Innovative Metal Solutions
Metal 3D Printing & Additive Manufacturing Systems
(WAAM, DED, Laser & Plasma)
Innovative Metal Solutions
Metal 3D Printing & Additive Manufacturing Systems
(WAAM, DED, Laser & Plasma)
Characteristics of intelligent additive manufacturing
Using arc/plasma as the heat source and metal wire as the raw material, this technology achieves high-precision, high-performance layer-by-layer cladding regeneration of components through digital path planning.
Short Cycle
Repair based on digital model calculation with minimal repair volume and high forming efficiency (2-5 Kg/h).
Low Cost
Material utilization rate is high, approximately 90%, when repairing based on digital model calculations.
High Performance
It can achieve metallurgical-grade bonding, with mechanical properties equivalent to those of forged multi-material gradient composite manufacturing.
Core Technology and Unique Advantages
Exceptional Performance, Service Life Surpassing New Components.
Advantage 01
Metallurgical Bonding: The repaired layer and the substrate are bonded metallurgically, featuring high bonding strength and no risk of spalling.
Advantage 02
Forging-level Performance: The mechanical properties (strength, toughness, fatigue performance) of the repaired components fully meet or even exceed forging standards (compliant with aerospace standards such as AMS7004) .
Advantage 03
Customized Wear Resistance: Different materials can be gradient compounded according to operational requirements, achieving a surface hardness as high as HRC 58-62 and significantly extending service life.
Build with Us, or Buy from Us.
Beyond restoring worn components to their original state with high-strength 3D printing, we also offer our advanced 3D printers for sale.
Our technology suite includes Plasma Wire Arc Additive Manufacturing (PWAAM), Laser Wire-feed Additive Manufacturing (WLAM), Welding-based Additive Manufacturing and Repair (WAAM/R), and Thermal Spraying (THSP).
We deliver mission-critical solutions for the aerospace, marine, nuclear power, and locomotive industries.
Wire-feed Additive Manufacturing Equipment (Plasma Series)
WPAM501 / WPAM1501
Wire-feed Additive Manufacturing Equipment(Laser Series)
WLAM1001 / WLAM1501
Welding-based Additive Manufacturing and Repair (WAAM/R)
Thermal Spraying (THSP)
Wire-feed Additive Manufacturing Equipment (Plasma Series) — WPAM501
Equipment features ——
- Four-axis linkage enables isotropic printing;
- It features simple operation, with automated and intelligent equipment;
- The equipment cost and printing cost are relatively low, with the cost of wire material being only 1/3 of that of powder ；
- It can simultaneously achieve additive manufacturing, additive repair, welding, etc.;
- It automatically identifies high and low points during the printing process and feeds back to the system to execute actions, ensuring stable current and voltage.
For detailed specifications and printing metrics of WPAM501, please leave a message to request.
Wire-feed Additive Manufacturing Equipment(Plasma Series) — WPAM1501
Equipment features ——
- Six-axis simultaneous motion with universal rotation enables isotropic printing;
- Height tracking ensures stable process parameters during the printing process;
- Low equipment and printing costs, with wire material cost being only 1/3 of that of powder;
- High material utilization rate in additive manufacturing, nearly 100%;
- High efficiency, reaching up to 300cm³/h (2.5Kg/h);
- Stable performance, with a difference of ≤3% in mechanical properties between horizontal and vertical directions.
For detailed specifications and printing metrics of WPAM1501, please leave a message to request.
Wire-feed Additive Manufacturing Equipment(Laser Series) — WLAM1001 / WLAM1501
Equipment features ——
- Five-axis simultaneous motion enables isotropic printing;
- Height tracking ensures stable process parameters during the printing process;
- The equipment and printing costs are relatively low, with the wire material cost being only one-third of that of powder;
- The utilization rate of additive manufacturing materials is high, nearly 100%;
- High efficiency, reaching up to 400 cm³/h (2.5 Kg/h);
- Stable performance, with a difference in transverse and longitudinal mechanical properties of ≤3%.
For detailed specifications and printing metrics of WLAM1001 / WLAM1501, please leave a message to request.
