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BodorPower
Self-Developed Laser Source
BodorPower
BodorPower uses high-brightness pump modules and advanced fused fiber technology to improve photoelectric conversion efficiency and beam quality while reducing operating costs. The cutting edge quality is higher, and the cutting speed has increased by 13%.
High Photoelectric Conversion Efficiency
Utilizing high-efficiency pumps and premium fibers, combined with advanced fused fiber technology and optimal fiber/component layout, BodorPower's photoelectric conversion efficiency exceeds 40%.
Stable Power Output
Real-time monitoring of multiple key points, such as output power detection and back-reflected light detection, ensures the laser source’s operation.
Low Power Attenuation Rate
Multiple high-power pump combinations bring power redundancy that exceeds industry standards. After 15,000 hours of continuous operation, the power is still greater than the rated output.
Customized Fiber Length and Diameter
Fiber length and diameter can be customized according to the user's actual working conditions for ease of use.
120000W
60000W
50000W
36000W
24000W
12000W
6000W
3000W
1500W
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BodorGenius
Self-Developed Laser Head
BodorGenius
BodorGenius features fully self-developed optics, gas, and water routes with multi-layer lens protection and IP65-rated protection. It has a larger focusing range of ±50, reduced pressure loss by 12%, improved water-cooling efficiency by 25%, and an 11% increase in cutting speed. All these deliver a wider cutting range, overcoming the limitations of irregular tubes with better cutting quality.
Good Protection
Using double-sealed upper protection technology, BodorGenius effectively isolates the fiber interface from internal optical elements, reducing contamination and extending the lifespan of internal lenses.
Intelligent Monitoring
Monitoring of optical element temperature, cavity humidity, cutting gas pressure, cavity pressure, and protective lens status provides real-time updates on the laser head’s condition.
Optical Fast Cooling Technology
The 8-channel water-cooling system improves heat dissipation efficiency and temperature stability of internal optical components, ensuring long-term, stable, high-quality cutting.
Bottom Protective Lens Position Detection
If the protective lens is missing, the bottom protective lens position detection prevents the machine from operating, enhancing laser head safety.
BodorGenius
BodorGenius features fully self-developed optics, gas, and water routes with multi-layer lens protection and IP65-rated protection. It has a larger focusing range of ±50, reduced pressure loss by 12%, improved water-cooling efficiency by 25%, and an 11% increase in cutting speed. All these deliver a wider cutting range, overcoming the limitations of irregular tubes with better cutting quality.
Dual Protection,
Longer Lifespan
Real-Time
MonitoringGood Protection
Using double-sealed upper protection technology, BodorGenius effectively isolates the fiber interface from internal optical elements, reducing contamination and extending the lifespan of internal lenses.
Intelligent Monitoring
Monitoring of optical element temperature, cavity humidity, cutting gas pressure, cavity pressure, and protective lens status provides real-time updates on the laser head’s condition.
Stable Cutting
Safer Operation
Optical Fast Cooling Technology
The 8-channel water-cooling system improves heat dissipation efficiency and temperature stability of internal optical components, ensuring long-term, stable, high-quality cutting.
Protective Lens Position Detection
If the protective lens is missing, the bottom protective lens position detection prevents the machine from operating, enhancing laser head safety.
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BodorThinker
Self-Developed Operating System
BodorThinker
BodorThinker utilizes the most advanced system structure and EtherCAT communication protocol and shortens the communication response time to 1ms. A closed-loop control and built-in nesting offer rich functions. With ten years of production experience, we provide customers with an exceptional operating experience.
Adaptive Control Technology
BodorThinker can automatically adjust control strategies based on real-time processing status and feedback, adapting to different processing scenarios to improve quality and stability.
Communication and Integration Technology
BodorThinker supports integration with MES and ERP systems via standard communication protocols and interfaces, enabling automatic management and information exchange during the production process.
Real-Time Control Technology
Real-Time Control Technology ensures real-time responsiveness and precise control of the machine.
Advanced Motion Control Algorithms
Utilizing advanced PID control and trajectory planning algorithms, BodorThinker achieves smooth motion trajectories and high-precision processing.
Data Processing and Optimization
By collecting and analyzing processing data, BodorThinker identifies potential issues within the machine, optimizing parameters to improve efficiency.
BodorThinker
BodorThinker utilizes the most advanced system structure and EtherCAT communication protocol and shortens the communication response time to 1ms. A closed-loop control and built-in nesting offer rich functions. With ten years of production experience, we provide customers with an exceptional operating experience.
