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Trusted by Engineers and Purchasing Leaders at the World's Most Successful Companies
Jili Intelligent delivers industrial-grade additive manufacturing solutions with ±0.1% dimensional accuracy, backed by 15+ years of specialized expertise, dual ISO/AS9100 certification, and a 99.5% on-time delivery record for rapid prototyping and end-use production.
Multi-nozzle simultaneous jetting of fusing and detailing agents, paired with full-field infrared sintering, ensures consistent mechanical performance and dimensional accuracy across batch parts, with a yield rate of over 98%.
Supports industrial-grade materials such as nylon and carbon fiber-reinforced nylon, meeting performance needs for wear resistance, high-temperature tolerance, and impact resistance.
Equipped with online dimensional inspection and material density monitoring systems; mechanical performance reports are provided for critical batches to ensure industrial-grade delivery reliability.
Enables complex lattice and topology-optimized structures without supports, significantly reducing post-processing steps and improving production efficiency.
MJF (Multi Jet Fusion) is an industrial-grade additive manufacturing technology that uses a multi-nozzle array to jet fusing and detailing agents, followed by full-field infrared laser sintering of nylon powder, rapidly producing solid parts with high density and excellent mechanical performance.
Combining batch production capabilities with complex structure formability, it enables integrated topology-optimized designs without supports, widely used in high-end manufacturing scenarios such as automotive structural components, industrial equipment functional parts, and aerospace lightweight components.
Below are our standard MJF tolerances for prototype orders, including one-off/first-time prints, non-production orders, and auto-quoted orders that have not received a manual engineering review. All data is based on HP 5200-Series, Balanced Mode.
| Material Type | Under 30 mm (1.2") | 30–50 mm (1.2"–2.0") | 50–80 mm (2.0"–3.2") | > 80 mm (3.2") |
|---|---|---|---|---|
| Rigid Materials (Nylon, PP) | ±0.70 mm (0.028") | ±0.85 mm (0.033") | ±1.40 mm (0.055") | ±1.75 % |
| Rubber-Like (TPU) | ±1.05 mm (0.041") | ±1.35 mm (0.053") | ±1.80 mm (0.071") | ±2.25 % |
Note: These are typical tolerances for MJF orders without additional engineering review, subject to equipment parameters and geometric complexity, provided for reference only.
Tighter tolerances than prototype levels can be guaranteed after additional engineering review. This applies to high-volume production orders and orders manually optimized by our engineering teams, often following an initial prototyping run. All data is based on HP 5200-Series, Balanced Mode.
| Material Type | Under 30 mm (1.2") | 30–50 mm (1.2"–2.0") | 50–80 mm (2.0"–3.2") | > 80 mm (3.2") |
|---|---|---|---|---|
| Rigid Materials (Nylon, PP) | XY= ±0.25 mm (0.010") | XY= ±0.30 mm (0.012") | XY= ±0.39 mm (0.015") | XY= ±0.5 % |
| Z= ±0.42 mm (0.017") | Z= ±0.50 mm (0.020") | Z= ±0.60 mm (0.024") | Z= ±0.75 % | |
| Rubber-Like (TPU) | XY= ±0.60 mm (0.024") | XY= ±0.60 mm (0.024") | XY= ±0.60 mm (0.024") | XY= ±0.75 % |
| Z= ±1.05 mm (0.041") | Z= ±1.35 mm (0.053") | Z= ±1.80 mm (0.071") | Z= ±2.25 % |
Note：These are typical tolerances for orders that have undergone manual engineering review and initial prototyping. Third-party precision inspection reports are available for critical production batches.
