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ABS Plastic

ABS Plastic 3D printing

ABS is a robust engineering plastic renowned for exceptional toughness and superior impact resistance, making it a staple material for mechanical and structural 3D printing applications. It delivers reliable heat tolerance and outstanding surface smoothness, producing clean, precise parts with minimal post-processing requirements. Optimized for fused deposition modeling, the material features excellent printability, extremely low warpage, and strong interlayer bonding, effectively preventing layer delamination and structural deformation during prolonged printing cycles. With balanced rigidity and ductility, ABS maintains stable mechanical performance under impact, friction and moderate thermal stress. It consistently achieves high quality 3d printing results, widely used for functional mechanical components, durable toy parts, electronic housings and load-bearing structural assemblies, perfectly supporting industrial rapid prototyping via professional fdm printing service.

   

Product Specifications & Features

Price: Our ABS Plastic 3D printing service starts at an affordable price of $3.00, delivering reliable, cost-effective solutions for both prototype development and low-to-medium volume production parts.
Technology: Manufactured using mature FDM (Fused Deposition Modeling) technology, a widely adopted industrial 3D printing process that ensures stable molding quality, consistent layer adhesion, and dependable mechanical performance.
Build time: The standard production lead time ranges from 72 to 96 hours. For batch orders, the manufacturing period will be extended by 1 to 3 additional days to guarantee consistent quality and precise execution.
Tolerance: Strict dimensional accuracy is maintained throughout production. The tolerance is ±0.3mm for dimensions ≤100mm, or within 0.4% for dimensions exceeding 100mm.
Wall thickness: Recommended minimum wall thickness is 1.6mm for optimal structural strength and print stability; the absolute minimum wall thickness is 1.2mm for lightweight or simplified designs.
Maximum build size: The maximum printable dimension is 580mm × 480mm × 480mm, supporting the production of large-scale functional components and assembly parts.
Heat deflection temp: Boasts a reliable heat deflection temperature of 98°C, ensuring stable structural integrity and consistent performance under elevated working temperatures.
Characteristics: Durable construction, excellent high-temperature resistance, balanced toughness, and reliable comprehensive mechanical properties. Features a natural textured surface typical of FDM printing. Ideal for manufacturing simple functional components and parts requiring thick wall sections.
Applications: Perfect for functional prototypes, low-to-medium volume production parts, automotive components, household appliances, and a wide range of general engineering applications.

Material Properties

 

Measurement
Test Method
Value
Heat deflection temperature ISO 75 1.8MPa 98°C
Flexural strength ISO 178 65.5MPa
Flexural modulus ISO 178 1,530MPa
Impact strength notched Izod ISO 179 16.4KJ/m²
Hardness Shore D ASTM D2240 65
Young's modulus ISO 527 1847MPa
Tensile strength ISO 527 28.8MPa
Elongation at break ISO 527 3.8%
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