Smart One Plus FDM 3D Printer Smart One Plus FDM 3D Printer Smart One Plus FDM 3D Printer Smart One Plus FDM 3D Printer
Smart One Plus FDM 3D Printer
Smart One Plus FDM 3D Printer Smart One Plus FDM 3D Printer Smart One Plus FDM 3D Printer

Smart One Plus FDM 3D Printer

700000.0 INR/Number

Product Details:

  • Product Type FFF Based 3D Printer
  • Printing Speed 0.02 m/s
  • Warranty 1 Yr
  • Usage Form and Fitment Testing, Jigs and Fixtures, Rapid Prototyping, Complex Geometry Visualization, Material Research, Educational/Research application
  • Dimension (L*W*H) 600*600*1190 Millimeter (mm)
  • Print Size 300*300*500 mm
  • Printer Type 3D Printer
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Smart One Plus FDM 3D Printer Price And Quantity

  • 1 Number
  • 700000.0 INR/Number

Smart One Plus FDM 3D Printer Product Specifications

  • 300*300*500 mm
  • 230 Volt (v)
  • 3D Printer
  • Thermal Runaway Protection, Smart Remote Control & Monitoring, Ultra-Precise Mesh Bed Leveling, Dual Independent Filament Detection, On-The-Fly Parameter Adjustment, Live Z-Axis Micro-Tuning, Integrated Storage Compartment, Active Heated Chamber, Advanced Air Filtration, Dedicated Web UI
  • FFF Based 3D Printer
  • 0.02 m/s
  • 1 Yr
  • Form and Fitment Testing, Jigs and Fixtures, Rapid Prototyping, Complex Geometry Visualization, Material Research, Educational/Research application
  • 600*600*1190 Millimeter (mm)
  • 0.3 to 1 mm
  • Automotive, Aerospace, Healthcare, Jigs and Fixtures, Electronics, Education, Agri-tech
  • Fused Filament Fabrication
  • Digital
  • 80 Kilograms (kg)
  • STD Polymers - PLA, ABS, PETG, Wood Fill, TPU, TPE, PC, Nylon ENGG Polymers - ASA, Carbon Fiber Infused, Glass Fiber Infused, ULTEM, PEEK, PP, PC-ABS, Nylon Composites Support Polymers - HIPS, PVA, Aquateck PVA, Thermax HTS High Temp Ceramic- White Zirconia, Black Zirconia, Alumina, Silicon Carbide Metal - SS-17-4, SS-316-L, Copper, Bronze, Inconel 718, H13

Smart One Plus FDM 3D Printer Trade Information

  • 2 Number Per Week
  • 40 Days

Product Description

With part costs, build speeds, accuracy, surface finish, and material properties finally rivaling traditional manufacturing methods, 4DS Smart One BIG is becoming a viable alternative traditional manufacturing process.

Benefits

1. Large Build Volume

  • Offers significantly larger build size (300x300x500 mm) an typical desktop machines, enabling printing of bigger prototypes or functional components without splitting models. 


2. Dual-Nozzle Capability

  • Allows printing two colors or materials in one job (e.g., support material + model or dual-color parts). 


3. Broad Material Compatibility

  • Works with standard thermoplastics such as PLA, ABS, PETG, TPU, and similar filaments, enabling diverse part properties (rigid, flexible, durable). 


4. Adjustable Print Parameters

  • Wide temperature range (up to ~360 C) supports higher-performance filaments when paired with appropriate hotends. 


5. Resume & Smart Detection Features

  • Often includes features like power-outage resume and filament run-out detection for long prints. (common in industrial FDM machines) 


6. Industrial/Institutional Use

  • Designed for prototyping, R&D, manufacturing labs, and education, bridging the gap between desktop and heavy industrial systems. 


Typical Applications

  Product Prototyping

  • Rapid creation of large prototypes for form/fit/function testing in automotive, aerospace, product design, and manufacturing. 

Concept & Functional Parts

  • Functional parts for fixtures, jigs, tooling, or end-use components where size matters. 

Architectural Models

  • Large architecture mockups and scale models that require extended print height and volume. 

Education, Labs, Research

  • Used by institutions for research, additive manufacturing coursework, and material experimentation. 

Large Art & Design

  • Ideal for sculptures, design pieces, and creative projects needing bigger build space. 


 Usage & Workflow (Typical)

  1. Design in CAD:
    Create a 3D model (.STL, .OBJ) in CAD software.

  2. Slicing:
    Import model in slicer (e.g., Cura, PrusaSlicer) and set parameters like layer height, temperature, infill, and supports.

  3. Printer Setup:
    Load filament(s), level bed, and configure build parameters.

  4. Printing:
    Start print via USB/SD card. Monitor the job, especially on large builds.

  5. Post-Processing:
    Remove supports, clean, and finish prints (sanding, painting, assembly as needed).


FAQs

Q1: What materials can Smart One Big print?

A: Standard thermoplastics like PLA, ABS, PETG, TPU, and similar filaments. Material support may expand depending on hotend and filament brand. 


Q2: Does it support dual-color or dual-material printing?
A: Yes configurations with dual nozzles allow multi-material or multi-color prints.


Q3: How large can the printer print?
A: Typical build volume listed is around 300 300 500 mm, but this may vary by specific model or regional supplier. 


Q4: Is this industrial-grade?
A: Yes designed for industrial, institutional, and professional workflows with smart features like resume on power loss and filament detection. 


Q5: What software is compatible?
A: Compatible with standard FDM slicers including Cura, PrusaSlicer, and others that output G-code. Software support typically covers

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