产品简介

飞行打标机,飞行光纤激光打标机是一种基于光纤激光技术的高效工业级打标设备，专为高速、连续、非接触式打标需求设计。其采用飞行光路系统，可在产品动态传输过程中实时完成精准打标，适用于流水线自动化生产场景，显著提升生产效率和打标一致性。

飞行光纤激光打标机产品介绍

飞行光纤激光打标机是一种基于光纤激光技术的高效工业级打标设备，专为高速、连续、非接触式打标需求设计。其采用飞行光路系统，可在产品动态传输过程中实时完成精准打标，适用于流水线自动化生产场景，显著提升生产效率和打标一致性。

1. 高速高效

   • 采用进口光纤激光器，峰值功率高，打标速度可达10000mm/s以上，支持流水线高速在线打标，无需停顿。

   • 飞行光路设计，配合高速振镜系统，实现动态追踪打标，单件打标时间低至0.5秒。

2. 高精度与稳定性

   • 激光光束质量优异（M²<1.1），聚焦光斑直径≤20μm，实现微米级精细标记（分辨率达0.001mm）。

   • 抗干扰能力强，支持24小时连续工作，寿命长达10万小时以上。

3. 广泛材料适应性

   • 适用于金属（不锈钢、铝合金、钛合金等）、塑料、陶瓷、玻璃、涂层材料等多种材质。

   • 可完成文字、图形、二维码、条形码、序列号等标记，耐磨损、耐腐蚀。

4. 智能控制系统

   • 配备工业级工控系统，支持与PLC、MES等生产线系统无缝对接。

   • 软件界面友好，支持AutoCAD、CorelDraw等文件直接导入，支持自动序列号生成及数据库联动。

5. 低维护成本

   • 光纤激光器无需耗材，电光转换效率＞30%，能耗仅为传统设备的1/3。

   • 模块化设计，维护简便，关键部件可快速更换。
     

     飞行打标机的特点：  

     1.高速打标：能够在高速生产线上进行实时打标，保证在产品通过时进行标识，无需停机。  

     2.适应性强：能够在不同类型的表面上进行打标，包括纸盒、塑料瓶、金属表面等，且对表面形状和材质的适应性强。  

     3.高精度打标：通过精密的喷墨技术或激光打标技术，能够确保信息清晰且符合行业标准，避免因为打印模糊而产生误标。  

     4.无接触式标记：通过喷墨、激光等方式进行无接触标记，避免了对产品的损伤或污染。  

     5.灵活性和可编程性：大多数支持多种编码类型，并且可以根据需要编程和调整标识内容（如日期、批号、二维码等）。  

     6.节省空间：与传统的手工或静态标记系统相比，通常具有较小的占地面积，适合在快速生产线中使用。
       

     飞行打标机的维护方式：  

     1.定期检查喷头或激光头：  

     -喷墨型：定期清洁喷头，避免堵塞和喷墨不均，确保喷出的标识清晰且不模糊。  

     -激光型：检查激光头的清洁度，避免灰尘和杂质影响打标效果。  

     2.检查墨水或激光耗材：  

     -确保墨水的质量和存量充足。对于喷墨打标机，要定期检查墨水的种类和状态，避免墨水干涸或变质。  

     -对于激光打标机，检查激光管是否有损伤或老化，及时更换。  

     3.校准和调整打标位置：  

     定期进行打标位置校准，确保打标信息准确无误。检查产品传送带速度与喷印设备的同步性，避免偏差。  

     4.清洁和保养：  

     -喷墨型设备：定期清洁墨水供应系统、喷头、滤网等部分，避免积墨和杂质影响打印效果。  

     -激光型设备：清洁激光镜片，定期检查激光发射器的工作状态。  

     5.检查电气和控制系统：  

     定期检查打标机的电气部分，如电缆、接线、控制面板等，确保系统正常运行并避免电气故障。  

     6.检查生产线运行状况：  

     确保设备和生产线的整体配合运行无异常，如传送带的速度与打标设备的打标速度匹配，确保标识位置的精准。  

     7.更新软件系统：  

      

