The machining industry is currently at a critical juncture in switching between old and new driving forces. The dividends of the traditional extensive production model have faded. Price cuts are being passed on by car companies, and parts and components profits are constantly being squeezed. Labor shortages, management difficulties, production capacity bottlenecks, and process inheritance difficulties have become common problems that the entire industry cannot avoid.
The industry has generally realized that “single-point transformation” that only relies on replacing a few new machine tools and adding a few sets of robots can no longer support the long-term development of enterprises. What can really save the industry and factories is a new model of global smart factories that is “systematic, implementable, and high-return.”
Looking at the entire smart manufacturing track, there are obvious polarizations in the industry: on one end are international established companies, which specialize in ultra-precision equipment and brand premiums. The entire solution requires high investment and high adaptation threshold, and is not suitable for most domestic general parts processing companies; on the other end are many manufacturers that have followed suit and only build hardware and rely on third-party software to piece together intelligent modules. They have the name of intelligence but no real implementation, and cannot solve the practical problems of cost reduction, efficiency improvement, and manpower reduction.
The industry is in urgent need of a “localized, down-to-earth, integrated software and hardware” smart factory overall solution, and Qingluan Fuxing is taking on the role of reconstructing the industry’s smart manufacturing standards.
We do not follow the old path of simply benchmarking and imitating, but based on the real working conditions of domestic machining, we have embarked on an intelligent manufacturing path of “changing lanes, overtaking, and being autonomous and controllable”.
In the software ecology, which is generally lacking in the industry, Qingluan Fuxing insists on self-research of the entire chain, taking digital twin visualization, intelligent workshop scheduling, quick work order management, and multi-modal AI large models into its own hands, which is different from the current situation of peers outsourcing, grafting, and system fragmentation.
AI is deeply integrated into the entire machine tool production process. It is no longer a simple concept package, but actually realizes intelligent identification of drawings, independent process analysis, minute-level programming completion, and real-time compensation of processing errors. It also comes with intelligent work reporting and production data analysis capabilities, comprehensively upgrading from single-machine efficiency to whole-plant management efficiency.
At the hardware level, relying on the full spectrum of machine tools,
Inclined rail lathes, turn-milling composites, manipulators and flexible automated production lines meet the processing needs of shafts, discs, auto parts, textile machinery special-shaped parts and other industries.
In view of the pain points of small and medium-sized factories with narrow sites and limited layout, we innovatively customize curved trusses and adopt compact one-to-one and one-to-two automated layouts to achieve intelligent upgrades in limited spaces and efficiently resolve site problems.
The reconstruction of industry paradigms has never relied on slogans, but on large quantities of replicable implementation cases.
The Shiyan automobile bevel gear project, the Changzhou textile machine special-shaped parts project, and the Hebei automobile flange project cover many fields of auto parts and general machinery, and truly verify the value of the Qingluan Fuxing smart factory: significantly reducing on-the-job personnel, dramatically reducing labor costs, increasing production efficiency several times, and short investment return cycles. Some customers even directly expand factories after upgrading and continue to repurchase production lines, becoming a living example of intelligent transformation in the industry.
We objectively face the industry gap, and continue to learn and improve from international first-line brands in terms of ultra-precision processing technology and century-old manufacturing experience; however, we have formed obvious advantages in the four major dimensions of intelligent ecological collaboration, AI scenario implementation, localization adaptation, and comprehensive cost-effectiveness.
This equipment does not require a constant temperature workshop environment and does not rely on imported special tools.
It is sturdy and durable, suitable for general consumables, and can accurately meet 95% of general parts processing needs, greatly reducing the threshold and hidden costs of intelligent transformation for small and medium-sized enterprises.
Looking to the future, the competition situation in the machining industry will usher in a change.
The focus of competition is no longer limited to the performance of a single machine tool, but has jumped to an all-round competition of smart factory system capabilities.
Qingluan Fuxing breaks away from the traditional thinking of selling stand-alone machines. Based on self-research of integrated software and hardware, supported by real implementation cases, and with the original intention of cost-effective and inclusive industries, Qingluan Fuxing redefines new smart factory standards suitable for Chinese manufacturing companies.
Lead the industry to break through the misunderstandings of conceptual involution and single-point transformation, so that intelligence is no longer exclusive to large enterprises.
Help small and medium-sized factories realize intelligent manufacturing upgrades at low cost and low threshold, stabilize production capacity, maintain profits, and build long-term competitiveness during the industry reshuffle.
