3D Printing Service
Professional Metal Additive Manufacturing Solutions
FROM DESIGN TO FINISHED PART—RAPID PROTOTYPING & PRODUCTION
JINGYE provides an industrial Metal 3D Printing Service for functional prototypes, complex end-use components, tooling and repeat production. Our engineering scope covers design review, process planning, metal printing, heat treatment, support removal, precision machining, surface finishing and inspection. This integrated approach helps maintain consistency from the digital model to the finished metal part.
Our SLM 3D Printing Service, also known as laser powder bed fusion (LPBF), is suitable for components with internal channels, lattice structures, thin-walled features, topology-optimized geometry or consolidated assemblies that are difficult to manufacture by conventional machining or casting. JINGYE also supports material development and process optimization for application-specific projects.
| Service Capability | JINGYE Capacity |
|---|---|
| Metal additive manufacturing systems | 53 systems across 16 equipment models |
| Large-format capacity | 15 systems with meter-scale build capability |
| Available build envelopes | From 250 × 250 × 325 mm up to 2058 × 2058 × 1100 mm, depending on equipment and material |
| Main processes | SLM / laser powder bed fusion, with EBM available for selected projects |
| Production scope | Prototypes, small batches and repeat production |
| Reference part performance | Density of 99.5%–99.97%, dimensional control below 0.05 mm and Ra 5–9 μm surface roughness for qualified combinations of geometry, material and equipment |
The JINGYE Metal 3D Printing Service extends beyond the printing stage. Available downstream operations include vacuum heat treatment, annealing, wire EDM, support removal, grinding, sandblasting, polishing, three-axis and five-axis machining, and horizontal machining. Inspection resources include coordinate measurement, articulated-arm measurement, wired and wireless 3D scanning, X-ray imaging, tensile testing and thickness measurement.
Inspection instruments are calibrated and supported by traceable records. Quality requirements, inspection scope and documentation are defined according to the material, application and customer drawing. JINGYE operates under established quality-management and testing systems, including ISO 9001, CNAS-supported testing capability and applicable national military quality requirements.
Contact JINGYE to discuss an SLM, LPBF or large-format metal additive manufacturing project.
Product Process Features
1. Full-Process Service: We provide customers with a full-process printing technology service, from design and development to printing solution formulation, printing, post-processing, and finished product delivery.
2. High Precision and Excellent Mechanical Properties: The precision of our products can generally be controlled below 0.05mm, the product density can reach 99.5-99.97%, and the surface roughness Ra 5-9 micrometers.
3. Diverse range of processable materials: It can be molded into more than 50 kinds of materials, including AlSi10Mg, AlSi7Mg, TC4, TA15, GH4169, GH3625, GH5188, GH3128, GH3536, 304, 316L, 17-4PH, H13, 18Ni300, CX, CoCrMo, etc., meeting the technical specifications of ISO9001 quality management system, CNAS certification, and national military standard system.
Product Technical Features
Lightweight and Weight-Reducing Structure
Weight reduction is typically achieved through topology optimization or typical weight-reducing structures such as hollow sandwich structures, thin-walled stiffeners.
Complex Internal Cavity Structure
Breaking design constraints, the layout, shape, Traditional structure Accessories, performance and size of internal flow channels in parts can be freely designed to achieve optimized heat conduction.
Integrated Functionality
Multiple parts are integrated into a single functional unit, reducing the number of parts, welding processes, shortening manufacturing and assembly processes, and improving safety and reliability.
Modular Manufacturing
Fully utilizing the advantages of 3D printing and traditional processing techniques (forging, machining, etc.), complex parts are modularly manufactured to achieve the best balance between cost and efficiency.
Rapid Development and Manufacturing
Rapid manufacturing of single-piece, small-batch parts can be achieved without mold making, shortening product development cycles and accelerating product iteration.
