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316L Stainless Steel

316L Stainless Steel 3D printing material

316L stainless steel is widely used metal 3D printing material. It features excellent corrosion resistance, great oxidation resistance and stable mechanical properties. With good ductility, weldability and easy post-processing, it owns fine high and low temperature adaptability. Finished parts have uniform texture and high surface finish after polishing. Ideal for chemical equipment, food machinery, medical devices, marine parts, pipeline fittings and daily industrial structural components.

Product Specifications & Features

Price: Our professional 316L stainless steel 3D printing service is available starting from only $8.00, providing affordable and reliable metal component customization solutions for diverse industrial demands.
Technology: All finished products are fabricated via mature and stable SLM Selective Laser Melting technology, which ensures full metal powder fusion, dense internal structure and consistent overall performance of printed workpieces.
Build time: The standard production cycle is set at 72 working hours for regular orders to guarantee orderly production flow and stable delivery schedule.
Tolerance: We maintain strict dimensional precision during production. The standard machining tolerance reaches ±0.3mm, while dimension deviation can also be controlled within 0.4% according to actual part specifications.
Wall thickness: The recommended practical wall thickness for stable printing forming is 2.0mm, and the minimum feasible printable wall thickness is limited to 1.5mm.
Maximum size: The largest available printing dimension supports up to 390mm × 390mm × 290mm, satisfying the production needs of medium and large-sized stainless steel structural components.
Strengths: 316L stainless steel material boasts outstanding comprehensive performance. It delivers exceptional corrosion resistance against various corrosive substances, and retains excellent tensile strength and stable mechanical properties even under high-temperature working conditions.
Weaknesses: Raw printed parts naturally come with certain surface roughness accompanied by slight surface pitting marks, with the surface roughness value ranging from Ra 3.2μm to Ra 12μm, which requires subsequent polishing and finishing treatment for smoother appearance.
Applications: It is widely adopted to manufacture all kinds of intricate functional structural parts that feature complex geometric shapes and need to meet strict high-strength usage standards across multiple industrial fields.

Material Properties

 

Measurement
Value
Tensile strength (Mpa) 600
Yield strength (Mpa) 400
Elongation rate (%) 30
Elastic modulus (GPa) 180
Hardness after heat treatment (HRC) 28
Thermal conductivity (W -m-1.K-1) 15.1
Resistivity (Ω -m) 0.73

   

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