In the business world, there are many companies chasing short-term profits, but there are very few companies like Zoomlion that dare to go against the cycle and spend money on innovation and give back real money to scientific researchers.
Zoomlion, the leader in the construction machinery industry, used a high-profile scientific and technological innovation conference to refresh the industry’s understanding of scientific innovation incentives.
The 7th Science and Technology Innovation Conference was held in Changsha. The company directly provided a huge bonus of 22 million yuan to truly reward internal high-quality scientific and technological innovation achievements and core technical talents.
Looking at the entire industry, how many companies can do this?
What the outside world sees is the lively scene of tens of millions of bonuses. What really supports this confidence is the company’s effective innovation system that has been cultivated for many years.
This high reward is by no means a marketing gimmick to gain popularity, nor is it an arbitrary decision made by the boss.
The company adheres to hard-core R&D investment standards all year round, and nearly 80% of annual revenue continues to feed technology iterations. Eight national-level scientific research platforms operate efficiently all year round, and mature 4.0A innovation projects run through the entire product development process.
Under a sound institutional framework, all award selections are open, transparent and evidence-based.
84 high-quality scientific and technological innovation achievements, 16 top-notch technical talents, and 10 elite R&D teams have won honors and bonuses based on their true abilities. Only those who do can excel, which has always been the company’s unchanging selection and award criteria.
Many of the projects on the award list have already jumped out of the inherent boundaries of traditional construction machinery, demonstrating the company’s forward-looking strategic vision.
The most valuable future award awarded by the conference went to the Zhongke Yungu Biped Humanoid Robot Project.
The one-meter-three-meter intelligent humanoid robot breaks the public’s stereotype of engineering equipment.
The R&D team deeply cultivates the core technology of embodied intelligence and abandons useless research and development in the laboratory.
The equipment is adaptable to various complex scenarios such as construction sites, mining operations, and farmland work, and can autonomously complete high-intensity heavy manual labor, high-risk environmental operations, and repetitive mechanical work, truly filling the blank areas of intelligent construction in the industry.
The rise of the new generation of technological power can better demonstrate the foundation of corporate talent cultivation.
The exclusive science and innovation honor Zoomlion Science and Technology Star belongs to a 28-year-old young sensor algorithm engineer.
He led the team to overcome technical barriers and successfully realized the comprehensive domestic replacement of long-angle sensors.
This core component was successfully assembled on the R20000-720 giant tower crane equipment. This super equipment can carry the weight of 500 cars at a time. Relying on a new sensing algorithm, it can accurately avoid 519 types of collision risks, fully equipped with intelligent safety protection capabilities, and its hard-core technical strength is clear at a glance.
Technology that can be practiced on paper is worthless, and hard-core products that can be realized and monetized are the foundation of an enterprise.
Many of Zoomlion’s self-developed equipment have already left the laboratory and are selling well in the global market.
The 300-ton electric drive mining truck is running stably in major mines in Australia and Chile. The 82-meter ultra-high-altitude working platform has been assembled and delivered in the Hungarian factory. The 100-kilogram hydrogen-powered drone can withstand extreme low-temperature environments.
In the severe cold weather of minus 25 degrees Celsius in Inner Mongolia in 2025, the device still achieved a stable battery life of 42 minutes.
All products have completed contract sales and been put into real-life operation, and their market recognition can withstand on-site testing.
The achievements of intelligent, digital and green transformation have long become the main source of corporate revenue.
In 2025, the company’s sales of new intelligent low-carbon equipment will account for 74.5% of the overall revenue.
For every ten pieces of engineering equipment sold, 7.5 are equipped with artificial intelligence systems, data computing modules and low-carbon energy-saving technologies. The transformation and upgrading of traditional heavy industry enterprises has already taken shape.
The development pattern of enterprises has never been limited to the domestic market. The global R&D and production layout is step by step and interconnected.
The Hungarian factory, which will be put into operation in 2025, specializes in the production and manufacturing of high-end high-altitude machinery and equipment.
In 2026, the second phase of the Waldlaubersheim plant in Germany will be officially launched, focusing on the technology research and development and mass production of high-end hydraulics and core transmission systems.
In February 2026, Changsha Zoomlion Digital Intelligence Park successfully started construction, specializing in AI model training and industrial vision algorithm research and development.
A complete global industrial system is taking shape.