Production and Testing Equipment
Production Equipment:
Our company has a full range of metal 3D printing equipment. At present, we own a total of 53 imported and domestic devices with 16 models covering small, medium and large sizes. As one of the largest-scale 3D printing enterprises in China, we provide global customers with services including auxiliary design, rapid prototyping, small-batch production and mass production.
|
No. |
Equipment Model |
Quantity / Unit |
Manufacturer |
Number of Lasers |
Build Size / mm |
|
1 |
EOS M290 |
7 |
EOS, Germany |
1 |
250*250*325 |
|
2 |
EOS M400 |
1 |
EOS, Germany |
4 |
400*400*400 |
|
3 |
Q20Plus |
1 |
ARCAM, Sweden |
1 |
φ350*380 |
|
4 |
BLT S310 |
1 |
Xi'an Bright Laser Technologies |
1 |
250*250*400 |
|
5 |
EP-M300 |
5 |
Beijing E-Plus 3D Technology |
2 |
300*300*450 |
|
6 |
EP-M450 |
8 |
Beijing E-Plus 3D Technology |
2 |
450*450*500 |
|
7 |
EP-M450H |
4 |
Beijing E-Plus 3D Technology |
2 |
450*450*1100 |
|
8 |
EP-M650 |
5 |
Beijing E-Plus 3D Technology |
4 |
650*650*800 |
|
9 |
EP-M650H |
4 |
Beijing E-Plus 3D Technology |
4 |
650*650*1080 |
|
10 |
LIM-X650 |
2 |
Tianjin Laser Mould |
4 |
650*650*800 |
|
11 |
LIM-650H |
2 |
Tianjin Laser Mould |
4 |
650*650*1580 |
|
12 |
EP-M825 |
1 |
Beijing E-Plus 3D Technology |
8 |
833*833*1600 |
|
13 |
EP-M1250 |
6 |
Beijing E-Plus 3D Technology |
9 |
1250*1250*1250 |
|
14 |
EP-M1250H |
3 |
Beijing E-Plus 3D Technology |
16 |
1258*1258*1600 |
|
15 |
EP-M1550 |
2 |
Beijing E-Plus 3D Technology |
16 |
1558*1558*1100 |
|
16 |
EP-M2050 |
1 |
Beijing E-Plus 3D Technology |
36 |
2058*2058*1100 |
Process Flow:
Post-Processing Equipment:
1 Vacuum Quenching Furnace, 3 High Vacuum Heat Treatment Furnaces, 1 Box-Type Annealing Furnace, 2 Medium-Speed Wire EDM Machines, 8 Fast-Speed Wire EDM Machines, 3 Sandblasting Machines, a 3-Axis Gantry Machining Center, a 5-Axis Gantry Machining Center, 1 Horizontal Machining Center.
Quality Inspection Instruments:
Articulated Arm Measuring Machine/FARO Quantum M MAX 2.0m 6 axis, Coordinate Measuring Machine/Micro10128, Tianyuan 3D Scanner (Wired)/FreeScan UE Pro, Sikan 3D Scanner (Wireless)/NimbleTrack-C, X-ray Real-time Imaging Inspection System/XYG-4503, X-ray Digital Recognition (DR) Inspection System/ZXF D4, Portable X-ray Flaw Detector (Circumferential)/XXG2005CX-LFX80, Tensile Testing Machine/CMT5105, Thickness Gauge/TT700. All inspection instruments have passed national metrological certification, are regularly calibrated, and complete traceability records are maintained to ensure that the inspection data is authentic, accurate, and traceable.
Application Areas
Currently, metal 3D printing technology has been widely used in aerospace, automotive manufacturing, industrial mold making, medical rehabilitation, education and scientific research, and other fields. In addition, 3D printing technology has mature applications in everyday life, such as automotive parts manufacturing, conformal waterway/thermoplastic molds, and orthopedic implants.
Have Questions About Your Project?
Contact our experts for support with material selection, product development, additive manufacturing and process optimization.
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Contact Us
Tel.: +86 0311 8289 8906 / +86 150 3207 1231
E-mail: jyzczz@hbjyjt.com
Fax: +86 311 8289 8906
Address: Jingye Industrial Park, Nandian Town, Pingshan County, Shijiazhuang City, Hebei Province, China
