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HBS-GQ-20A1
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The HBS-GQ-20A1 fiber laser marking machine introduces a newly enclosed design which fully complies with German safety regulations. Engineered specifically for rigorous industrial manufacturing environments, this equipment prioritizes operator protection without compromising on operational speed. The integrated self-shutdown system and the optional waste air exhaust system ensure the health condition and the safety of the operating personnel by actively removing metallic particulates and maintaining a clean breathing zone. Safety protocols are hardwired into the machine's core logic: when the door opens unexpectedly, or the emergency button is pressed down, the system will automatically shut down, halting all laser emissions instantly to prevent accidental exposure.
Delivering exceptional versatility across diverse production lines, from 20W to 100W, we will provide the most suitable laser marking source based on your needs. No matter you want annealing, engraving, ablating, etc., GQ 20A1 can achieve your desired results with no problem. The system is designed to minimize setup times and eliminate guesswork. The focus finder system, pilot laser, easy to use software, motorized Z axis, all integrated features will make your marking process more efficient and productive. Operators can seamlessly transition between different workpiece batches, relying on the precise mechanical movements and clear visual guides to maintain continuous output.
The machine is with complete cover design, fully comply with Germany laser safety regulations. The cover have safe system inside: when the door is not completed closed, or open when marking, the laser will shut off immediately. This physical barrier ensures that stray reflections are entirely contained within the processing chamber.
Visual floor management is simplified through a highly visible multi-status indicator. The warning light have three functions: when the machine is ready for marking or marking procedure is completed, the light will becomes green; when the machine is in operation or marking, the light will becomes orange or yellow; when the machine is not closed properly(someone open the door when the machine is working), or the machine is not safe, the light will becomes red and it will also alarm, emitting a distinct audible alert that cuts through ambient factory noise.
The front door is very safe which is fixed with anti-laser glasses for protecting the operator from hurting by laser emitting. This specialized radiation-blocking observation window allows quality control personnel to safely monitor the ablation process in real-time without requiring cumbersome external safety goggles.
Adaptability is crucial for varied manufacturing tasks. The cover and the machine is flexible, the cover is removable, so if the customer want to mark big parts, they can remove the cover. This modularity means you retain the safety of an enclosed system for standard components, while maintaining the capacity to process oversized or irregularly shaped heavy machinery parts.
This computer is in integrated design, computer and the screen is in one part, it's touch screen, offering a smooth, tactile response even when operators are wearing industrial protective gloves. Alternatively, it can controlled by remote mouse and keyboard for extended programming sessions or complex data entry tasks.
To support a green and sustainable workshop environment, the whole machine can be equipped with air fume extractor, which can absorb and filter the dust from air, prevent the inhalation of dust air and protect the operator. The extractor operates with a quiet, steady hum, efficiently capturing the microscopic metallic oxides generated during deep engraving.
The core components of the HBS-GQ-20A1 are engineered for exceptional durability and continuous operation in demanding production facilities. The highly stable fiber laser source guarantees that beam quality remains consistent across thousands of operational hours, preventing degradation in mark clarity. The precision motorized Z-axis operates with micro-level accuracy, ensuring the focal length is perfectly maintained regardless of the component's surface geometry. Below is the comprehensive data sheet detailing the specific operational capacities, cooling requirements, and electrical specifications that make this unit a reliable asset for heavy-duty processing.
The HBS-GQ-20A1 is an indispensable tool across multiple manufacturing sectors, specifically designed to meet the rigorous traceability requirements of modern industry. In automotive parts production, it creates permanent, high-contrast VIN numbers and 2D matrix codes that withstand engine heat and chemical exposure. For hardware tools and precision electronic components, the machine delivers microscopic, crisp logos and serial numbers without altering the structural integrity of the base material. Furthermore, its clean operation makes it highly suitable for medical device manufacturing, where non-toxic, surface-level annealing on surgical stainless steel is mandatory. It perfectly adapts to a wide spectrum of materials, including carbon steel, aluminum, brass, titanium, and various industrial-grade hard plastics.
Understanding the critical nature of precision optics and calibrated mechanical axes, our packaging protocol is designed to eliminate any risk of transit damage. Each HBS-GQ-20A1 unit is secured within a heavy-duty, export-grade wooden crate. The internal components are wrapped in moisture-barrier materials and cushioned with custom-molded shock-absorbing foam. This multi-layered protection strategy ensures that the touch screen panel, the motorized Z-axis, and the sensitive laser source remain entirely immobilized, arriving at your facility in perfect alignment and ready for immediate deployment.
The true value of the GQ 20A1 lies in its output quality. Whether executing deep ablation that leaves a distinct tactile groove on hardened steel, or performing smooth surface annealing that permanently alters the metal's color without physical indentation, the results are consistently flawless. The edges of barcodes, intricate company logos, and alphanumeric serial numbers are rendered with razor-sharp precision, ensuring 100% readability for automated scanning systems over the entire lifespan of the marked component.