Self-Adaptive,
Without Intervention
Without Intervention
Direct to Success
Adaptive Control Technology
BodorThinker can automatically adjust control strategies based on real-time processing status and feedback, adapting to different processing scenarios to improve quality and stability.
Communication and Integration Technology
BodorThinker supports integration with MES and ERP systems via standard communication protocols and interfaces, enabling automatic management and information exchange during the production process.
Multiple Technological Assurance
Fast, Precise, Stable, and Powerful
Real-Time Control Technology
Real-Time Control Technology ensures real-time responsiveness and precise control of the machine.
Advanced Motion Control Algorithms
Utilizing advanced PID control and trajectory planning algorithms, BodorThinker achieves smooth motion trajectories and high-precision processing.
Data Processing and Optimization
By collecting and analyzing processing data, BodorThinker identifies potential issues within the machine, optimizing parameters to improve efficiency.
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5-Year Warranty for Bodor Self-Developed
3 Core Laser Components -
BodorMES
Self-Developed Manufacturing Execution System
BodorMES
BodorMES is our fully self-developed system with source code. Based on the standard Industry 4.0 framework, 7 core modules, and over 40 preset workflows, it can offer customized solutions for various industries and help customers achieve digital transformation.
Data Integration and Connectivity
The MES system uses advanced data integration technology, allowing real-time data exchange and integration with various equipment, sensors, and systems.
Cloud Computing and Big Data Analysis
By utilizing cloud computing and big data analysis, BodorMES moves data storage and processing to the cloud, achieving highly scalable and flexible architecture.
AI and Machine Learning
AI and machine learning algorithms enable intelligent scheduling, quality forecasting, and fault diagnosis, continuously learning and optimizing the production process, improving efficiency, and maintaining consistent quality.
Real-Time Monitoring and Visualization
The real-time monitoring and visual interfaces display the status and performance indicators of production lines. It helps quickly identify anomalies and optimization opportunities.
Applications and Remote Access
Mobile apps and remote access allow monitoring of production processes anytime, anywhere, from mobile devices.
Customized Services
BodorMES is our self-developed system, so we have full source code. We can custom-develop and integrate interfaces according to user needs, ensuring seamless integration with third-party systems.
Strong Integration of
Big Data and AI
A Powerful Combination,
Unmatched Intelligence
Data Integration and Connectivity
The MES system uses advanced data integration technology, allowing real-time data exchange and integration with various equipment, sensors, and systems.
Cloud Computing and Big Data Analysis
By utilizing cloud computing and big data analysis, BodorMES moves data storage and processing to the cloud, achieving highly scalable and flexible architecture.
AI and Machine Learning
AI and machine learning algorithms enable intelligent scheduling, quality forecasting, and fault diagnosis, continuously learning and optimizing the production process, improving efficiency, and maintaining consistent quality.
Anytime, Anywhere
View on Your Demand
Custom Solutions,
Perfectly Tailored
Real-Time Monitoring and Visualization
The real-time monitoring and visual interfaces display the status and performance indicators of production lines. It helps quickly identify anomalies and optimization opportunities.
Applications and Remote Access
Mobile apps and remote access allow monitoring of production processes anytime, anywhere, from mobile devices.
Customized Services
BodorMES is our self-developed system, so we have full source code. We can custom-develop and integrate interfaces according to user needs, ensuring seamless integration with third-party systems.
BodorMES
BodorMES is our fully self-developed system with source code. Based on the standard Industry 4.0 framework, 7 core modules, and over 40 preset workflows, it can offer customized solutions for various industries and help customers achieve digital transformation.
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BodorNest
Self-Developed Nesting System
BodorNest
BodorNest supports various industry-specific software (such as Tekla, Tribon) and offers customized services. Compared to the previous version, it improves material utilization by 15% and increases nesting speed by 5%, ensuring seamless cutting.
Efficient Computing Speed
By utilizing self-developed technical algorithms and a distributed computing environment, BodorNest achieves efficient computing speeds through compilation optimization and data compression.
Intelligent Layout Optimization
The system employs optimization algorithms and layout techniques to maximize material and minimize waste. A built-in deep learning module enhances layout understanding and adjustment for better material utilization.
Broader Functions
BodorNest includes wide functional modules for data processing and analysis, whether it’s statistical analysis, machine learning, or data visualization, ensuring you have the right tools for every task.
Sensitivity Analysis and Optimization
BodorNest can assess the impact of various factors on layout effects and develop the best strategies to achieve precise and optimized nesting solutions.
