EAZ Model – Industrial 3D Printing Expert | Plastic & Metal Additive Manufacturing Solutions
At EAZ Model , we provide industrial-grade 3D printing services , such as SLA, SLS, SLM, FDM, MJF, MJP, etc, to help customers quickly verify designs, produce functional parts, and even achieve small-batch customized manufacturing. Whether it is high-strength engineering plastics, high-temperature resistant metals, or sophisticated and complex structures , we ensure make parts with excellent printing quality, strict post-processing standards, and fast delivery cycles .
3D printing technology
3D printing ( additive manufacturing ) it can achieve more complex geometries, faster prototype iterations, and lower material waste .
Our core 3D printing processes:
| Technology | Technical features |
| FDM (Fused Deposition Modeling) | Thermoplastic material extrusion molding, low cost and fast speed |
| SLA (Stereolithography) | UV curing resin, ultra-high surface accuracy |
| SLS (Selective Laser Sintering) | Nylon powder laser sintering, high strength and support-free |
| SLM (Selective Laser Melting) | Metal powder is fully fused, close to the performance of forgings |
Materials | Meet diverse needs
1. Plastic 3D Printing | Lightweight & Functional Verification
We offer a variety of high-performance engineering plastics to meet the needs of different industries:
FDM Materials
- PLA – environmentally friendly, suitable for concept models, different colors
- ABS – impact-resistant, suitable for functional testing
- PETG/+GF – High toughness, chemical resistance
- PC (Polycarbonate) – High temperature resistance (120°C+), high rigidity
- PC+ABS, PEEK, ASA, Rubber TPU, PEI 1010
SLA Materials
- Standard resin(C-UV 9400EM) – High precision, suitable for appearance verification
- High temperature resistant resin – suitable for thermal environment testing
- Flexible resin – simulates rubber elasticity
- Transparent resin – optical grade light transmittance
SLS Materials
- Nylon 12 (PA12) – high strength, wear resistance, suitable for moving parts
- Nylon glass fiber (PA-GF) – Higher rigidity, lightweight alternative to metal
- TPU – Elastomer, suitable for shock absorption, seals
- PP, Etc…
Plastic printing advantages:
- Fast delivery within 72 hours , accelerating product development cycle
- Complex structure is integrated into one piece , no assembly required
- Support small batch customized production to reduce mold opening costs
2. Metal 3D Printing | High Strength & Industrial Applications
We use SLM (Selective Laser Melting) technology to produce fully dense metal parts with mechanical properties close to those of conventional forging processes:
Printable metal materials
- Stainless steel (316L) – corrosion resistant, medical and food grade applications
- Titanium alloy (Ti6Al–4V) – biocompatibility, aerospace components
- Aluminum alloy (AlSi10Mg) – lightweight, automotive and radiator applications
- Mold steel (18Ni300) – high hardness, suitable for injection mold inserts
- CuSn copper-tin alloy
- SS 17-4PH
- AL 6061, Copper, nickel-base superalloy, Etc…
Metal printing advantages:
- Complex cooling channel optimization to improve injection mold
efficiency - Lightweight topology optimization to reduce material
waste - Personalized medical implants that perfectly match the patient’s anatomy
How to choose the most suitable 3D printing process?
We provide professional process selection guide to help customers find the best solution:
| need | Recommended process | reason |
| Low-cost rapid prototyping | FDM | Cost-effective and fast delivery |
| High-precision appearance parts | SLA | Ultra-fine surface, suitable for display models |
| Functional test piece | SLS | High strength, support-free structure |
| Terminal metal parts | SLM | Fully dense, close to forged performance |
EAZ Model provides free design for manufacturability analysis (DFM) to help optimize the design and ensure the best printing results!
Why choose EAZ Model?
1. Industrial-grade equipment to ensure printing quality
- German EOS SLS/SLM metal printer
- High-precision SLA equipment
- Industrial grade FDM printer, supporting engineering plastics
2. Strict post-processing to improve product performance
- Heat treatment (stress relief, aging strengthening)
- CNC finishing (improving key dimension accuracy)
- Surface treatment such as sandblasting, electroplating, anodizing, etc.
3. Quick response, global delivery
- 1-3 days fast sampling (depending on the process)
- Small to medium volume production support
- ISO 9001 Quality Management System Certification
3D Printing Product Display
