Zhengheng Power 2025 Annual Year-end Recognition Conference
Time marches on, and our endeavors never cease. Upholding the consistent spirit of perseverance, Zhengheng Power’s factories successfully held the 2025 annual year-end commendation conference in a solemn and focused manner.
This conference reviewed the footprints of our year-round efforts, profoundly summarized the achievements of our development, and clarified the direction for our future progress, injecting a strong motivation for all Zhengheng people to continue striving.
Role models of glory, leading the way forward
The award ceremony was held in a grand and enthusiastic atmosphere. In the complex and volatile market environment of the past year, a group of outstanding employees and benchmark teams who are dedicated to their work, fulfill their duties and responsibilities, and achieve outstanding performance stood out and accepted their honors.
Each certificate not only embodies the wisdom and sweat of the awardee, but also symbolizes the values and pursuits that Zhengheng people jointly adhere to. Amidst the applause, it conveys the respect of all colleagues towards the strivers, and also resonates strongly with the corporate spirit of “struggle and responsibility”.
Summary and Outlook
Subsequently, the chairman delivered a speech summarizing the past and looking ahead to the future. He first expressed his heartfelt gratitude to all the commended individuals and every Zhengheng employee who had remained dedicated to their posts, fully acknowledging their resilience, dedication, and contributions demonstrated in the complex environment of 2025.
Based on the current situation and looking ahead to the new journey, the chairman clearly elaborated on the strategic focus and development expectations for the next stage of the company. He encouraged all employees to take exemplary colleagues as role models, maintain a pragmatic approach, continuously strive for excellence and innovation, and jointly propel Zhengheng Power to steadily and far-reaching progress on the road ahead, achieving even greater successes.
The 2025 year-end commendation conference was not only a grand gathering to pay tribute to the advanced and commend the excellent, but also a mobilization meeting to build consensus, boost morale, and clarify direction. It made every Zhengheng person feel the value of struggle and the joy of harvest.
The journey is long and the winds are strong, yet we set off again with a heavy responsibility. The struggle of 2025 has come to an end, and the journey of 2026 is slowly unfolding. Standing at a new historical starting point, we once again unite the consensus and determination of Zhengheng people. All Zhengheng people will continue to work together, be down-to-earth, and take firm steps to meet new challenges, creating a solid and brilliant tomorrow.
Post time:
Feb-12-2026
Previous:
3D printing sand mold technology revolutionizes small-batch casting production In the casting industry, small-batch, customized, and complex parts have always been pain points. Traditional sand casting requires mold making, with a set of molds costing tens of thousands and taking 15-30 days to complete. Moreover, once the mold is finalized, it cannot be modified. For small-batch orders ranging from dozens to hundreds of pieces, mold costs account for over 60%, leading to the situation where “small batches are not profitable and customized orders are not dared to be accepted”. The emergence of 3D printing sand mold technology has completely changed this situation. Key points of popular science: What is 3D printing sand mold technology? In layman’s terms, it is a technology that uses quartz sand as the main raw material and resin as the binder, and through the 3D printer, it sprays and solidifies layer by layer according to the design drawings, directly forming the sand mold. It eliminates the cumbersome processes of traditional mold making, mold repair, and mold removal, equivalent to “directly printing out the ‘mold shell’ of the casting”. Compared with traditional sand casting, its core advantages lie in “die-free, rapid, and high precision”, especially suitable for the production of small batches of complex structural castings. The specific disruptive logic is reflected in three core dimensions. Disruption Point 1: Significantly reduce the threshold for small-batch production and break the “cost dilemma”. In traditional small-batch casting production, mold cost is the core burden. However, 3D printing sand molds eliminates the need to make traditional molds, directly printing sand molds based on design drawings. The cost of a single sand mold can be reduced by 30%-50%. Even for small-batch orders of dozens of pieces, reasonable profits can be achieved, completely solving the industry pain point of “small batches are not cost-effective” and enabling the implementation of customized and niche casting demands. Disruption Point 2: Shortening R&D and production cycles to seize market opportunities. The traditional mold making cycle takes 15-30 days, and with trial casting and mold repair, the entire small batch production cycle can last up to 1-2 months. However, 3D printed sand molds can achieve “design on the same day, printing on the same day, and trial casting the next day”, shortening the overall production cycle by more than 70%. For scenarios such as new product development and emergency customization, sample iteration can be quickly completed, helping enterprises shorten the R&D cycle and seize market opportunities. Disruption Point 3: Breaking through the limitations of complex structure formation and expanding the application scenarios of castings. Traditional sand casting is limited by molding processes, making it impossible to achieve integrated formation of complex internal channels, irregular structures, and thin-walled structures. Many complex castings require disassembly and subsequent assembly, which not only affects accuracy but also reduces structural strength. However, 3D printed sand molds can accurately reproduce any complex structure, whether it is the complex water jacket and oil passage of an engine cylinder block or the irregular structure of power components for low-altitude aircraft. They can be formed in one go, and the dimensional accuracy error can be controlled within ±0.05mm, expanding the application scenarios of castings. Currently, Zhengheng Power has successfully applied 3D printed sand molds to small-batch production and new product development in fields such as engine components and precision machinery parts. This has achieved full process coverage from prototype development to small-batch trial production to large-scale production, freeing innovation from the constraints of traditional molds.
Next:
The key to the take-off of low-altitude economy lies in the driving force! What exactly is the difficulty in developing core components for eVTOL?