| Material Name | Description | Shore Hardness | Elongation at Break (XY, ZX%) | Impact Strength (XY, ZX kJ/m²) |
|---|---|---|---|---|
| Nylon 11 | Industrial-grade high-reusability PA11 with excellent impact resistance and weatherability, suitable for structural components in aerospace, medical, and other high-end scenarios | 80D | 55%, 40% | 6 kJ/m², 5 kJ/m² |
| Nylon 12 | Industrial-grade high-reusability PA12 with stable mechanical performance and dimensional consistency, ideal for mass production of complex structures | 80D | 20%, 15% | 3.6 kJ/m², 3.5 kJ/m² |
| Nylon 12, Glass Fiber Reinforced | Industrial-grade high-reusability PA12 glass bead reinforced (40% GB) with high rigidity and creep resistance, suitable for high-load industrial components | 82D | 10% | 3 kJ/m² |
| Polypropylene (PP) | Industrial-grade high-reusability PP with excellent chemical resistance and toughness, ideal for fluid transfer, food contact, and other scenarios | 70D (Estimated) | 20% | 3.5 kJ/m², 3.0 kJ/m² |
| TPU 88A | BASF Ultraint™ TPU01 with high elasticity and wear resistance, suitable for flexible structures, seals, and other scenarios | 88A | 220%, 120% | Partial break, no complete fracture |
Note：The above values represent typical performance under industrial-grade production conditions. They are subject to variation due to equipment parameters, process optimization, and geometric complexity, and are provided for reference only. Third-party laboratory testing reports are available for critical scenarios such as aerospace and medical applications.
Tailored to the native characteristics of MJF powder sintering, we offer full-lifecycle surface finish solutions from basic cleaning to high-end customization, meeting stringent requirements in aerospace, medical, and other scenarios.
Process Description：High-pressure precision depowdering + fine sandblasting to remove residual powder and create a uniform matte surface, improving surface density and wear resistance.
Application Scenarios：Functional components, industrial fixtures, and other scenarios requiring basic surface consistency.
Process Description：Nano-sealing coating + precision dyeing to seal powder pores for water and dust resistance, with customizable colors (RAL/Pantone matching).
Application Scenarios：Appearance validation parts, medical housings, and other scenarios requiring water resistance and visual appeal.
Process Description：Wear-resistant UV painting, metal plating (nickel/chrome), and laser texturing to achieve mirror, metallic, or fine-textured surfaces.
Application Scenarios：End-use products, aerospace components, and other scenarios demanding extreme surface texture and performance.
Industrial HP MJF equipment + ISO-certified QC, delivering precision nylon molding from prototype to mass production.
/01
Covers Nylon 11/12, glass fiber reinforced, TPU/PP (including medical-grade and chemical-resistant options), paired with 10+ high-end post-processing.
/02
ISO 9001/13485/AS9100D certified, with standardized in-process inspections, third-party testing and traceability for critical batches.
/03
Free DFM assessment + structural optimization, custom sintering for low-volume complex parts in aerospace, medical, and other high-end scenarios.
ADVANTAGES
MJF (Multi Jet Fusion) is a benchmark technology for industrial-grade nylon 3D printing. Through optimized printing parameters and multi-nozzle collaborative processes, it achieves high-density, high-consistency part forming, balancing efficiency and performance, making it an ideal choice for high-end manufacturing and precision validation.
Optimized parameters achieve ≥99% material density, providing excellent water and dust resistance for fluid transfer, protective housings, and other scenarios.
Full-field parallel sintering, 10x faster than SLS, supports nested multi-part production to drastically reduce low-volume production cycles.
XY/Z axis mechanical property deviation ≤5%, far better than SLS anisotropy, ensuring structural stability of complex load-bearing components.
Based on Nylon, TPU, and other thermoplastics, with excellent impact resistance and weatherability, no UV degradation risk of SLA resins, suitable for long-term use.
Part dimensional accuracy and surface texture are close to injection-molded parts, directly usable for assembly and functional validation before mold opening, reducing mold trial costs.
APPLICATIONS
Deliver high-density, high-detail design validation models for early-stage design iteration of all product types, accurately presenting complex surfaces and thin-wall features.
Leverage balanced mechanical properties to produce functional prototypes for direct assembly and durability testing, suitable for performance validation of all product types.
Support low-volume custom end-use component production with stable dimensional accuracy, meeting low-volume delivery needs for all product types.
Aerospace
Automation
Automotive
Consumer-Products
Medical-Devices
Robotics
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