ST-D-DPL侧泵浦半导体激光打标机
ST-D-DPL Side-pump Diode Laser Marking Machine
产品特点
■进口高品质半导体激光二极管泵浦ND:YAG介质
■波长1064nm的高能量激光脉冲输出
■激光光束模式好,电光转换效率高
■整机能耗低,免维护
■整机结构紧凑,体积小
■整机运行稳定性、安全性高
■整机操作简单方便,打标质量精度高
■软件控制部分智能化设计,菜单式友好工作界面
■硬件控制部分预留多种数据接口,实现自动化的动作
■打标软件功能强大:支持Coreldraw、AutoCAD、Photoshop软件,支持 PLT、DXF、BMP、PCX、JPG等常用矢量图形和位图图形,支持打印日期、序列号、条形码、二维码、自动编码、自动跳号等
■满足工业现场长时间连续工作
Product features
●Imported high quality semiconductor laser pumped ND:YAG
●Wavelength 1064nm, high power laser pulse output
●High quality laser beam mode, high electricity-laser exchange ratio
●Low power consumption, maintenance free
●Compact structure, space-saving
●High stable running and high security
●Simplified and easy operation, high quality and precision
●Intellectual marking software design with user-friendly interface
●Hardware control communication embedding, auto activation
●compatible marking software communication to Coreldraw、AutoCAD、Photoshop, such as PLT、DXF、BMP、PCX、JPG and normal sector graph and spot graph;Compatible to mark date, serial No., barcode, ASCII 2 code, auto-coding, auto number-skipping etc
●Applicable to long-time running industrial environment
技术参数 Technical parameter
输出功率 Laser power 50W/75W/100W
激光波长 Wavelength 1064nm
光束质量 Beam quality ㎡<6
标刻范围 Marking scope 65×65/110×110/160×160mm(可选 optional)
标刻速度 Marking speed ≤7000mm/s
标刻深度 Marking depth ≤0.2mm(视材料可调 adjustable to materials)
标刻线宽 Marking Width ≤0.2mm(视材料可调adjustable to materials)
最小字符 Min. Character 0. 2mm
重复精度 Repeat precision ±0.01mm
激光指示 Laser pointer LD red beam(红光)
供电电源 Power supply 220V±10% 50Hz/15A
输入功率 Input power ≤1.8KW
冷却方式 Cooling style 高精度恒温闭环水冷 High precise instant temperature recycled water cooling
工作温度 Working temperature 5℃--35℃
适用材料 Applicable Materials
各种金属和多种非金属材料
Metal and all non-metal materials
适用领域 Applicable Industry
广泛应用于五金工具、汽车配件、卫生洁具、科研、通讯器材、眼镜钟表、仪器仪表、机械制造、电子等行业
Widely used in the industries of hardware tools, auto parts, sanitary ware, medical apparatus, telecom apparatus, glasses and watches, instrument, machinery manufacturing, electronics etc.