BY Laser’s laser marking machine delivers rapid, non-contact engraving of serial numbers, barcodes, and logos on metal and plastic substrates. Featuring a 50 W fiber-laser source, high-precision galvanometer scanners, and optimized scanning algorithms, it ensures crisp, permanent marks at speeds up to 8 m/s. Manufactured under ISO 9001 quality systems, our solution includes user-friendly marking software, integrated fume extraction, and remote-diagnostics capability. B2B clients benefit from turnkey installation, operator training, and global logistics support—streamlining high-throughput part identification workflows.
Different substrates require tailored wavelengths. BY Laser’s multi-wavelength laser marking machines combine fiber (1,064 nm) and UV (355 nm) sources to optimize marking on metals, polymers, and glass. Automated head switching and unified control software enable quick transitions between applications. ISO 9001-compliant manufacturing includes wavelength calibration and process validation. B2B partners benefit from a single platform covering diverse marking needs—simplifying procurement and enabling mixed-material production without tool changes.
Marks must endure chemicals, abrasion, and extreme temperatures. BY Laser addresses this with laser marking machines that employ deep-etch and annealing techniques using controlled pulse regimes. ISO 9001-certified production includes accelerated aging tests—salt spray, rub resistance, and thermal cycling—to validate mark permanence. Industries such as automotive, aerospace, and oil & gas rely on our systems to apply legible, indelible codes that withstand rigorous service conditions, ensuring part authenticity and lifecycle management.
Sustainability meets performance with BY Laser’s energy-efficient laser marking machines. Our systems consume less power while maintaining excellent marking quality. BY Laser helps B2B partners reduce their environmental footprint without compromising operational goals, making our solutions both responsible and productive.
BY Laser specializes in fiber laser marking machines designed for high-contrast, permanent markings on metal and plastic. These systems offer superior marking depth and clarity. Suitable for demanding applications, BY Laser machines empower B2B partners to enhance branding and traceability in manufacturing processes.
As a genuine laser equipment manufacturer, BY Laser offers a seamless experience from research and development to sales. This integrated approach ensures a streamlined product development cycle, ensuring that our machines are cutting-edge and tailored to our customers' needs.
BY Laser provides beautiful pricing that eliminates any middleman price difference, ensuring you get the best value for your investment. We believe in offering high-quality machines and services without compromising on cost, making us a cost-effective choice for your laser marking requirements.
We excel in exceptional customer service. Our skilled tech team offers assistance with free training, technical support, and troubleshooting. From selection to long-term use, BY Laser ensures a seamless and fulfilling experience with your laser marking equipment.
Advanced laser technology ensures exact, reliable cleaning results.
Achieves rapid marking speeds, enhancing productivity.
Ensures accurate and clean cuts with minimal material waste.
Reduces thermal distortion, preserving material integrity.
We offer fiber (1,064 nm), UV (355 nm), CO₂ (10,600 nm), and dual-source configurations for versatile marking.
Compatible substrates include stainless steel, aluminum, plastics, glass, ceramics, and coated surfaces.
Standard interfaces: Ethernet/IP, PROFINET, EtherCAT; optional PLC and vision-system support for automation.
Preventive maintenance every 1,000 hours; replace fume filters and verify beam alignment per usage.
Enclosed marking chambers, safety interlocks, emergency stops, key switches, and optional laser-safety curtains.
Standard delivery is 8–10 weeks after order confirmation and specification approval; expedited options available.