Friendly User Interface and Interaction
The system features an intuitive and user-friendly interface, allowing users to complete complex tasks with simple operations.
Better Compatibility
BodorNest, with multi-language support and version compatibility, supports wide platforms and data formats, compatible with TEKLA and third-party tool integrations, offering a more flexible and comprehensive user experience.
Visual Display and Preview
BodorNest can easily visualize and evaluate layout plans and material usage with intuitive previews to adjust and optimize as needed for improved efficiency.
Customized Services
Built on self-developed core technologies, our system allows for personalized customization and expansion based on user needs, providing tailored solutions for every workflow.
BodorNest
BodorNest supports various industry-specific software (such as Tekla, Tribon) and offers customized services. Compared to the previous version, it improves material utilization by 15% and increases nesting speed by 5%, ensuring seamless cutting.
Efficient Computing Speed
By utilizing self-developed technical algorithms and a distributed computing environment, BodorNest achieves efficient computing speeds through compilation optimization and data compression.
Friendly User Interface and Interaction
The system features an intuitive and user-friendly interface, allowing users to complete complex tasks with simple operations.
Intelligent Layout Optimization
The system employs optimization algorithms and layout techniques to maximize material and minimize waste. A built-in deep learning module enhances layout understanding and adjustment for better material utilization.
Better Compatibility
BodorNest, with multi-language support and version compatibility, supports wide platforms and data formats, compatible with TEKLA and third-party tool integrations, offering a more flexible and comprehensive user experience.
Broader Functions
BodorNest includes wide functional modules for data processing and analysis, whether it’s statistical analysis, machine learning, or data visualization, ensuring you have the right tools for every task.
Visual Display and Preview
BodorNest can easily visualize and evaluate layout plans and material usage with intuitive previews to adjust and optimize as needed for improved efficiency.
Sensitivity Analysis and Optimization
BodorNest can assess the impact of various factors on layout effects and develop the best strategies to achieve precise and optimized nesting solutions.
Customized Services
Built on self-developed core technologies, our system allows for personalized customization and expansion based on user needs, providing tailored solutions for every workflow.
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BodorDriver
Self-Developed Transmission System
BodorDriver
BodorDriver ensures the performance and stability of core transmission components through precise mechanical calculations. Compared to off-the-shelf products, BodorDriver offers higher compatibility, better suited for the high-speed reciprocating motion of laser cutting equipment.
High-Precision Position Control
It features high-resolution positioning feedback devices and precise position control algorithms to achieve high-precision positioning for laser cutting.
Extensive Communication Interfaces
BodorDriver supports pulse, EtherCAT, M3, and PROFINET bus control, enabling more reliable data exchange and communication.
High-Speed Motion and Fast Response
With self-developed high-performance speed loop control algorithms and optimized motor inertia ratio, BodorDriver provides fast data sampling and calculation capabilities for quick and precise cutting motion.
High Anti-Interference Capability
BodorDriver utilizes comprehensive anti-interference strategies to achieve high reliability and stability in motors and drivers, ensuring secure laser processing.
Reliability and Durability
With impeccable design and rigorous testing, BodorDriver can operate stably for extended periods under heavy loads and harsh environments.
BodorDriver
BodorDriver ensures the performance and stability of core transmission components through precise mechanical calculations. Compared to off-the-shelf products, BodorDriver offers higher compatibility, better suited for the high-speed reciprocating motion of laser cutting equipment.
Precise Positioning
Efficient Cutting
Extensive Interfaces
Reliable Transmission
High-Precision Position Control
It features high-resolution positioning feedback devices and precise position control algorithms to achieve high-precision positioning for laser cutting.
Extensive Communication Interfaces
BodorDriver supports pulse, EtherCAT, M3, and PROFINET bus control, enabling more reliable data exchange and communication.
Ultra-Fast Response
Ultra-Strong Reliability
Ultra-Long Durability
High-Speed Motion and Fast Response
With self-developed high-performance speed loop control algorithms and optimized motor inertia ratio, BodorDriver provides fast data sampling and calculation capabilities for quick and precise cutting motion.
High Anti-Interference Capability
BodorDriver utilizes comprehensive anti-interference strategies to achieve high reliability and stability in motors and drivers, ensuring secure laser processing.
Reliability and Durability
With impeccable design and rigorous testing, BodorDriver can operate stably for extended periods under heavy loads and harsh environments.
Self-Developed, New Breakthrough
Bodor Laser has focused on researching core optical components and refining industrial software and intelligent systems to create value enhancements for customers with disruptive innovation technologies.
