What Industrial Parts Are Suitable for SLS 3D Printing?
SLS is more relevant to complex structures, support-free forming, low-volume production, multiple variants, functional-part production and material-process validation; for simple large parts or very high-volume commodity plastics, it is better evaluated together with traditional routes.
Why Are PPS, PEEK and Other High-performance Polymers Suitable for SLS Process Validation?
PPS, PEEK and PEKK are often linked to high-temperature, flame-retardant, insulation, complex-structure and high-failure-cost applications, where SLS can help evaluate material, structure and application fit at an early stage.
Why Is Selective Laser Sintering Suitable for Low-volume New-energy Validation?
New-energy insulation validation often involves multiple variants, tight schedules, complex structures and high testing cost. PPS provides a material basis for temperature resistance, flame-retardant and insulation-oriented applications, making SLS useful for low-volume validation and complex-structure trials.
Elastomer manufacturing capability from advanced customization to scaled production
For advanced customization, limited releases, footwear, sports equipment and industrial flexible parts, Sinter3D builds elastomer SLS capability from multi-style low-volume production to stable batch delivery.
TCT Asia: Polymer SLS Systems, Materials and Application Samples
Presenting polymer SLS systems, material samples and industrial application capability.
100% PA12 reused-powder printing capability
100% PA12 reused-powder printing capability demonstrates powder reuse, cost control and process stability for application evaluation.
PPS, PEEK and reinforced composites
PPS and PEEK and other ultra-high-temperature systems have started batch delivery, supporting PEEK lattice parts and PPS applications; glass-bead / glass-fiber and carbon-fiber reinforced composites support stiffness, dimensional stability and lightweight functional parts.