     保持打标机的软件系统更新，以便获取新的功能或修复可能的漏洞。

• 电子电器：PCB板、芯片、电子元件标识。

• 汽车制造：零部件VIN码、发动机钢印、轮胎追溯码。

• 食品包装：生产日期、批号、防伪码（符合食品级安全标准）。

• 医疗器械：手术器械追溯标识、医用耗材标签。

• 五金工具：刀具、模具品牌LOGO、参数标记。

• 珠宝首饰：贵金属精细雕刻、防伪标记。

• 整机质保：2年（激光器质保3年）。

• 全国服务网点覆盖，提供24小时技术响应。

• 免费培训操作人员，提供软件终身升级服务。

• 技术：采用国际品牌激光源（IPG/SPI）与高精度振镜（Scanlab）。

• 定制化方案：根据产线需求定制打标幅面、自动化对接方案。

• 环保认证：符合CE、FDA、RoHS等国际标准。

• Product Introduction of Flying Fiber Laser Marking Machine

• Product Overview

• The Flying Fiber Laser Marking Machine is an efficient industrial-grade marking equipment based on fiber laser technology, designed for high-speed, continuous, non-contact marking needs. It adopts a flying optical path system, which can complete accurate marking in real time during the dynamic transmission of the product. It is suitable for assembly line automation production scenarios, significantly improving production efficiency and marking consistency.

• Core Advantages

• High Speed and Efficiency

• Adopting imported fiber lasers with high peak power, the marking speed can reach more than 10000mm/s, supporting high-speed online marking on the assembly line without pause.

• The flying optical path design, combined with the high-speed galvanometer system, realizes dynamic tracking marking, and the marking time of a single piece is as low as 0.5 seconds.

• High Precision and Stability

• The laser beam quality is excellent (M²<1.1), the focused spot diameter is ≤20μm, and micron-level fine marking is achieved (resolution up to 0.001mm).

• Strong anti-interference ability, supports 24-hour continuous operation, and the life span is more than 100,000 hours.

• Wide range of material adaptability

• Applicable to a variety of materials such as metal (stainless steel, aluminum alloy, titanium alloy, etc.), plastic, ceramic, glass, coating materials, etc.

• Permanent markings such as text, graphics, QR code, barcode, serial number, etc. can be completed, wear-resistant and corrosion-resistant.

• Intelligent control system

• Equipped with industrial-grade industrial control system, it supports seamless docking with production line systems such as PLC and MES.

• The software interface is friendly, supports direct import of files such as AutoCAD and CorelDraw, supports automatic serial number generation and database linkage.

• Low maintenance cost

• Fiber lasers do not require consumables, the electro-optical conversion efficiency is greater than 30%, and the energy consumption is only 1/3 of traditional equipment.

• Modular design, easy maintenance, and key components can be quickly replaced.

• Application areas

• Electronic and electrical appliances: PCB boards, chips, and electronic component identification.

• Automobile manufacturing: VIN code of parts, engine steel stamp, tire traceability code.

• Food packaging: production date, batch number, anti-counterfeiting code (in line with food grade safety standards).

• Medical devices: surgical instrument traceability identification, medical consumables label.

• Hardware tools: knives, mold brand LOGO, parameter marking.

• Jewelry: precious metal fine engraving, anti-counterfeiting mark.

• Technical parameters

• Project parameter description

• Laser type Fiber laser (wavelength 1064nm)

• Laser power 20W/30W/50W/100W (optional)

• Marking speed ≤10000mm/s

• Marking accuracy ≤0.001mm

• Repeat positioning accuracy ±0.002mm

• Marking range Standard 70mm×70mm to 300mm×300mm (customizable)

• Cooling method Air cooling/water cooling (optional according to power)

• Power supply requirements AC220V±10%, 50/60Hz

• After-sales service

• Warranty for the whole machine: 2 years (laser warranty 3 years).

• National service outlets cover, providing 24-hour technical response.

• Free training for operators and providing software lifetime upgrade services.

• Why choose us?

• Leading technology: using international brand laser source (IPG/SPI) and high-precision galvanometer (Scanlab).

• Customized solution: customized marking format and automatic docking solution according to production line requirements.

• Environmental certification: in compliance with international standards such as CE, FDA, and RoHS.