316L Stainless Steel
316L Stainless Steel is one of the most popular stainless steel grades used in 3D printing. This material has better mechanical properties thanks to the high-temperature gradient and fast solidification rate, though some printers can print with 17-4 PH as well. 316L Steel is a robust metal with a rough, pitted surface. 316L Steel is available in a variety of polished and matte finishes and is good for a wide range of applications, including jewellery, functional parts, and small sculptures
316L Stainless Steel
Overview
Surface&Finish
Design Guide
Technical Specification
Overview
Colors
Characteristics
Details60%
Strength
Popular80%
Flexibility40%
Price60%
Feature
316L is one of the most popular stainless steel grades used in 3D printing. This material has better mechanical properties thanks to the high-temperature gradient and fast solidification rate
though some printers can print with 17-4 PH as well.
Selective Laser Melting (SLM) 3D printing with stainless steel - the powdered material gets melted together layer by layer resulting in a final part. Compared to machining
details appear a bit weaker and more porous. However
through 3D printing
it is possible to achieve more complicated geometries and structures of metal
which would be impossible to machine or form with other manufacturing methods. SLM is suitable for prototypes and small batches of parts from stainless steel.
316L Stainless Steel is good material for printing both functional and spare parts in 3D. The material is easy to maintain because it attracts little dirt and the presence of chrome gives it the added benefit of never rusting.
316L Stainless Steel is used to offer solid pieces and essential hygienics in several industries such as the medical
aeronautical
automobile
and domestic products industries.
Key Data
| Maximum Size | Default Layer Height | Optional Layer Height | Tolerance | Heat Endurance |
|---|---|---|---|---|
| 280x280x350mm | 0.1mm | 0.3mm | 0.2%*L | 50-60 |
Properties
Industrial GradeHigh StrengthChemical ResistantHeat ResistantFunctional
Suitables
Functional prototypes and end products,Moving and assembled parts,Cases,Holders,Adapters,Form and fit testing,Functional prototyping and testing
Not Suitables
Complex designs with intricate details
Large models
Cavities within design (unless making use of escape holes)
Low-cost prototype
