Niimbot's new patent released: innovative structure to improve printer stability
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On December 31, 2024, Niimbot's latest patent was approved by the State Intellectual Property Office of China. The patent is called "Pipe Pressing Block Structure and Printer", and its authorization announcement number is CN222223786U. The application time of this patent is April 2024, marking another important breakthrough of Niimbot in the field of printer technology.
Looking back at the core content of this patent, its main innovation lies in a new pipe pressing block structure, which aims to improve the stability of the printer during the printing process. Specifically, the structure consists of a fixed bracket and a rotating block, and a limiting protrusion is provided on the fixed bracket. This design can effectively avoid the up and down movement of the pipe during the fixing process of the printer's pipe fittings, thereby improving the printing effect.
The design of the rotating block is particularly prominent, which includes a pipe pressing part, a torsion spring, and two elastic arms. Through the elastic force of the torsion spring, the block can rotate flexibly to ensure that the limiting protrusion is effectively clamped between the two elastic arms, thereby achieving a firm fixation of the pipe fittings. This innovative design greatly reduces the slippage of the pipe during operation, thereby improving the overall printing stability, which is particularly important for modern high-precision printing requirements.
Niimbot's development history is complementary to this new patent. As a company focusing on smart identification and printing equipment, Niimbot has been constantly exploring the possibility of improving product performance and user experience. The release of this patent not only shows its continued efforts in technological innovation, but may also become a new benchmark in the industry.
With the rapid development of 3D printing technology, the stability of the equipment has become a top priority for users. All walks of life have put forward higher requirements for the quality and efficiency of printed products, and Niimbot has effectively responded to market demand through the structural innovation brought by this patent. This improvement in stability will show its important application value in fields such as medical and manufacturing industries that require extremely high precision.
From the user's perspective, the improved printer will be able to provide a smoother experience in actual operation, reduce the failure rate, and reduce material waste caused by unstable equipment. In addition, the realization of this patent also provides a new idea for related industries and promotes the refinement and efficiency of the entire 3D printing industry chain.
Looking ahead, Niimbot's technological innovation is not only an optimization of its product line, but also an inspiration to the entire industry. With the continuous advancement of technology and the expansion of application fields, similar innovations will continue to emerge, promoting the development of intelligent manufacturing and automation.
Looking back at the core content of this patent, its main innovation lies in a new pipe pressing block structure, which aims to improve the stability of the printer during the printing process. Specifically, the structure consists of a fixed bracket and a rotating block, and a limiting protrusion is provided on the fixed bracket. This design can effectively avoid the up and down movement of the pipe during the fixing process of the printer's pipe fittings, thereby improving the printing effect.
The design of the rotating block is particularly prominent, which includes a pipe pressing part, a torsion spring, and two elastic arms. Through the elastic force of the torsion spring, the block can rotate flexibly to ensure that the limiting protrusion is effectively clamped between the two elastic arms, thereby achieving a firm fixation of the pipe fittings. This innovative design greatly reduces the slippage of the pipe during operation, thereby improving the overall printing stability, which is particularly important for modern high-precision printing requirements.
Niimbot's development history is complementary to this new patent. As a company focusing on smart identification and printing equipment, Niimbot has been constantly exploring the possibility of improving product performance and user experience. The release of this patent not only shows its continued efforts in technological innovation, but may also become a new benchmark in the industry.
With the rapid development of 3D printing technology, the stability of the equipment has become a top priority for users. All walks of life have put forward higher requirements for the quality and efficiency of printed products, and Niimbot has effectively responded to market demand through the structural innovation brought by this patent. This improvement in stability will show its important application value in fields such as medical and manufacturing industries that require extremely high precision.
From the user's perspective, the improved printer will be able to provide a smoother experience in actual operation, reduce the failure rate, and reduce material waste caused by unstable equipment. In addition, the realization of this patent also provides a new idea for related industries and promotes the refinement and efficiency of the entire 3D printing industry chain.
Looking ahead, Niimbot's technological innovation is not only an optimization of its product line, but also an inspiration to the entire industry. With the continuous advancement of technology and the expansion of application fields, similar innovations will continue to emerge, promoting the development of intelligent manufacturing and automation.
