen Sonic Mega 8K S for large-format vat work, and the Sonic Mini 8K S, Photon Mono 4, or Jupiter SE for other scales and ecosystems. Use the custom-part material chooser and service FAQ for a job-specific route. You can also request a manufacturing quote or review JC's Print Farm services. Those service routes do not prove that a supplier runs a DF2+ or stocks a named resin; confirm process and material in writing.