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Fused Deposition Modeling (FDM)

FDM Materials 3D Printing

Fused deposition modeling (FDM) is a well‑established additive manufacturing technology that builds solid 3D components by depositing extruded, heated thermoplastic filament in successive layers. Its key advantages include low overall cost, abundant material supply, competent mechanical behaviour and good long‑term durability. These strengths make it highly suitable for concept visualisation models, functional test samples, jigs, fixtures, custom tooling and low‑volume end‑use components. Featuring robust stability and easy setup, FDM supports comprehensive engineering plastic portfolios to support stable industrial‑scale fabrication.

Engineers frequently leverage this mature technology for rapid prototyping and rapid manufacturing 3d printing. You can submit your design files online to generate an instant 3d printing quote, so you can quickly evaluate project budgets before commencing physical production.

FDM ABS White is a general-purpose engineering thermoplastic filament for FDM 3D printing. It features high strength, good toughness, excellent impact resistance and moderate heat resistance. With stable printing performance, low warpage and smooth surface finish, it delivers outstanding dimensional accuracy. Widely used for concept models, functional prototypes, mechanical parts, electronic housings, jigs and fixtures. Easy to sand, polish and paint for ideal post-processing results.

FDM ABS Black is a high-performance engineering filament for FDM 3D printing. It delivers high mechanical strength, outstanding toughness, great impact resistance and good heat resistance. With low shrinkage, minimal warpage and smooth surface finish, it maintains excellent dimensional stability. Suitable for functional prototypes, mechanical structural parts, electronic enclosures, daily-use components and display models. It supports easy sanding, polishing and painting for perfect post-processing.

TPU Plastic is a flexible, elastic thermoplastic polyurethane material for 3D printing. It combines outstanding toughness, abrasion resistance, oil resistance and low-temperature flexibility. With excellent tear strength and good shock absorption, TPU is perfect for elastic parts, soft cushion components, protective covers, wearable devices, gaskets and industrial flexible accessories. It features stable printing performance and great compatibility with FDM printers, and supports post-processing such as cutting and gluing.

FDM ABS White
FDM ABS White FDM ABS White
FDM ABS White
FDM ABS Black FDM ABS Black
FDM ABS Black
FDM ABS Black FDM ABS Black
FDM ABS Black
TPU Plastic TPU Plastic
TPU Plastic

Design Guidelines for FDM

Features
Recommended Size
Minimum Build Size 30mm*30mm*15mm
Maximum Build Size 550mm*480mm*480mm
Recommended wall thickness 1.2mm
Minimum Embossed & Engraved Details 1.0 mm deep & 1.0 mm wide
Minimum Clearance (between parts that will be assembled together) 0.5mm
Minimum Clearance (between two moving or connecting parts) 0.5mm
Threads Design Thread pitch - 1.0mm
Minimum Escape Hole Diameter 2.5mm
Minimum Holes design 3.0mm
Minimum column design 2.5mm

   

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