Our 3D Printing Capabilities
- As fast as one day
- 10+ materials
- 26+Colors
- 10+Surface finishes
- Max Build:1.7m*0.8m*0.8m
- As fast as one day
- 30+ materials
- 26+Colors
- 10+Surface finishes
- Max build:1*1*1m
- As fast as three days
- 5+ materials
- 8+Surface finishes
- Max Build:500*500*500mm
- As fast as three days
- 5+ materials
- 8+Surface finishes
- Max Build:670*500*450mm
- As fast as three days
- 5+ materials
- 8+Surface finishes
- Max Build:380*280*380mm
Our Available 3D Printing materials
Standard & Popular: ABS, PETG, PLA
Engineering & Functional: ASA, PC, PC-ABS
High-performance: PEEK, PEKK, PEEK+CF, PEEK+GF
Bio-medical Plastics: PEEK, ABS
ESD Plastics: ESD-ABS
Flame Retardant: PC-FR, PEEK, PEI(ULTEM1010, ULTEM908)
Outdoor: ASA, PC, PEEK
Waterproof: PETG, PC, PEEK
Carbon fiber+: Markforged® Onyx, PA+CF, PETG+CF, PEEK+CF
Popular & Low-cost: Standard Resin
Higher Performance functional: Somos® Evolve, Somos® Taurus, Tough Resin, Durable Resin, Impact Resistant Resin
Flexible: TPU( Elastic Shore 65A)
High detail Resin: Brown Resin
High temp. resistant: Craf-H (140 °C), Somos® PerFORM (250 °C)
Biomedical Resin
Nylons: PA11, PA12
Nylon+ Glass filled: PA6+CF, PA12+CF, PA11+CF
Nylon + Carbon filled: PA12 + CF
Biocompatible: PA2200(PA12)
Nylons: PA11, PA12
Nylon+ Glass filled: PA12+CF
Skin Free: PA12
Popular: Aluminum, Stainless Steel 316
High Performance: Nickel Alloy,Titanium, Stainless Steel 17-4PH
Medical: Ti64-Grade 5, Cobalt-chrome
Tool Steel: Maraging Steel
200+ sharp edge 3D Printers
SLS: EOS P110, P396; Farsoon
MJF: HP 4200 & 4210
FDM: Stratasys, INTAMSYS, Ultimaker
SLA: UnionTech, Formlabs, 3D Systems
DMLS/SLM: EOS M280, M290, Farsoon, BLT
Surface Finishes In Our 3D Printing Service
Anodizing, powder coating
Suitable for metal prints.
Anodizing ( Type I II III)
Painting, Dyeing, Plating
Suitable for Plastics in 3D printing.
Vapor Smoothing
Suitable for Plastics in 3D printing. Most popular is nylon.
Polishing
Suitable for metals and plastics
Sandblasting, Beadblasting
Suitable for metal prints.
What is 3D Printing?
Additive manufacturing or 3D printing is defined as the process of joining materials to make objects from 3D model data, usually layer upon layer, as opposed to subtractive manufacturing methodologies.
As 3D Printing can create objects directly from the digital model, it is more and more used today to make proofs, Prototypes, and low-volume production end-use parts.
Types of 3D Printing Technologies
Polymer: Material extrusion(FDM, FFF), Material Jetting(Polyjet, MJF), , Material sintering(SLS), Photopolymerization(SLA, LCD, DLP)
Metal: Powder Bed Fusion, Directed Energy Deposition, Material Extrusion, Binder Jetting, Material Jetting, Sheet Lamination.
How 3D Printing works?
1. Make the model in CAD software
2. Converting the CAD model into an STL, OBJ, 3MF file
3. Slicing the data in layers
4. Printing or called additive manufacturing
The printers will print the parts layer by layer until they finish
5. Post-processing
Polishing, Sand-blasting, electro-polishing, Painting, Plating, Vapor Smoothing, Powder coating, and more.
3D Printing Service Advantages
+ High flexibility in production
+ No cost-intensive tools are required
+ Component can directly be manufactured from CAD data
+ Geometric design freedom
+ Make the parts on-demand
Design Tips For 3D Printing
0.8mm
1.0mm
2.0mm
3D Printing Quote Within Seconds
- As fast as 1 day
- Competitive Price
- Qualified system
- All uploads are in confidential
