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FDM 3D Printing

Name: FDM 3D Printing
Brand: FabLayers
Price: 9.0 INR
Availability: InStock

Price 9.0 INR/ Piece

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MOQ : 1 Piece

FDM 3D Printing Specification

Surface Finish
Smooth/Layered FDM Finish

Style
Industrial/Architectural Model

Model No
Bambu Lab X1 (3D Printer Model)

Weight
Depends on infill and part density (not specified)

Power Type
Electric (powered 3D printer)

Size
Large format (fits 320 x 325 mm plate)

Use
Prototype modeling, educational display, engineering demonstration

Assembly
Single build, no manual assembly required post-print

Features
High build volume, multicolor print head, support structure printing, precise layer resolution

Type
FDM (Fused Deposition Modeling) 3D Printing

Material
PLA , ABS

Dimensions
10 Foot (ft)

Shape
Custom architectural/model structure

Color
Multicolor (yellow, blue, red, white, pink, etc.)

Function
3D printed scale model for coke oven or industrial plant simulation

Age
All ages (suitable for demonstration and educational purposes)

Advantage
High precision, multi-color capability, intricate detail, rapid prototyping

Build Plate Type
Heated, removable, and magnetic build plate

Control Interface
Touchscreen panel, Wi-Fi connectivity

Nozzle Diameter
0.4 mm standard

Operating Temperature
190-220C (PLA printing)

Filament Diameter
1.75 mm standard

Printer Model
Bambu Lab X1 series

Layer Resolution
Up to 0.05 mm (depends on printer settings)

Printing Technology
Fused Deposition Modeling (FDM)

Support Material
Same material (PLA) with dissolvable or breakaway supports

Maximum Print Speed
Up to 500 mm/s (Bambu Lab specification dependent)

FDM 3D Printing About

Our 3D Printed Architectural Models are professionally designed and manufactured to provide a clear, detailed, and realistic representation of buildings, campuses, townships, industrial layouts, infrastructure projects, and master plans. These models are ideal for architects, builders, developers, educational institutions, engineering firms, government projects, exhibitions, and client presentations.

Using modern 3D printing technology, we can produce everything from individual building models to large-scale site layouts containing roads, landscaping, open spaces, multiple buildings, boundary elements, and other architectural details. Models can be produced in multiple colours to clearly differentiate structures, roads, green areas, terrain, and other project components.

We offer customized architectural model manufacturing based on customer-provided CAD drawings, 3D models, plans, elevations, or other design data. Large projects can also be manufactured in multiple accurately aligned sections for easier transportation, assembly, and presentation.

Our architectural models are suitable for project visualization, real estate presentations, urban planning, campus planning, industrial layouts, architectural exhibitions, educational projects, design reviews, and scale-model displays.

Key Features: High-detail 3D printing, customized scale and dimensions, multicolour options, complex building and site modelling, modular models for large projects, clean architectural detailing, and custom manufacturing as per project requirements.

Advanced FDM Technology Meets Versatility

Utilizing the Bambu Lab X1 series, our FDM 3D printing service harnesses advanced technology to offer both precision and flexibility. Capable of printing at layer resolutions as fine as 0.05 mm, this printer allows multi-color fabrication, producing eye-catching and detailed prototypes and educational models. The heated, magnetic plate ensures reliable adhesion and easy removal, delivering a hassle-free experience.

Tailored for Industrial and Architectural Demonstrations

Our FDM prints are designed to meet the rigorous demands of industrial and architectural modeling. With the ability to print large models (up to 320 x 325 mm), produce intricate details, and add vibrant colors, these builds are ideal for showcasing complex simulations such as coke ovens or plant layouts. The robust material compatibility provides versatility across various educational and professional scenarios.

FAQ's of FDM 3D Printing:

Q: How does the FDM 3D printing process work with the Bambu Lab X1 series?

A: The FDM process involves melting thermoplastic filament (PLA or ABS) through a heated nozzle and depositing it layer by layer onto the magnetic build plate, following the digital design. The Bambu Lab X1 controls this process precisely using its touchscreen interface and Wi-Fi connectivity, ensuring accurate, repeatable results.

Q: What benefits does using this FDM printer offer for industrial or architectural models?

A: This printer provides high-resolution, multicolor, and large-format capabilities, enabling the creation of visually striking, detailed, and durable models. Its rapid print speed and heated build plate also contribute to quick turnaround and reliable print quality, making it excellent for prototypes, demonstrations, and displays.

Q: Which materials can be used with this printer and what types of models are suitable?

A: The Bambu Lab X1 supports standard 1.75 mm PLA and ABS filaments. It excels in producing custom architectural structures, industrial plant models, and scale prototypes, making it suitable for both educational and engineering applications.

Q: When should dissolvable or breakaway supports be used during printing?

A: Dissolvable or breakaway supports in PLA material are employed for overhangs or complex geometries, ensuring clean surfaces and intricate details without manual post-processing, which is especially valuable for detailed architectural models.

Q: Where is the best environment to operate the Bambu Lab X1?

A: Operate the printer in a clean, well-ventilated area with a stable power supply. Ensure suitable space (the dimensions allow for large-format models) to accommodate the 10-foot footprint and facilitate Wi-Fi connectivity for remote control and monitoring.

Q: What is the typical usage process from model design to finished print?

A: Start by preparing your 3D model in compatible software, export it to the printer, and set desired parameters via the touchscreen. The printer builds your model layer by layer, using heated filament and support structures as needed. Once complete, the model is easily removed thanks to the magnetic plate design without the need for further assembly.

Q: Can users benefit from the high print speed and multi-color feature for complex projects?

A: Yes, the combination of speeds up to 500 mm/s and multi-color filament handling enhances workflow, reduces production time, and enables more expressive designs-making the printer ideal for fast, detailed prototypes or educational displays requiring vivid detail and quick delivery.

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