3D Printing
Industrial-grade SLA/SLS/FDM/DLP printing with ±0.1mm accuracy and 24-hour rapid delivery
Our 7 Major 3D Printing Processes
SLA is a rapid prototyping process that uses a laser beam to scan liquid photosensitive resin point by point to solidify it. It is the earliest rapid prototyping technology and has high maturity, fast processing speed, short product production cycle, high molding accuracy, and can produce highly restored product samples.
Material Type
Photosensitive polymer materials, including 4600, 8200, 8228 and other resin materials, have the characteristics of fast curing speed, low viscosity and good mechanical properties.
Post-processing options
1. Spray paint 2. Electroplating 3. Silk screen printing 4. Braces 5. Copper nuts
Application
Applicable to aerospace, automotive industry, medical equipment, consumer electronics, home appliances and other industries.
SLS stands for Selective Laser Sintering, and it is a selective laser sintering technology that uses laser to heat and melt polymer material particles, fuse and bond them, and stack them layer by layer to obtain 3D printed parts that are strong, durable, high-quality, clear in details, and powerful in functionality.
Material Type
Available materials include polymer, metal, ceramic, gypsum, nylon and other powder materials, including 7000, 7100, P3600, P9000 and other nylon materials, with high precision and high plasticity.
Post-processing options
1. Polishing 2. Braces 3. Copper nuts
Application
Suitable for industries such as aerospace, automotive, and industrial that require strong yet lightweight functional parts.
MJF (Multi Jet Fusion) technology is a new 3D printing technology launched by HP. It has fast printing speed and also has precision and strength. It is ideal for complex assemblies, housings, packages, and connectors.
Material Type
PA12, PA11, PA+GB (glass beads), TPU and PP materials with high precision and good toughness
Post-processing options
1. Polishing 2. Braces 3. Copper nuts
Application
Suitable for product and structure verification in industries such as automobile industry, household appliances, mechanical equipment, and handicrafts.
SLM is a technology that directly forms metal parts by melting metal powder through laser. It has good mechanical properties, good deformation control, high precision and fine contour, making it an effective solution for the manufacture of complex and difficult metal structures.
Material Type
Printing materials include cobalt-based alloys, stainless steel, tool steel, mold steel, nickel-based alloys, titanium and titanium alloys, and various aluminum alloys.
Post-processing options
1. Tapping 2. Heat treatment 3. Electrophoresis 4. Polishing 5. Grinding 6. Electroplating
Application
Applicable to aerospace, communications, medical, electromechanical industrial parts, building structure design, auto parts, consumer electronics and other industries.
FDM is a fused deposition modeling process that does not rely on laser as a molding energy source, but heats and melts various filaments (such as engineering plastics ABS, ASA, etc.) and then deposits them for molding. It has higher stability and reliability.
Material Type
Printing materials include ABS, ASA, PEI 9085, PEI 1010, nylon carbon fiber, etc.
Post-processing options
Polishing 2. Braces 3. Copper nuts
Application
Suitable for industries such as automotive industry, aerospace, health care, consumer sporting goods, medical and advanced food processing
DLP is a surface forming technology that uses tiny high-precision pixels to solidify photosensitive polymer liquid layer by layer for imaging. It has the advantages of ultra-high precision, clear details, smooth surface, and tiny size manufacturing. It can effectively solve the processing and manufacturing of precision small products and complex devices.
Material Type
Including various resin materials such as Micronano ST resin, Micronano HE200 resin, Micronano HT210 resin, Micronano BIO resin, etc
Post-processing options
1. Spray paint 2. Electroplating 3. Braces 4. Copper nuts
Application
It has advantages in molding accuracy and speed, and is suitable for the production of fine and complex parts in industries such as connectors, biomedicine, microelectronics, and microfluidics.
LCD light-curing printing is a type of surface projection that uses ultraviolet light to cure resin. The light source is emitted by an ultraviolet lamp, and then the LCD screen “cuts” the light source of each layer into shape, instantly curing each layer of resin. The printing speed and accuracy are comparable to DLP printing.
Material Type
High-performance resins, including Future ESD resin for anti-static properties, Future Flame Retardant resin with flame-retardant properties, and Future 8600Pro resin for excellent detail capture.
Post-processing options
LCD post-processing chain: Clean → Cure → Finish (mechanical/chemical)
Application
Electronic component manufacturing, high temperature and heat resistance requirements industrial scenarios.
3D Printing Process Comparison
| Process | Full Name | Accuracy | Materials | Build Size | Surface Finish | Best For |
| SLA | Stereolithography | ±0.05mm | Photopolymers (resins) | 800×800×500mm | Very Smooth (Ra 0.5μm) | High-detail prototypes, Medical models |
| SLS | Selective Laser Sintering | ±0.1mm | Nylon, TPU | 500×500×500mm | Grainy (Ra 10-15μm) | Functional parts, Complex geometries |
| MJF | Multi Jet Fusion | ±0.08mm | PA11, PA12 | 380×284×380mm | Matte (Ra 12μm) | Batch production, End-use parts |
| SLM | Selective Laser Melting | ±0.03mm | Titanium, Aluminum | 300×300×300mm | Rough (Ra 20-30μm) | Aerospace, Medical implants |
| FDM | Fused Deposition Modeling | ±0.15mm | ABS, PLA, PETG | 1000×1000×1000mm | Layered (Ra 15μm) | Large prototypes, Tooling |
| DLP | Digital Light Processing | ±0.04mm | Castable resins | 200×200×300mm | Smooth (Ra 1-2μm) | Jewelry, Dental applications |
| LCD | Laser Cladding Deposition | ±0.2mm | Metal powders | Custom | Very Rough | Metal repairs, Hybrid manufacturing |
Case Presentation
