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Creality CR-5 Pro H 3D Printer – 300×225×380 mm volume, 300 °C extruder, Fully Enclosed Chamber Complete Technical Specifications Printing Technology FDM / FFFPrinting Volume 300 × 225 × 380 mmMaximum Nozzle Temperature 300 °CMaximum Heated Bed Temperature 110 °CSupported Filament 1.75 mmBowden Type Extruder with Dual Drive SystemBed Type: Heated Carborundum Glass BedFully Enclosed Chamber for Thermal StabilityAutomatic BLTouch LevelingFilament Run-out SensorResume Printing Function after Power InterruptionControl via TouchscreenCompatible Materials: PLA, ABS, PETG, Nylon and othersRigid Metal StructureInterior LED LightingApproximate Printer Dimensions 530 × 487 × 612 mmNet Weight approximately 32.5 kg General Description The Creality CR-5 Pro H is the "High-Temp" version of the CR-5 Pro, designed for printing demanding filaments that require high temperatures. The model combines a significant print volume with a full enclosure, which helps stabilize the internal temperature and reduces warping in materials with contraction. The extruder can reach 300 °C, allowing the use of advanced materials such as nylon or composites. Automatic leveling, filament sensor, and print resume function add convenience and safety to the user. Applications and Use Cases The printer is suitable for prototyping workshops, industrial design, mechanical engineering, and research, where high-performance materials and functional parts are required. In educational settings, it can be used for advanced laboratories, university projects, and digital manufacturing courses. For SMEs and design offices, the CR-5 Pro H offers a robust solution for small batch production, design validation, and final parts with technical materials. Main Advantages Allows the use of technical filaments at high temperaturesGenerous printing volume combined with a thermally stable enclosureAutomatic leveling and smart functions that reduce manual interventionPrecise control and reliability under demanding conditionsIdeal for advanced projects, technical prototypes, and digital manufacturing

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