Produce as fast as 1-3 business days
SLS, MJF, SLA & FDM
3D PRINTING SERVICES WE OFFER
At ZELTA3D, we utilities only the most advanced MJF, SLS, SLA, FDM 3D Printing technologies to cater to your various digital manufacturing needs internationally.
SLA PROTOTYPING
STEREOLITHOGRAHY
SLS FUNCTIONAL
SELECTIVE LASER SINTERING
MJF FUNCTIONAL
MULTI JET FUSION
FDM FUNCTIONAL
FUSED DEPOSITION MODELING
FUNCTIONAL PARTS | BATCH PRODUCTION 3D PRINTING
MJF | MULTI JET FUSION
Hundreds of Strong, Durable & High Quality Parts in days
Multi Jet Fusion (MJF) is an Industrial 3D Printing process that fabricate parts by fusing nylon powder using fusing agents under a heat source layer by layer. Like SLS process, parts will be self-supported by surrounding powder during build process, enabling the creation of complex geometry parts with ease. An alternative to the SLS process, MJF can produce denser and heavier nylon parts with better water tightness at low thickness. With our MJF 3D Printing services, you can easily replace traditional manufacturing as a faster and cost effective alternative.
SLS | SELECTIVE LASER SINTERING
Hundreds of Tough, Accurate & Functional Parts in days
Selective Laser Sintering (SLS) is an Industrial 3D printing process that accurately produces parts by sintering fine Nylon powder with precise laser beams layer by layer. This process eliminates the need to consider overhang regions. Model will be self-supported by surrounding powder during the build process enabling the creation of complex geometry parts with ease. Rapidly produce hundreds of functional nylon parts within days at extremely good economical of scale. With our SLS 3D Printing services, it open doors to using additive manufacturing as a flexible, faster and cost effective alternative to traditional moulding. Eliminating traditional manufacturing constraints such as expensive tool set up, large MOQ and inflexibility for changes.
SLA | STEREOLITHOGRAPHY
Rigid Opaque, Transparent, Flexible Parts in days
Stereolithography (SLA) produces parts by curing photopolymers using high powered laser beams. SLA is currently one of the highest resolution 3D printing process, enabling high quality creation of small intricate parts to large sized prototypes. Parts produced using this process can be finished to attain an injection moulded quality appearance. Our SLA 3D Printing services offers a wide variety of materials, from rigid opaque, transparent to flexible, covering extensive rapid prototyping requirements.
PRODUCTION FDM | FUSED DEPOSITION MODELLING
Engineering Grade Thermoplastics in days
Production Fused Deposition Modelling (FDM) is an Industrial 3D printing process that produces parts by extruding engineering grade thermoplastic one layer at a time until the part is completed. During the build process, dissolvable support is used to bridge overhang regions. Largely differentiated from desktop FDM, Production FDM produces parts with precise control in interlayer adhesion, build temperature and speed. It enables production of many automotive and aerospace grade thermoplastic. Using our Production FDM 3D Printing services, accurate large functional parts up to a meter in length can be easily fabricated.