About Bearing Automation Laser Marking Machine
MAPIS LASER & OPTICAL TECHNOLOGY Bearing Automation Laser Marking Machine can be used for cable, surgical instruments, tubes, data matrix, labels, cylindrical parts, electronic components, bearings, jewelry, plates, automotive parts, barcode, medical instruments, and many others. It is of heavy-duty design and robust structure. The parts of the machine have optimum strength and low maintenance. Bearing Automation Laser Marking Machine can provide marks on all mounting positions. The laser can be tailored to the part surface for making a significant reduction in the installation times as well as costs.
Specification of Bearing Automation Laser Marking Machine
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Brand
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MAPIS LASER
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Usage/Application
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INDUSTRIAL
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Laser Type
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FIBER
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Cooling
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AIR COOLED
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Marking Area
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150 X 150 MM
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Power
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30 WATT
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Weight
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120KG
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Laser Wavelength
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1064
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Color
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GREY/WHITE
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Advanced Laser Marking for BearingsOur Bearing Automation Laser Marking Machine leverages fiber laser technology to deliver permanent, high-contrast marks on bearing components. The integration of JCZ control software ensures user-friendly operation and high precision. Efficient air cooling and a robust design enable continuous use, supporting large-scale industrial marking demands. This solution caters to exporters, importers, manufacturers, service providers, suppliers, and traders throughout India.
Streamlined and Reliable OperationBenefit from an industry-standard 230VAC power configuration and a durable, new machine build. Our equipment prioritizes safety, stability, and versatility, meeting diverse marking requirements. The laser marking process requires minimal maintenance, making it cost-effective for long-term operation in demanding environments. With warranty support, you are assured of uninterrupted productivity and exceptional results.
FAQ's of Bearing Automation Laser Marking Machine:
Q: How does the Bearing Automation Laser Marking Machine operate?
A: This machine utilizes a fiber laser to produce precise, permanent engravings or markings on bearing surfaces. Operation is streamlined with JCZ control software, allowing easy design input and management through a user-friendly interface. The air-cooled system ensures consistent performance and reliability during extended use.
Q: What type of warranty is provided with this laser marking machine?
A: The machine comes with a standard 2-year warranty, covering manufacturing defects and functional issues to safeguard your investment. Warranty terms ensure access to technical support and necessary servicing within the stipulated period.
Q: When should I consider using this laser marking machine for my application?
A: If you require clear, durable markings on bearings for identification, traceability, or branding, this machine is ideal. It is particularly well-suited for manufacturers or suppliers seeking efficient and reliable marking solutions in large-scale production environments.
Q: Where can the Bearing Automation Laser Marking Machine be installed?
A: The machine is designed for industrial settings in India, suitable for use by exporters, importers, manufacturers, service providers, suppliers, and traders. Installation only requires a 230VAC power supply and standard workspace provisions for safe, optimal operation.
Q: What is the process for marking bearings with this machine?
A: Users design or import marking data into the JCZ control software, position the bearing, and initiate the marking sequence. The fiber laser then engraves the desired pattern, number, or code on the component seamlessly, ensuring efficiency and repeatability.
Q: How does air cooling benefit the laser marking process?
A: Air cooling eliminates the need for complex water-cooling systems, reducing maintenance and operating costs. This ensures stable temperature control, increased laser life, and uninterrupted marking even in continuous production scenarios.
Q: What are the key benefits of using a fiber laser marking machine for bearings?
A: Fiber laser marking offers high-speed, low-maintenance operation, producing permanent and highly legible marks. This technology is suitable for diverse metals, minimizes downtime, and ensures excellent precision-making it a valuable addition to any bearing production line.