Fiber Laser Marking Machine with Rotary Table

• High-Precision Rotary Table Laser Marking – Integrated rotary indexing table (Ø600 mm) with 2/4/8 programmable segments enables continuous loading/unloading while marking, significantly boosting throughput and reducing cycle time.
• Versatile UV / Fiber Laser Options – Available with 30 W UV (355 nm) or fiber (1064 nm) laser sources, suitable for both sensitive materials (plastics, glass, PCBs) and metals (stainless steel, aluminum, tools, nameplates).
• Large Marking Field & Flexible Part Size – Standard field lens range of 200 × 200 mm and maximum effective marking size of 100 × 100 mm support a wide variety of part geometries and batch fixtures.
• Precision Z‑Axis Adjustment – 0–550 mm adjustable Z‑axis with manual or optional motorized focus ensures accurate focus for different part heights and multi‑layer fixtures.
• Excellent Marking Accuracy & Repeatability – Mechanical positioning with red‑light indication and repeat accuracy of ±0.03 mm (flat surface) ensure highly consistent, crisp marking for serial numbers, barcodes, and micro‑text.
• Supports Complex Codes and Graphics – Easily mark characters, letters, serial numbers, barcodes, QR codes, logos, and graphic data, meeting traceability and branding requirements in demanding production environments.
• Easy to Operate for Production Lines – User‑friendly VIPin Laser System software with Chinese and English interfaces simplifies job setup, program selection, and line changeover.
• Fast Job Switching & Recipe Management – Marking documents / programs can be saved, recalled, and switched quickly to support high‑mix, low‑volume production and frequent product changeovers.
• Mechanical Positioning with Visual Aids – Mechanical locators combined with a red‑light pointer make part alignment straightforward, reducing operator error and setup time.
• Inline Production-Ready Work Mode – “Laser fixed” work mode with rotary indexing table is ideal for semi‑automatic or fully integrated production cells, supporting both manual loading and robotic or conveyor‑based automation.
• Advanced Motion Control – Uses industrial‑grade motion components (servo motor, stepper motor, electric relay and control unit) for smooth rotary indexing, repeatable positioning, and stable long‑term operation.
• Intelligent Alarms & Process Monitoring – Built‑in alarm functions prompt when a mark is missed and can stop processing when NG (Not Good) is detected, helping prevent scrap and ensuring quality control.
• Low Operating Cost & Eco‑Friendly – Non‑contact laser marking with no consumables (no ink, no solvent) and no pollution reduces operating costs, maintenance, and environmental impact.
• Air‑Cooled Design – Efficient air‑cooling eliminates the need for external chillers, simplifying installation and reducing footprint, power consumption, and maintenance.
• Stable Digital Light Source Control – Digital controller manages laser output and timing for highly stable energy delivery, consistent marking depth, and uniform contrast across the entire marking field.
• Integrated Industrial Lighting – Combo strip light / ring light illumination enhances visibility of the marking area, simplifying alignment, inspection, and camera‑assisted verification (where installed).
• Compact, Ergonomic Machine Layout – Machine size of 1434 × 760 × 1710 mm with a working table height of 900 mm provides a comfortable operator interface while minimizing factory floor space.
• Robust, Production-Grade Construction – Approx. 220 kg rigid frame structure minimizes vibration and ensures stable marking quality in industrial environments.
• Stable Power and Easy Electrical Integration – Operates on single‑phase 220 VAC, 10 A, 2 kW, simplifying installation in standard factory power infrastructures.
• Flexible Software Customization – VIPin Laser System supports software development and customization, enabling integration with MES/ERP systems, scanners, databases, and custom production workflows.
• Multi‑Language Support – Chinese and English language options make the system suitable for global manufacturing sites and multi‑national production teams.
• Non‑Contact & Material-Friendly Marking – Non‑contact process avoids mechanical stress on parts, ideal for delicate, small, or high‑value components in electronics, medical devices, automotive, tooling, and consumer goods.

Ideal for:

laser marking of metal parts (automotive, aerospace, tools), electronic component marking and PCB identification, medical devices, laser engraving, high-volume product serialization and barcode marking. 

• Electronics Industry: Marking on circuit boards, electronic components, and connectors.
• Automotive Industry: Engraving on automotive parts, VIN numbers, and dashboards.
• Medical Devices: Marking on surgical instruments, medical tools, and equipment.
• Jewelry and Accessories: Engraving on rings, bracelets, and other jewelry items.
• Tool Manufacturing: Marking on hand tools, power tools, and industrial equipment.
• Packaging Industry: Marking on packaging materials, labels, and barcodes.
• Promotional Items: Customizing pens, keychains, and other promotional products.
• Plastic Products: Marking on plastic components and products.
• Metal Fabrication: Engraving on metal sheets, pipes, and components.
• Textile Industry: Marking on fabric labels and tags.