Raise3D Pro3 HS Series 3D Printer
Raise3D Pro3 HS Series 3D Printer
1 Year
Warranty
7 Days
Replacement
In House
Repairs
Sealed
Packed
High-speed composite production.
Cut execution cycles by up to 70%.
The Raise3D Pro3 HS Series introduces native Hyper FFF® processing straight out of the box, slashing manufacturing timelines by 30% to 70%. By matching a massive high-flowrate hotend with a highly precise active vibration reduction algorithm, this system sustains true 200–300 mm/s execution sweeps on high-performance carbon and glass fiber elements without sacrificing interlayer structural boundaries.
Closed-loop stepper motor.
Zero lost layers during rapid indexing.
High-speed industrial printing breaks down if standard motors drop step alignments. The Pro3 HS Series upgrades its motion engine to full closed-loop stepper motor regulation, constantly verifying toolhead tracking parameters. Complemented by high-strength double-diaphragm couplings and an optimized rigid drive shaft, it isolates kinematic resonance to drop operating noises by 27%.
Auto filament switching.
Up to 120 hours of continuous production.
Maximize workshop output metrics without demanding continuous manual hours. The Pro3 HS Series features an automated filament switching routine: when one primary spool triggers empty, the dual-lifting extruder shifts seamlessly to a secondary backup spool. Supporting dual large-format 2.5kg storage vaults, it executes complex carbon builds up to 5kg completely unmonitored.
Silicon Carbide nozzle optimization.
Suppresses abrasive composite wear.
Industrial fiber-reinforced plastics break down weak brass hotends. The Pro3 HS Series introduces a strengthened all-metal hotend matrix engineered for lines up to 320°C. Compatible with elite Silicon Carbide (SiC) nozzles, it resists high abrasion factors from carbon-fiber and glass-fiber matrices (Hyper Core PPA CF/GF, ABS CF) while preserving smooth volumetric flow rates.
Industrial workspace frameworks.
→ Swipe to scroll engineering modules
Pro3 HS Desktop vs Pro3 Plus HS Tall.
Raise3D Pro3 HS
Standard Scale Industrial Workflow
Raise3D Pro3 Plus HS
Expanded Vertical Scale Engine
Technical Specification.
Need to know.
How do the active vibration reduction routines ensure structural precision at 300 mm/s?+
High-speed toolhead shifts cause frame ringing, leading to superficial echoes or surface ripples. Hyper FFF® technology leverages an internal structural accelerometer array to measure toolhead momentum forces. The motion controller introduces real-time phase-shifted counter-pulses to neutralize structural resonance, delivering clean, sharp surfaces at maximum speeds.
What specific material grades are optimized under the Open Filament Program (OFP)?+
The Pro3 HS Series runs a vast range of engineering filaments. Beyond its native Hyper Speed profiles (PLA/ABS) and fast-cooling Hyper Core matrices (PPA CF, PPA GF, ABS CF), Raise3D’s Open Filament Program validates extensive third-party engineering lines. This includes high-performance carbon composites, flame-retardant polymers, ESD-safe lines, and structural support resins.
How do the magnetic buildplate and bed leveling handle thermal warping during large builds?+
Large engineering parts create intense contraction forces as they solidify. The updated build plate uses a thinner 1mm spring steel sheet anchored by high-force rare-earth magnets to flatten parts completely. Before a job begins, automated mesh bed leveling maps flatness variables across an index grid, correcting structural z-axis deviations to eliminate warping bugs.
Where can I receive immediate authorized maintenance or tracking calibrations inside India?+
Your industrial hardware investment is fully secured by our domestic logistics partnership channels and authorized network checks. If any internal mainboard drivers, closed-loop steppers, or thermal blocks require technical assessment, hardware servicing is fulfilled cleanly directly at our primary regional diagnostics plant in Sector 66, Gurugram.
