On December 13, Bodor Laser reached a significant milestone at its DreamSpace Super Factory as its 10,000th laser cutting machine rolled off the production line in 2025.The latest machine—a flagship M Series tube laser cutting system—has completed all production, inspection, and functional testing and is now ready for global delivery.
From the first machine to the 10,000th, this achievement reflects the cumulative results of Bodor Laser’s long-term focus on large-scale intelligent manufacturing and standardized quality management. It also demonstrates the company’s ability to scale advanced production while maintaining consistent performance, reliability, and delivery efficiency—capabilities that continue to earn the trust of customers worldwide.
DreamSpace: A Super Factory Built for High-Volume, Efficient Delivery
The rollout of the 10,000th machine signals that the DreamSpace Super Factory has entered a phase of stable, high-efficiency operation. The 74,000-square-meter facility operates as a single, integrated site, designed to support high-throughput production with efficient workflows and a strong emphasis on industrial design. Production is organized around continuous assembly lines combined with modular manufacturing, enabling smooth end-to-end processes and consistent output at scale.
“Our focus at DreamSpace is coordinated production and stable output, ensuring reliable manufacturing capacity,” said Lu Guohao, Head of the President’s Office, Bodor Laser.
By the end of the year, the factory is expected to operate more than 10 production lines, with monthly output exceeding 1,000 machines, providing a solid foundation for sustained global delivery.
In addition to mass production, the facility houses a dedicated R&D and pilot-production center, supporting the full cycle of laser equipment development, testing, and validation. High-standard ultra-clean workshops are also in place for the R&D and precision manufacturing of core components, including laser sources and cutting heads.
Through continuous optimization of production-line layout, the implementation of lean manufacturing practices, and the deployment of intelligent management systems, the factory has established efficient internal logistics, standardized operating procedures, and fully digitalized process control—driving measurable improvements in overall manufacturing efficiency.
Standardized Quality Control: Consistency and Reliability Across the Entire Lifecycle
Bodor Laser applies a zero-defect mindset across the entire product lifecycle, supported by a digitally driven, closed-loop quality management system. Quality is managed as an integral process—from design to delivery—rather than inspected in at the final stage.
“By integrating automation at the equipment level, intelligence at the software level, and lean principles at the management level, we are able to monitor, control, and adjust the production process in real time,” said Liu Jianqiang, General Manager of the Production Center at Bodor Laser.
Quality assurance begins at the development stage. Large-scale pilot workshops operate in close coordination with production lines under an Integrated Product Development (IPD) framework, enabling design, manufacturing, and validation teams to align from the concept phase and minimize downstream variability.
On the manufacturing floor, every machine undergoes rigorous verification procedures. These include precision optical assembly in Class 1,000 cleanroom environments, extended full-power endurance testing, and functional validation across temperature ranges from -20°C to 60°C. Together, these processes ensure long-term stability and consistent performance across high-volume production.
Quality data from R&D, supply chain, manufacturing, and after-sales service are consolidated within the Bodor QMS platform, which integrates 18 functional modules. This system enables end-to-end traceability, real-time quality monitoring, and continuous improvement driven by operational data rather than assumptions.
To support precision manufacturing, the factory employs centralized energy management systems and in-house efficiency controls to maintain stable temperature, humidity, and cleanliness conditions. Core component production lines operate based on LCIA reference lines, with key processes fully automated to ensure repeatability, accuracy, and long-term process stability.
Manufactured within this highly integrated system, Bodor Laser’s M Series flagship tube laser cutting machines incorporate advanced technologies such as four-chuck configurations and parallel dual-process machining. These features significantly enhance processing efficiency and material utilization, reflecting Bodor Laser’s continued focus on practical, performance-driven innovation.
The rollout of 10,000 machines is not only a milestone in Bodor Laser’s growth, but also a validation of its dual-engine strategy: system-level intelligent manufacturing combined with full-lifecycle quality control.
Looking ahead, Bodor Laser will continue to build on the capabilities of the DreamSpace Super Factory, further advancing intelligent manufacturing and pushing laser technology toward higher performance and greater intelligence—creating long-term value for manufacturers around the world.
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Country: China
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