A Free AM Material Database for 3D Printing Materials
HexaSheets is a free AM Material Database and 3D-Printing Database with searchable, filterable mechanical properties for additive manufacturing materials.
Finding reliable material data has always been one of the frustrating parts of additive manufacturing. Engineers, designers, and researchers often need a simple answer to a practical question: which 3D printing material has the strength, stiffness, elongation, heat resistance, or process compatibility needed for this part?
For a long time, there was no great accessible database for this. Material data lived across supplier PDFs, scattered datasheets, marketing pages, and incomplete comparison tables. Even when the values were available, they were difficult to compare because properties were reported with different test norms, units, print orientations, and conditioning details.
HexaSheets changes that with a free AM Material Database built specifically for additive manufacturing and industrial 3D printing.
Why Additive Manufacturing Needed a Better Material Database
Additive manufacturing materials are not interchangeable just because they share a generic name. Two PA12 powders, two TPU filaments, or two photopolymer resins can behave very differently depending on supplier, machine process, print orientation, post-processing, and test conditions.
That makes material selection harder than it should be. A useful 3D-Printing Database needs more than a list of material names. It needs structured data that helps users compare the properties that actually influence part performance.
Important material properties include:
- Tensile strength
- Elongation at break
- Young's modulus
- Flexural modulus
- Impact strength
- Heat deflection temperature
- Density
- Process compatibility
- Supplier and product information
Without searchable and filterable access to this data, material selection becomes slow, manual, and error-prone.
HexaSheets: A Free AM Material Database
HexaSheets is designed as a free and accessible material database for additive manufacturing. Instead of forcing users to open dozens of datasheets, it brings important material properties into one searchable interface. You can explore the HexaSheets material database directly and start comparing real additive manufacturing materials.
Users can search for materials, filter by relevant properties, and compare options across common AM processes. That makes it easier to find candidates for SLS, MJF, FDM, SLA, and other 3D printing technologies.
The goal is simple: make additive manufacturing material data easier to access, easier to filter, and easier to use in real engineering decisions.
Searchable and Filterable Mechanical Properties
A modern AM Material Database should support the way engineers actually work. Sometimes the question starts with a material name, such as PA12, PA11, TPU, ABS, or aluminum. Other times the question starts with a requirement, such as high elongation, high tensile strength, low density, or a specific thermal performance range.
HexaSheets supports both workflows. Search helps users quickly find known materials and products, while filters help users discover materials that match a target property profile. For example, this 3D printing material entry shows how a material page can bring key mechanical data into a single, accessible view.
This is especially useful when comparing additive manufacturing materials across suppliers. A searchable 3D-Printing Database reduces the time spent collecting data and increases the time available for making better design decisions.
Built for Engineers, Designers, and AM Teams
Reliable material selection matters across the entire additive manufacturing workflow. Product engineers need confidence that a printed part can survive its mechanical loads. Designers need to understand tradeoffs between stiffness, flexibility, strength, and weight. AM teams need to compare supplier options and communicate material choices clearly.
HexaSheets helps by making the underlying data easier to inspect. Instead of treating datasheets as isolated documents, the database turns material properties into structured information that can be searched, filtered, and compared.
Why Free Access Matters
Open and accessible material data can improve the quality of additive manufacturing decisions. When engineers can quickly explore alternatives, they are more likely to choose materials based on actual performance requirements instead of availability, habit, or incomplete information.
That is why a free AM Material Database matters. It lowers the barrier for students, researchers, startups, and professional engineering teams that need fast access to 3D printing material data.
Find 3D Printing Materials Faster
If you are searching for an AM Material Database or a 3D-Printing Database, HexaSheets provides a free way to explore additive manufacturing materials and their important mechanical properties.
Use the free 3D printing material database to search materials, filter by engineering requirements, and compare options for your next 3D printed part. You can also open a specific example material in HexaSheets to see how structured AM material data is presented.