Guosheng Laser's LMD technology metal 3D printing service is an advanced manufacturing technology that integrates the advantages of laser cladding and 3D printing. It is also often referred to as laser near-net forming, etc., and is widely used in the field of metal parts manufacturing and repair. Compared with other metal 3D printing technologies, Guosheng Laser's powder feeding laser 3D printing technology demonstrates significant advantages: it has a high forming efficiency, can print various sizes, and can achieve hybrid additive manufacturing of multiple materials and functionally graded materials. Through meticulous process control, the printing accuracy is ensured to be close to 100%, achieving a true metallurgical bond between the alloy material and the base material, with strength comparable to that of forged parts. Therefore, this technology has been widely applied in the fields of metal parts repair, remanufacturing, and large-area surface cladding strengthening. With its profound accumulation in the field of laser material processing and professional talent reserves in the metallurgical materials sector, Guosheng Laser is capable of providing customers with one-stop LMD printing services, covering all aspects from the initial modeling, material process package development, printing and forming to subsequent heat treatment processing, thus forming a complete one-stop solution.
Master the core technology of laser material thermal processing
With a 5,000-square-meter large production plant, we undertake metal 3D printing processing services nationwide
We have accumulated a database of laser additive manufacturing processes for various high-performance alloy materials
The cost of remelting can be reduced to be comparable to that of hard chromium plating, offering a higher cost performance
This includes the initial modeling, process development, printing and molding, as well as subsequent machining
Equipped with advanced facilities and a professional team, we can meet customers' delivery time requirements
Achieve a tight metallurgical bond between the cladding layer and the substrate
• Wide Compatibility：Compatible with various metals such as nickel-based alloys, titanium alloys and high-reflectivity pure copper, supporting multi-material mixing and customized alloy development.
• Flexible Forming：Not restricted by workpiece size and shape, it can process small precision parts and oversized components, as well as repair special-shaped damaged parts such as turbine blades.
• Outstanding Efficiency：The surface speed in high-speed mode can reach up to 1500 cm²/min, showing significant advantages in large-area cladding scenarios.
• Excellent Bonding Strength：Fast heating and cooling rates ensure high production efficiency, and the process is pollution-free, complying with green manufacturing requirements.
• Wide Applicability：Suitable for repairing parts with complex shapes such as deep holes and grooves, boasting a broad scope of application.
• Controllable Quality：Localized heating results in a small heat-affected zone and low part deformation; the inert gas environment prevents oxidation, and the repeat positioning accuracy reaches ±0.03mm.
Meet customers' higher demands for advanced manufacturing technologies
Master the core technology of metal 3D printing additive manufacturing
Possessing profound R&D capabilities and rich application experience
