AFS-M260
Industrial SLM Metal 3D printer
Industrial equipment Digital manufacturing Complex structures Steady production
The SLM metal 3D printer AFS-M260 achieved: maximum scanning speed 6 m/s; (b) Maximum form accuracy ± 0.1 mm; Maximum printing efficiency 20 cm3/h; Printed metal products have high accuracy and strength characteristics and apply to the integration of metal products such as stainless steel, titanium alloy, aluminium alloy, mould steel, cobalt chromium alloy, nickel-based alloy, etc.
Direct manufacture of spare parts for 0101 metal
Selective laser melting techniques are used for the direct manufacture of high-density, complex metal components.
02 = fine structural capacity
For thin walls, internal flowways, dots and light quantification structures, release the design freedom of metal parts.
03 T-shirt fit
Materials such as stainless steel, mould steel, aluminium alloy, titanium alloy and high-temperature alloy may be matched by equipment configuration.
04 Research and development iterative efficiency
The removal of complex assembly and moulds has helped to expedite new product validation and structural iterative access to physical tests.
05| stabilization process control
Improved consistency of manufacturing processes through co-ordination of styling modules, powdering, lasers and software systems.
It’s got a lot of scenes.
Suitable for aerospace, medical, automobile, mould, scientific research and high-end equipment parts and components.
| Device Model | AFS-M260 |
|---|---|
| Device main size | 2925×1056×2135 mm |
| Size of the form tank | 260×260×320 mm |
| Equipment weight | About 2.0T |
| Size layer thick | 0.02-0.1mm |
| Forming materials | stainless steel/ titanium alloy / aluminium alloy / mould steel / cobalt chromium alloy / nickel-based alloy, etc. |
AFS-M260 may serve the following typical applications according to material, parts structure, accuracy and capacity requirements. Specific configurations and process routes should be assessed in conjunction with actual projects.
Aerospace – Light quantitative structures, complex fluids and high performance metal parts
Medical – Personalized implants, surgical devices and porous structures
Automobiles and new energy sources – Development of samples, light quantitative parts and heat management components
Modelling – Frozen cooling of waterways, complex cores and fast repair applications
Scientific education – Certification of metal materials, process parameters and complex structures