Changsha is responsible for core R&D and data iteration, Germany is responsible for core component technology, Hungary is responsible for complete machine assembly and production, and overseas equipment operation data is returned to local areas to continuously optimize algorithms.
The UTC tower crane intelligent driving system has been fully implemented in 37 construction sites in Southeast Asia. The autonomous anti-collision, remote intelligent dispatching, and intelligent energy consumption optimization functions operate stably, and the level of intelligence far exceeds traditional manual operations.
Green production and intelligent research and development achieve two-way integration and complement each other.
In 2022, Yuanjiang Branch was successfully awarded the national green factory, and subsequently Changde Hydraulic Company successfully won the same honor.
The earthmoving machinery park under construction in 2026 will strive to build an industry benchmark zero-carbon factory.
All production equipment in the factory uses clean electricity, and the power supply relies on the photovoltaic power station and supporting energy storage facilities in the factory to truly achieve zero carbon emissions in the production process.
Different types of equipment share core technology systems. The electric drive chassis of the fire extinguishing and smoke exhaust robot shares a battery thermal management system with the hydrogen drone.
The weed visual recognition algorithm of the embankment inspection intelligent equipment and the curtain wall crack inspection algorithm of the aerial work platform are produced by the same R&D team. The reuse of technology greatly improves innovation efficiency and reduces R&D costs.
Behind the high-profile achievements, companies are also facing real market pressure.
The financial report data for the first quarter of 2026 is clearly visible. The company’s net profit fell by 37.3% compared with the same period last year.
This data caused a lot of controversy in the market.
Many investors believe that high investment in research and development will compress short-term profits, and the high margin of securities lending in the secondary market is enough to prove the wait-and-see attitude of the capital market.
Everyone is waiting for the company’s cutting-edge technology to translate into real orders, stable payment collections, and continued repurchases.
Enterprises understand that hard work can lead to breakthroughs.
Every time a new product is launched, the sales and technical teams will be stationed in the mining area to track it for three days, monitoring the continuous operation performance of the equipment throughout the process.
Every export high-altitude equipment will complete a 72-hour non-stop crosswind resistance limit test in a Dutch wind tunnel.
Strict quality control standards protect the effectiveness of every technological innovation.
This science and technology innovation conference showcased more than 130 cutting-edge achievements, more than half of which were independent breakthroughs in core components.
Digital hydraulic valves, intelligent AI controllers, electric drive axles and other seemingly ordinary accessories are precisely the core foundation of high-end engineering equipment.
The carbon fiber arm technology used in the new pump truck originated from the company’s continuous development after the company acquired the Italian CIFA company in 2008.
After the team completed the technology grafting, they independently optimized and innovated. Compared with traditional steel materials, the new boom is 40% lighter and the service life of the equipment is greatly extended.
The innovation path of introducing technology, digesting and absorbing it, and independently iterating allows enterprises to completely get rid of the stuck core technology dilemma.
Think of the source when you drink water. The company’s current industry status is inseparable from decades of persistence and the silent hard work of generations of scientific researchers.
In the early days of entrepreneurship, founder Zhan Chunxin led a team of seven people and had a difficult start with a start-up capital of 500,000 yuan.
After decades of hard work, the company has grown into an industry giant with tens of thousands of R&D personnel.
What remains unchanged is the hard work of frontline scientific researchers.
Countless young engineers have taken root in the factory. Their daily work clothes are covered with dust. They have simple meals, sit at their desks late at night to optimize code, and go to the construction site early in the morning to debug equipment.
After the tens of millions of bonuses were distributed, many scientific researchers summed it up in just four words, saying that they had stayed up all night in vain.
All the tens of millions of bonuses have been awarded, and the pace of corporate innovation has never stopped.
A brand-new list of technical challenges has already been posted on the wall. Problems such as thermal runaway warning for hybrid mining truck batteries, gait optimization of humanoid robots on gravel roads, and low-temperature hydrogenation interfaces for hydrogen drones have become the team’s focus in the next stage. The densely packed red time nodes bear witness to the company’s never-ending pursuit of innovation.
It is advisable to take a long-term view. Short-term profit fluctuations have never been the ultimate pursuit of a hard-core technology company.
Being willing to invest heavily in R&D, treating scientific research talents with sincerity, and daring to lay out the future track, this pattern and courage are the real trump cards for Zoomlion to remain at the top of the industry.
