Zmorph i500 3D Printer - Precision for Industrial 3D Printing

THE ZMORPH i500 HIGH-PERFORMANCE 3D PRINTER FEATURES THE LARGE BUILD VOLUME, DUAL EXTRUSION TECHNOLOGY, INDUSTRIAL-GRADE CONSTRUCTION, AND PRECISE PERFORMANCE REQUIRED FOR THE MOST DEMANDING 3D PRINTING APPLICATIONS.   Available for Pre-order expected in stock date of July 2022      ZMORPH i500 KEY FEATURES: Dual material 3D printing - i500 features a full metal Dual Drive Dual Extruder with Nozzle Lifting System, giving it the ability to print complex models with soluble support material. Industrial build volume - print large functional prototypes or multiple models in one run.  The i500 has the capacity to 3D print models up to 460mm x 300mm x 500mm in single material mode or 440mm x 300mm x 500mm in dual material mode. Wide material compatibility - i500 supports extruder temperatures up to 300°C and has a build surface that heats up to 130°C, making it compatible with a wide variety of 1.75mm filament materials for 3D printing, including PLA, ABS, PET, Nylon, PVA, ASA, TPE, PC/ABS, HIPS, and more. i500 supports third-party materials. Fully enclosed print chamber - The i500's fully enclosed chamber ensures stable conditions for 3D printing, so it delivers the best possible results. Voxelizer Industry slicing software - Zmorph's specially designed slicing software for the i500, optimized for professional 3D printing applications, including dual material printing complex geometries with soluble support materials ...AND i500 HAS EVEN MORE TO OFFER: Assisted build plate leveling End of material detection Pressure measurement system monitors material flow User-friendly 7" touchscreen interface Network connectivity through Wifi or ethernet Built-in Material Station - fits up to two 2.5 kg spools of filament Automatic Filament Loading System / AFLS Onboard camera for remote monitoring via Zmorph Hub Air flow and filtration system with an input G4 filter, which prevents dust from entering the chamber, and a dual HEPA/carbon output filter, which catches small particles and fumes Electric door lock to prevent unauthorized access to the work area during the print process Brass brush and teflon scraper automatically remove nozzle waste Easy  to maintain and service - field-replaceable consumable parts Automatic firmware updates when connected to the internet 1 year limited warranty, with option to purchase a 2-year extension (3 years total) ZMORPH i500 TECHNICAL SPECIFICATIONS  WEIGHT & PHYSICAL DIMENSIONS 3D printer 703 x 507 x 1075 [mm] Shipping package dimensions 800 x 600 x 1200 [mm] Shipping weight Approximately 155 lb 3D printer weight Approximately 120 lb 3D PRINTING PARAMETERS Technology FFF (Fused Filament Fabrication) Toolhead Single material 1.75 [mm], Dual material 1.75 [mm] Layer resolution 0.05 - 0.4 [mm] Maximum extruder temperature 300 [°C] Work area (single material) 460 x 300 x 500 [mm] Work area (dual material) 440 x 300 x 500 [mm] Maximum bed temperature 130 [°C] Minimum wall thickness 0.4 [mm] Dimensional accuracy +/- 0.2 [mm] Work area leveling method Semi-automatic Material form Spool Material diameter 1.75 [mm] Nozzle diameter 0.4 (model), 0.6 (support) [mm] Support Mechanically or chemically removed- printed with build or support material Connectivity USB (pendrive), Ethernet, WiFi Available materials PLA, ABS, PET, Nylon, PVA, ASA, TPE, PC/ABS, HIPS, and more Third-party materials Supported Work speed 10 - 110 [mm/s] Travel speed 350 [mm/s] TEMPERATURE PARAMETERS Ambient operation temperature 15 - 30 [°C] Storage temperature -10 ~ 40 [°C] ELECTRICAL PARAMETERS Input current 110 [VAC] ~ 9-10 [A] 50/60 [Hz]240 [VAC] ~ 5 [A] 50/60 [Hz] Maximum power consumption 1000 [W] SOFTWARE PARAMETERS Type of software Original, dedicated Supported file formats STL, OBJ AIR FILTRATION PARAMETERS Output filter type HEPA/Carbon Input filter type G4 (anti-dust) Ventilation power 3.1 [W] Filter dimensions 80 x 80 x 25 [mm] Filtration control Temperature OTHER Toolhead changing system Nozzle Lifting System Nozzle Waste Remover Brass brushes and Teflon scrapers Filament loading Automatic Filament Loading System End of material detection Filament sensors