additivecompareIndustrial FFF benchmark

Raise3D Pro3 Plus

An open-material FFF printer with a 300 × 300 × 605 mm build volume, a 300 °C nozzle and an unheated enclosure. Doesn't fully qualify for any of the engineering materials we track.

Open material ecosystem

Specifications

Build envelope300 × 300 × 605 mm
Build volume54.5 L
Max nozzle temperature300 °C
ChamberEnclosed, not heated
Max print speed150 mm/s (manufacturer claim)
Exterior size620 × 626 × 1105 mm
Exterior volume429 L
Envelope efficiency12.7 % (build ÷ exterior volume)
Material ecosystemOpen material ecosystem
Independent dual extrusionNo
Continuous fiberNo
Price  Tier 3 of 5 · About $7,599 (Starting price, Aniwaa)
StatusCurrent

Dual-extrusion enclosed machine with a tall 605 mm Z axis for long fixtures. Aniwaa lists a 70 °C chamber; Raise3D does not market an active chamber heater, so it is treated here as an unheated enclosure.

Open in the trade-off mapSee it in the full table

Material qualification

MaterialStatusHeadroom
ASA / ABSNozzle ≥ 250 °C, chamber ≥ 45 °CMarginalNozzle +50 °C, no active chamber heat
Polycarbonate (PC)Nozzle ≥ 270 °C, chamber ≥ 60 °CMarginalNozzle +30 °C, no active chamber heat
Nylon CF (PA-CF)Nozzle ≥ 280 °C, chamber ≥ 50 °CMarginalNozzle +20 °C, no active chamber heat
PPS-CFNozzle ≥ 320 °C, chamber ≥ 90 °CNozzle too coldNozzle −20 °C, no active chamber heat
ULTEM 9085 (PEI)Nozzle ≥ 360 °C, chamber ≥ 90 °CNozzle too coldNozzle −60 °C, no active chamber heat
PEKKNozzle ≥ 360 °C, chamber ≥ 90 °CNozzle too coldNozzle −60 °C, no active chamber heat
PEEKNozzle ≥ 400 °C, chamber ≥ 100 °CNozzle too coldNozzle −100 °C, no active chamber heat

How qualification works

Sources

Verified October 31, 2026. Spot an error? Email data@additivecompare.com with a source.

Other printers in price tier 3 ($3,000 to $8,000)

PrinterBuild volume (L)Nozzle (°C)Active chamber (°C)Exterior (L)Price tier
Prusa Research XL (5-tool)Open material ecosystem 46.7290—454
BCN3D Epsilon W50Open material ecosystem · IDEX 50.4300—329