Lapmou Tam

Title: Innovations of Lapmou Tam in Solid-Phase Molding Processing

Introduction

Lapmou Tam is a notable inventor based in Macau, CN. He has made significant contributions to the field of solid-phase molding processing, holding a total of 2 patents. His innovative methods have the potential to enhance manufacturing processes and improve material properties.

Latest Patents

One of his latest patents is a solid-phase molding processing method. This method involves heating a heating ring to generate heat, which is then conducted downward through a stir body to a shaft shoulder or a welding pin of the tool head. The stir friction tool is driven to rotate, deforming the workpiece to generate friction heat. This heat, combined with the conducted heat, softens the workpiece, allowing for plastic deformation flow to form a molding portion.

Another significant patent is the solid state additive method. This method includes placing a round consumable rod in a hollow stirring tool. The gap between the bottom surface of the hollow stirring tool and the base surface is set based on the coating layer height. The hollow stirring tool rotates at a first speed while the consumable rod rotates at a different second speed, creating thermal deformation. This process enables the plastic deformation flow to be in friction contact with the base surface, enhancing the overall efficiency of the method.

Career Highlights

Lapmou Tam has established himself as a prominent figure in the field of material processing. His innovative approaches have garnered attention for their practical applications in various industries. His work continues to influence advancements in manufacturing techniques.

Collaborations

Some of his notable coworkers include Dawei Guo and Hu Wang. Their collaborative efforts have contributed to the development of advanced processing methods and technologies.

Conclusion

Lapmou Tam's contributions to solid-phase molding processing exemplify the impact of innovative thinking in manufacturing. His patents reflect a commitment to enhancing production techniques and material properties.