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An enterprise specializing in the R&D of 3-axis general-purpose equipment, as well as the
An enterprise specializing in the R&D of 3-axis general-purpose equipment, as well as the production of non-standard automation equipment, sheet metal parts and supporting products for assembly lines
Focusing on the R&D and production of three-axis automated general-purpose equipment, with stable performance and strong versatility, suitable for standardized production scenarios across multiple industries.
Customize exclusive automated production line equipment based on customer working conditions to solve personalized production challenges.
One-stop supporting production for equipment sheet metal enclosures, rack processing, and assembly line conveying accessories.
Core functions: precision dispensing, precision welding, laser welding, automated testing, visual inspection, providing stable and intelligent automation solutions.
Learn more ›Covering precision dispensing, screw locking, lamination and assembly, inline inspection, and flexible loading and unloading, while balancing production takt time, yield, and rapid changeover.
Learn more ›For controllers, sensors, and precision components, we provide an integrated solution for assembly, press-fitting, welding, inspection, and traceability.
Learn more ›For battery cells, modules, and energy storage products, we provide precision dispensing, assembly, welding, visual inspection, and intelligent logistics solutions.
Learn more ›Complete equipment design, manufacturing, software development, assembly and commissioning, and delivery in accordance with the customer's process standards.
Learn more ›For repetitive assembly, handling, inspection, and processing tasks, provide stable and easy-to-maintain general-purpose automation equipment.
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Shenzhen Hongxinrui Technology Co., Ltd. was established in March 2016. It is an enterprise focusing on the research and development of three-axis general-purpose equipment, non-standard automation equipment, and the production of sheet metal and assembly line supporting products. The company currently has a total of 68 direct and indirect employees, including 28 designers.
The company's main business: undertaking the processing and manufacturing of three-axis screw locking, dispensing, hot press forming, and riveting equipment, as well as custom design of various non-standard automation equipment, while also selling direct-drive motor modules for general applications. The enterprise has long persisted in and encouraged technological innovation.
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The company has been deeply engaged in the automation industry for many years, with a well-structured team. It currently has 68 direct and indirect employees, including 28 professional designers, and its core technical team has solid experience.
Business coverage includes R&D of general equipment for three-axis screw locking, dispensing, hot-press forming, and press riveting; customization of various non-standard automation equipment; precision sheet metal processing; assembly line supporting production; and sales of direct-drive motor modules.
Whether standardized three-axis general-purpose equipment or personalized non-standard customized equipment, both can fit the production conditions of various industries, with outstanding equipment stability and practicality, and can precisely match customers' diverse and differentiated automated production needs.
Why are more and more factories choosing non-standard customized automation equipment? In today's highly competitive manufacturing environment, traditional standard equipment often struggles to meet special process requirements. When many factories upgrade their production lines, they find that standard equipment has issues such as efficiency bottlenecks, poor compatibility, and high labor costs. At this point, non-standard customized automation equipment becomes the key choice to solve these pain points. Non-standard customized automation equipment, as the name suggests, is automation equipment tailored to a company's specific production processes and product characteristics. Unlike general-purpose machines on assembly lines, it deeply integrates the actual working conditions of the factory, thereby significantly improving production.
Common challenges on the factory upgrade journey. Many manufacturing enterprises encounter the dilemma during production where standard equipment cannot meet special process requirements. Unstable assembly line connections, large manual operation errors, and long product changeover times are all pain points that constrain capacity improvement. When general-purpose machines struggle to adapt to complex processes, production plans often have to be adjusted, and delivery cycles become difficult to guarantee. Facing the trend of multi-variety, small-batch orders, traditional rigid production lines appear inadequate. Enterprise managers often hesitate when purchasing equipment, worrying both about high investment costs and that the equipment bought may not be usable. Behind this hesitation, what is reflected is
Why are more and more factories choosing non-standard customized automation equipment? In today's highly competitive manufacturing environment, traditional standard equipment often struggles to meet special process requirements. When many factories upgrade their production lines, they find that standard equipment has issues such as efficiency bottlenecks, poor compatibility, and high labor costs. At this point, non-standard customized automation equipment becomes the key choice to solve these pain points. Non-standard customized automation equipment, as the name suggests, is automation equipment tailored to a company's specific production processes and product characteristics. Unlike general-purpose machines on assembly lines, it deeply integrates the actual working conditions of the factory, thereby significantly improving production.
Common challenges on the factory upgrade journey. Many manufacturing enterprises encounter the dilemma during production where standard equipment cannot meet special process requirements. Unstable assembly line connections, large manual operation errors, and long product changeover times are all pain points that constrain capacity improvement. When general-purpose machines struggle to adapt to complex processes, production plans often have to be adjusted, and delivery cycles become difficult to guarantee. Facing the trend of multi-variety, small-batch orders, traditional rigid production lines appear inadequate. Enterprise managers often hesitate when purchasing equipment, worrying both about high investment costs and that the equipment bought may not be usable. Behind this hesitation, what is reflected is