Optimization Methods for Surface Roughness in Precision Machining
In fields such as precision mechanical machining, CNC precision machining, and medical component machining, surface roughness is one of the key indicators for measuring product quality. A smooth surface can not only improve the aesthetics of a product but, more importantly, enhance its performance and service life. So, how to effectively optimize surface roughness in precision machining? Rational Selection of Cutting Parameters Cutting parameters have a direct impact on surface roughness. Cutting speed is the primary factor to consider. In CNC machining, appropriately increasing the cutting speed can reduce fluctuations in cutting force, thereby lowering surface roughness. For example, when machining aluminum alloy parts, a higher cutting speed […]
Research on Optimization of Process Parameters for Precision Grinding
In fields such as precision mechanical machining, CNC precision machining, and medical component machining, precision grinding is an extremely important process, as it is directly related to the precision and surface quality of products. To achieve the desired grinding effect, optimizing process parameters is the key. Below is an in-depth understanding of knowledge in this area. Grinding Wheel Speed: Balancing Speed and Precision Grinding wheel speed is one of the key parameters in precision grinding. In CNC machining, an appropriate grinding wheel speed can effectively improve grinding efficiency and surface quality. When the speed is too low, the frictional effect between the grinding wheel and the workpiece weakens, […]
Material Selection and Compatibility in Precision Machining of Medical Devices
In the medical field, the performance and quality of medical devices are directly related to patients’ life, health, and treatment outcomes. The material selection and its compatibility in the precision machining of medical devices are like the cornerstone of a building, playing a decisive role. Stringent Requirements for Materials in Medical Devices Medical devices must have high biocompatibility to ensure that they do not cause adverse reactions (such as allergies, inflammation, or toxic reactions) when in contact with human tissues and body fluids. At the same time, the materials should possess good corrosion resistance, enabling them to withstand erosion from various chemical substances in the human environment and […]
Focus on High-End Instruments! Idle Space Transforms into a New Engine for the Industry
Originally a carbon nanotube and printing base, the project failed to meet the expected production targets due to its R&D technology falling behind market demands, and was left idle after production was halted. In 2024, the People’s Government of Huairou District decided to carry out upgrading and transformation of this project. To improve the utilization efficiency of vacated low-efficiency industrial space, revitalize stock resources, and release high-quality industrial space, the Beijing Municipal Development and Reform Commission recently approved the fund application report for the Phase I (Startup Area) project of the High-End Instrument Industry Base. After the transformation, the project plans to introduce a number of high-end instrument R&D […]
First Flying Car Factory Lands in Guangzhou: With “10,000-Unit-Level” Production Capacity
According to media reports, recently, the first electric vertical take-off and landing (eVTOL) flying car factory with “10,000-unit-level” annual production capacity has entered the trial production phase in Guangzhou. This marks the first time that such products have entered the large-scale manufacturing stage in China within the low-altitude economy sector. It is reported that after completing relevant verification and airworthiness certification, the factory will gradually enter mass production in accordance with the plan, realizing the leap of flying cars from “small-batch verification” to “large-scale manufacturing”. Notably, in the field of low-altitude economy in Guangzhou, XPeng Aeroht and EHang Intelligent have become two leading enterprises. In Huangpu District, […]
Zhiyuan Robotics Announces New Patent for Interactive Robots and Other Tech Updates
Zhiyuan Robotics Announces New Patent for Interactive Robots Quark AI Glasses Launch Event Officially Scheduled for November 27th The launch event for Quark AI Glasses has been officially scheduled for November 27th. According to official data, the pre-sold Quark AI Glasses S1 delivered outstanding performance during the “Double 11” pre-sale period, ranking first in sales in the Tmall smart glasses brand list, smart glasses store list, and XR category list. Global AI Data Center Market to Reach $1 Trillion by 2030 Regarding the scale of the AI data center market, Lisa Su, CEO and Chairperson of AMD, stated at a financial analyst meeting on Tuesday (local time) […]
Intelligent Network Vision and Key Technologies in the 6G Era
The sixth-generation (6G) wireless communication system is expected to be launched around 2030. It will achieve a major leap compared with the fifth-generation (5G) communication system in terms of both technical depth and social impact. 5G has successfully realized enhanced Mobile Broadband (eMBB), Ultra-Reliable and Low-Latency Communications (uRLLC), and Massive Machine-Type Communications (mMTC). The next-generation communication technology will develop towards the in-depth integration of communication, perception, computing, and artificial intelligence (AI). The 6G network aims to achieve true universal connectivity – seamlessly integrating terrestrial, aerial, maritime, and space-based networks – to support the growing demands for intelligent automation, immersive experiences, and digital twins of the physical world. In addition […]
Kangnostem: Unicorn Enterprise in Surgical Robotics
On November 10th, Kangnostem, a Chinese innovative unicorn enterprise specializing in surgical robotics, announced the completion of a new round of oversubscribed financing totaling approximately USD 200 million (equivalent to around RMB 1.424 billion). Record-Breaking Financing: Capital’s Strong Vote of Confidence for Surgical Robotics Unicorn The lineup of investors for this financing round is quite prestigious, co-led by a Hong Kong-based investment management company, a global strategic investor, and a top-tier global sovereign wealth fund. Existing shareholders such as Qiming Venture Partners, Daohe Investment, Gaorong Capital, and (Xianfeng) also continued to increase their investments. This once again demonstrates the capital market’s high recognition of Kangnostem’s technological strength and […]
Accelerated Mass Production of Humanoid Robots! “Three Major Forces” Compete for the New Blue Ocean
The “first year of humanoid robot mass production” is no longer a vision, but an ongoing industrial race. As many enterprises have intensively announced their mass production schedules, humanoid robots are rapidly moving from laboratory blueprints to the broad “battlefield” of applications. Mass Production Pace Accelerates: From Laboratory Blueprint to Industrial Application Recently, the pace of mass production in the humanoid robot industry has significantly accelerated. Some enterprises have announced that they will achieve large-scale mass production within the next one to two years, and their products will accurately enter high-value tracks such as industrial manufacturing and home services. Other enterprises have stated that they have reached intentions […]
Jointly Developed Humanoid Robot PEEK Cycloidal Module Defines a New Standard for Lightweight Design
Recently, Luming Robot and Fuchun Dyeing & Weaving (Stock Code: 605189) have joined forces to successfully develop the industry’s first revolutionary joint module specifically designed for humanoid robots — the small-sized, large-hollow lightweight joint module. This module directly addresses the core pain points hindering the commercialization of humanoid robots, such as lightweight requirements, torque density, and rotation efficiency, achieving breakthroughs in multiple technologies: it not only delivers industry-leading torque density and weight reduction effects among products of the same size but also applies the industry’s pioneering optimized compound cycloidal tooth profile technology to the PEEK cycloidal reducer, significantly surpassing the rotation efficiency of traditional PEEK gear transmission. This achievement marks […]
