Industrial 3D Printing Selective Laser Sintering (SLS)
Industrial-grade SLS 3D printing technology is driving the transformation from traditional manufacturing to digital additive manufacturing.
By breaking the limitations of molds, improving prototyping efficiency, addressing complex structural requirements, and enhancing the circular use of eco-friendly materials, this technology has become the preferred solution for rapid prototyping and custom manufacturing, while also demonstrating exceptional performance in key industries such as aerospace, automotive, and medical.
Through precise laser sintering and full digital workflow, SLS 3D printing fundamentally overcomes challenges such as high tooling costs, production delays, and inconsistent quality. As a result, it shortens time-to-market, enables breakthroughs in prototype design and custom production, and empowers companies to stand out in a competitive market—making it an ideal choice for manufacturing transformation and industrial upgrading.
Adopting 3D Printing Technology to Unlock Comprehensive Benefits:
-- Reduced Production Costs:
3D printing technology lowers production costs by up to 80%.
--Lower Tooling Expenses:
Traditional mold development and mass production take 2–3 months, whereas production-ready 3D printing delivers samples in just 1 day—much faster than tooling.
--Shortened Production Cycles:
3D printing reduces production cycles from over 30 days to less than 7 days.
--Improved Product Quality:
3D printing enables higher dimensional accuracy and finer feature resolution, with parts passing functional tests for temperature, impact, and fatigue.
--Full Customization:
3D printing allows for fully customized production, accelerating design validation and iteration.
Basso Industrial-grade SLS 3D Printing Features:
--Build chamber size: 400 x 400 x 450 mm
--Printing efficiency is 50%–90% higher than Flight single-laser systems
--Single print job can run up to 10 hours
--Two print batches can be completed in one day
--Customized layer thickness capability up to 0.3 mm
--Laser 3D Dynamic Focusing Marking Technology
--Advantages of Laser Dynamic Focusing
--Dual APL (Dual Sintering Technology)
Polymer 3D Printing Materials:
--PA12 NYLON
--PA12 NYLON+GB (Nylon 12 Glass Beads)
