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Views: 0 Author: Site Editor Publish Time: 2025-10-24 Origin: Site
Today, a new 3D laser marking machine with a split-body structure and equipped with a high-performance MarkingMate galvanometer has been launched.
This increased heat dissipation area achieves astonishing performance with "fast heat dissipation and stable operation," setting a new standard for reliability in demanding industrial processing.
Unbelievable Stability: Whether operating continuously for 8, 16, or 24 hours, the machine delivers consistent output and processing results, significantly improving the yield rate of mass production.
Extreme Lifespan and Low Maintenance: The low-temperature operating environment significantly extends the service life of core components such as the laser and MarkingMate galvanometer, significantly reducing equipment failure rates and optimizing total cost of ownership (TCO).
Meeting Tough Challenges: It is particularly well-suited for deep engraving, high-speed on-the-fly marking, and fine processing of heat-sensitive materials (such as certain plastics and coatings), demonstrating advantages unmatched by traditional equipment.
Flexible Installation and Easy Integration: The split-body design allows for easy integration into complex applications such as automated production lines and robotic arms.
MarkingMate: Split Structure + Doubled Heat Dissipation Surface Design
The split structure isolates heat at the source:
The laser, controller, and marking head (including the galvanometer) are physically separated. This classic industrial design not only reduces the size of the marking head and improves installation flexibility, but also fundamentally eliminates heat accumulation between core heat sources, providing each module with independent, optimized heat dissipation space.
Features: Increased Heat Dissipation Surface Area, Stable Operation
The core of this upgrade lies in the revolutionary optimization of the heat dissipation system of the marking head, specifically the MarkingMate galvanometer module.
Large Heat Dissipation Fin Array: Precision-designed aluminum alloy heat dissipation fins are used in key areas of the marking head, increasing the total effective heat dissipation area by over 300% compared to traditional designs. This acts as a highly efficient external heat sink for the "brain" and "heart" of the device.
Passive Cooling: The large heat dissipation surface achieves efficient heat exchange through natural contact with the air. Without relying on noisy, aggressive fans, this design achieves fast, silent, and long-lasting heat dissipation, ensuring the device remains cool during long-term operation.
The MarkingMate galvanometer's ultimate stability:
The MarkingMate galvanometer is renowned for its exceptional repeatability and responsiveness. In this design, it is housed in a constant-temperature, cool operating environment created by its split-body structure and large heat dissipation surface. This allows the galvanometer to fully unleash its performance, completely eliminating accuracy drift caused by temperature fluctuations and achieving rock-solid operational stability.
