The FF-M300 integrates industrial production capability into a compact system, reducing space requirements and simplifying installation, commissioning, and production-line deployment.
Advanced LFPT laser-following powder recoating technology coordinates laser processing with powder spreading to reduce non-productive time and improve overall manufacturing efficiency by up to 30%.
The 300 × 300 × 400 mm build volume supports large components and densely nested batches, while enabling internal channels, thin walls, lattice structures, and integrated geometries.
Integrated equipment, powder handling, process control, and intelligent software reduce manual intervention and simplify production management—making the FF-M300 an efficient platform for industrial mass production.
Coordinated laser processing and powder recoating reduce waiting time and shorten production cycles.
The three-in-one system recovers, sieves, and recycles powder, reducing handling and operator exposure.
Scan repeatability of ≤2 μrad and Z-axis positioning accuracy of <±0.03 mm support consistent dimensional quality across long builds and repeated production batches.
A permanent filter rated for at least 30,000 hours reduces replacement frequency, maintenance requirements, and operating downtime.
Enables batch production of complex flow components, impellers, lightweight structures, and integrated functional parts—reducing assembly steps, shortening lead times, and improving manufacturing flexibility.
Supports the efficient production of large, complex footwear molds with integrated structures—accelerating mold development and enabling rapid design iteration and scaled manufacturing.
Produces lightweight, high-precision components for smartphones, wearables, hinges, brackets, and thermal-management systems—supporting faster product development and consistent batch production.
Provides a flexible platform for functional prototyping, material validation, process development, and complex-structure research—helping manufacturers and research institutions move efficiently from concept verification to production.
The company has various laser additive manufacturing and remanufacturing equipment, which can form a variety of materials. The components meet the dental technical specifications, and the size covers all particle sizes.
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The company has various laser additive manufacturing and remanufacturing equipment, which can form a variety of materials. The components meet the dental technical specifications, and the size covers all particle sizes.
