This bar chart displays statistics of various message types triggered during DA-Control operation. Only messages that were active during system runtime are recorded, including the following categories:
High-Precision Laser Cutting Solution: Versatile, Efficient, and Durable"
This bar chart displays statistics of various message types triggered during DA-Control operation. Only messages that were active during system runtime are recorded, including the following categories:
Automatic 6～12KW Laser Sheet Metal Cutting Machine
High Efficiency"
Features a Japanese servo drive system for rapid, energy-saving cuts that boost productivity.
ULE Enclosed Type Exchange Table Fiber Laser Cutter
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Designed for minimal upkeep with a user-friendly structure, reducing long-term operational costs.
Delivering flawless, burr-free cuts on various metals, ensuring superior finish and precision for high-quality production.
Implementing low-maintenance designs with durable components, supported by excellent service to maintain consistent performance.
Professional Laser Cutting Control System.
Integrates file reading, design output and processing control. A set of software can complete the whole process from design to processing.
Based on Windows operation development.
Support a variety of file rich layer interface
Simple and practical cutting software.
consumables
Low
Hard.
Simple
Swing welding.
NO
Standard.
The welding width adjustable
Included and Improving.
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Enables precise cutting of various materials, including carbon steel, stainless steel, and aluminum alloys, achieving efficient, non-contact processing.
Focusing a laser beam via optical lenses, with the beam from a fiber laser source collimated and directed onto the workpiece. A dynamic height sensor adjusts the focal point for consistent cutting across uneven surfaces, while a protective lens and gas system shield optics and remove molten material. They excel in precise, high-speed cutting of metals like carbon steel and aluminum, serving industries such as automotive and manufacturing with clean cuts and minimal heat impact.
Mortise and tenon structure and heat treatment of laser cutting machine.
- The annealing process of the whole machine to eliminate the internal stress, and the large-scale shot blasting process The steel plate is welded, and the tempering treatment bed has stronger rigidity, long service life and no deformation more than 20 years.
- Humanized design, more practical user experience. Simple operation The control system is simple to operate and easy to learn with more comprehensive compatibility, more flexible and effective processing. High precision, with high production and processing quality.
- Processing can carry out multi axis coordination, easily produce complicated designs. When machining parts are changed, generally only a program be written, which can save production site management time and save human capital work.
- The rigidity is large and the output rate is high; the feeding and unloading is very convenient and can alleviate the labor efficiency.
Enhanced Precision and Stability
HIWIN guides ensure μm-level accuracy with low-friction rolling motion, while YYC racks (European Grade 6) minimize backlash for consistent, high-quality cuts.
Improved Efficiency and Speed
HIWIN’s low-friction design enables rapid, slip-free motion, and YYC racks support high-speed linear motion, boosting productivity.
Durability and Longevity.
HIWIN guides, with 70 HRC hardness, resist wear, and YYC racks endure heavy loads, ensuring long-term reliability in tough conditions.
Versatility Across Applications
HIWIN guides handle multi-directional loads and self-align, while YYC racks (straight/helical) suit various machines, offering flexibility.
INOVANCE Servo Motors & Drivers for Fiber Laser Cutter
Ensuring accurate laser beam movement for complex sheet or tube processing, while enhancing dynamic response and multi-axis coordination.
Precise Motion Control
High-Speed Performance
Enhanced Stability and Smooth Operation
Energy Efficiency and Low Heat Generation
Reliability and Low Maintenance.
Stability and Durability
Strong Adaptability.
HANLI Cooling System for Laser
Cooling systemhas good quality and high temperature control accuracy; stable and reliable performance, low failure rate, energy saving and power saving; personalized design, etc.
- Superior Performance Parts for Stability.
- Using honeycomb structure beam design high strength, high rigidity, light weight.
- SHIMPO reducer with high precision, silent, long life, no oil leakage, large torque and other fine characteristics.
CAMT Laser Cutting Machine Quality
CAMT made by laser cutting can basically be used only once, and can be used directly without other post-processing, so that the processing technology of the product has been well optimized. In addition, the edges of the cut product will not have sags or burrs, and the surrounding thermal deformation is relatively small, so small that it can be ignored.
By understanding the advantages of laser cutting, we know that many processing advantages cannot be achieved by traditional mechanical processing, and these advantages of laser cutting are exactly what we need for processing now, so laser cutting just goes with the flow. It has become the most popular and most used processing method in the processing industry.
High Performance Technical Specification of CAMT Laser.
Parameter
Max. Running Speed 120M/MIN.
X/Y Location Precision 0.01MM
X/Y Repeated Location Precision 0.03MM.
Machine Gross Power <10KVA
Running Humidity < 90%.
Soft stop mode
- Automatic Exchange Table
- While one workbench performs laser cutting, the other can simultaneously handle material loading and unloading, significantly reducing downtime and improving production efficiency. This mechanism is particularly well-suited for high-volume, fast-paced metal processing scenarios.
- Principle of Laser Cutting Processing
- Based on the thermal effect and material removal mechanism of a high-power laser beam. A laser generates a high-energy-density beam, which is focused into an extremely small spot (less than 0.1 mm in diameter) via an optical system and directed onto the metal sheet surface. The laser’s high energy rapidly heats the metal locally to its melting or vaporization point, while an assist gas (such as nitrogen, oxygen, or air) is blown at high pressure to expel the molten or vaporized metal from the cut, forming a kerf.
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- Stability and Durability
- Strong Adaptability
HANLI Cooling System for Laser
Cooling systemhas good quality and high temperature control accuracy; stable and reliable performance, low failure rate, energy saving and power saving; personalized design, etc.
Superior Performance Parts for Stability
- Using honeycomb structure beam design high strength, high rigidity, light weight
- SHIMPO reducer with high precision, silent, long life, no oil leakage, large torque and other fine characteristics.
CAMT Laser Cutting Machine Quality
CAMT made by laser cutting can basically be used only once, and can be used directly without other post-processing, so that the processing technology of the product has been well optimized. In addition, the edges of the cut product will not have sags or burrs, and the surrounding thermal deformation is relatively small, so small that it can be ignored.
By understanding the advantages of laser cutting, we know that many processing advantages cannot be achieved by traditional mechanical processing, and these advantages of laser cutting are exactly what we need for processing now, so laser cutting just goes with the flow. It has become the most popular and most used processing method in the processing industry.
High Performance Technical Specification of CAMT Laser
Parameter
- Max. Running Speed 120M/MIN
- X/Y Location Precision 0.01MM
- X/Y Repeated Location Precision 0.03MM
- Machine Gross Power <10KVA
- Running Humidity < 90%
- Max. Accelerated Speed 1.5G
Automatic Exchange Table
While one workbench performs laser cutting, the other can simultaneously handle material loading and unloading, significantly reducing downtime and improving production efficiency. This mechanism is particularly well-suited for high-volume, fast-paced metal processing scenarios.
Principle of Laser Cutting Processing
Based on the thermal effect and material removal mechanism of a high-power laser beam. A laser generates a high-energy-density beam, which is focused into an extremely small spot (less than 0.1 mm in diameter) via an optical system and directed onto the metal sheet surface. The laser’s high energy rapidly heats the metal locally to its melting or vaporization point, while an assist gas (such as nitrogen, oxygen, or air) is blown at high pressure to expel the molten or vaporized metal from the cut, forming a kerf.