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Nylon 12 is a highly capable thermoplastic for a range of functional prototypes.
SLS printing
SLS (Selective Laser Sintering) is a 3D printing technology in which the shaping of the final three-dimensional products is done using a laser that manipulates a special powder.
Objects are built by depositing thin layers of polymer powder, with each layer a laser beam passing through the powder and solidifying it, following a predefined pattern. Unlike FDM or other 3D printing technologies, SLS does not require the use of support structures, as the objects being manufactured are completely surrounded by powder.
SLS technology is ideal for complex structures with moving parts, active mechanics and functional details. It allows for the application of colors during 3D printing, which expands the application possibilities.
Objects are built by depositing thin layers of polymer powder, with each layer a laser beam passing through the powder and solidifying it, following a predefined pattern. Unlike FDM or other 3D printing technologies, SLS does not require the use of support structures, as the objects being manufactured are completely surrounded by powder.
SLS technology is ideal for complex structures with moving parts, active mechanics and functional details. It allows for the application of colors during 3D printing, which expands the application possibilities.
Materials for SLS printing
Nylon 12 GF Powder
Hard, stable, functional parts
Glass-filled material with increased hardness and thermal stability for demanding industrial environments.
Nylon 12 GF is specifically designed for use with Fuse 1
Advantages of Nylon 12 GF
Healthy fixtures / spare parts. Parts subjected to continuous load
Parts subjected to elevated temperatures. Threads and sockets
Hard, stable, functional parts
Glass-filled material with increased hardness and thermal stability for demanding industrial environments.
Nylon 12 GF is specifically designed for use with Fuse 1
Advantages of Nylon 12 GF
Healthy fixtures / spare parts. Parts subjected to continuous load
Parts subjected to elevated temperatures. Threads and sockets
Advantages
Balancing strength and detail, Nylon 12 is an extremely capable material for both functional prototyping and final production of complex assemblies and durable parts with high environmental stability. Our Nylon 12 is specifically designed for use with Fuse 1.
Advantages of Nylon 12
High-throughput prototyping. Small batch production
Permanent fixtures and tools. Biocompatible, sterilizable parts
Advantages of Nylon 12
High-throughput prototyping. Small batch production
Permanent fixtures and tools. Biocompatible, sterilizable parts
High plasticity
Thin walls
Nylon 12 is a highly capable thermoplastic for a range of functional prototypes.
No internal
Nylon 12 is a highly capable thermoplastic for a range of functional prototypes.
Environmental stability
Nylon 12 is a highly capable thermoplastic for a range of functional prototypes.
Properties of materials for SLS printing
Why 3DBGPRINT for SLS printing?
The development of 3D technologies and 3D printing encouraged us to realize our idea and create 3DBGPRINT
The trademark was created back in 2013, and we can boldly say that we were one of the first to introduce the Bulgarian market to innovative technologies in the field.
The main goal of the company is to introduce the Bulgarian market to innovative technologies in the field of 3D technologies. “3DBGPRINT” is an official representative of leading manufacturers of 3D printers and materials. We have our own base for training in 3D technologies and our own 3DLAB for the production of parts using various technologies (FDM, SLS, LCD, PolyJet)
The trademark was created back in 2013, and we can boldly say that we were one of the first to introduce the Bulgarian market to innovative technologies in the field.
The main goal of the company is to introduce the Bulgarian market to innovative technologies in the field of 3D technologies. “3DBGPRINT” is an official representative of leading manufacturers of 3D printers and materials. We have our own base for training in 3D technologies and our own 3DLAB for the production of parts using various technologies (FDM, SLS, LCD, PolyJet)
