HAD810-DDCO
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Details HAD810-D1 Cycle: 250ms Suitable for IC leadframe Modle Features 1.Linear motor-driven double dispensing system. 2.High precision linear driving die bond tieback,voice coil torsion loop accurately controls die bond pressure. 3.High-precision search chip platform, servo motor drive chip angle correction system, equipped with automatic film expansion system. 4.With separate dispensing control system, the glue quantity control is more precise. 5.Vacuum die missing testing technology is adopted. 6.IPC will control the operation of equipment,simplifying the usage of automation equipment. 7.Sophisticated equipment will help improve the enterprise’s production efficiency and reduce relevant costs so as to provide effective guarantee and enhance the enterprise’s competitiveness.
（周期： 250ms） 适用于IC类框架
1.直线电机驱动的双点胶系统； 2.高精度直线驱动固晶邦头,音圈扭力环精确控制固晶压力； 3.高精度搜寻芯片平台，伺服电机驱动芯片角度矫正系统，配备自动扩膜系统； 4.采用点胶独立控制系统，胶量控制更加精确； 5.采用真空漏晶检测； 6.工控机控制设备运行，简化了自动化设备的使用方法； 7.精准的自动化设备为企业提高生产效率，降低成本提供了有效保障，从而切实有效地提高了企业竞争力；
Cycle: 250ms Suitable for IC leadframe Modle Features 1.Linear motor-driven double dispensing system. 2.High precision linear driving die bond tieback,voice coil torsion loop accurately controls die bond pressure. 3.High-precision search chip platform, servo motor drive chip angle correction system, equipped with automatic film expansion system. 4.With separate dispensing control system, the glue quantity control is more precise. 5.Vacuum die missing testing technology is adopted. 6.IPC will control the operation of equipment,simplifying the usage of automation equipment. 7.Sophisticated equipment will help improve the enterprise’s production efficiency and reduce relevant costs so as to provide effective guarantee and enhance the enterprise’s competitiveness. HAD810-C（CLIP裁切贴装机） （周期：185ms） 适用于功率器件或IC芯片固定后的CLIP贴装工艺
1，Dispensing on DIE surface 采用独立五点胶结构，每组点胶XYZ独立运动，点胶互不干扰，结构紧凑，间距可调，数量可扩展，大大提高了点胶效率，每组点胶机构X/Y/Z向可调整方便调试维护 2，clip attaching 高精密度冲切模具可保证切口毛刺小于0.05mm；刀具寿命可达1kk次；clipbond force参数化设定可保证芯片不受损 数据处理能力： a，点胶点和Clip安装点位置/大小实时检测表格显示，位置/大小超出上下限报警停机 b，点胶点和Clip安装点位置/大小数据保存可追踪查询 c，点胶点和Clip安装点位置/大小数据统计功能，如cpk d，点胶点和Clip安装点位置/大小数据检测结果生成mapping供die attaching使用 HAD810-C (Clip and Cutting Machine) Cycle: 185ms It is suitable for CLIP SMT technology after power device or IC chip is fixed Product Features 1.Dispensing on DIE surface Adopt independent five-point glue structure, each group dispensing glue XYZ moves independently, dispensing glue does not interfere with each other, compact structure, adjustable space, quantity can be expanded, greatly improve the efficiency of dispensing glue, each group dispensing glue X/Y/Z direction can be adjusted to facilitate debugging and maintenance. 2.Clip Attaching The cutting burr is less than 0.05mm with the high-precision die-cutting mold; the tool life can reach to 1kk times; the clip bond force parameterization can protect the chip from damage. Data processing capabilities: a, Real time detection table display of the dispensing mark and clip mounting mark position/ size, auto-shutdown alarming system if position/size exceeds the upper or lower limits. b, Dispensing mark and clip mounting mark position/ size data preservation for querying anytime. c, Dispensing mark and clip mounting mark position/ size data statistics function, such as cpk. d, Dispensing mark and clip mounting mark position/ size data detection results generate mapping for die attaching. 一、HAD810-O（支架烘烤机） 适用于各种裸片式功率器件的焊接。 机型特性 1.产能 = 10~30 Sec. / 每一片(按锡膏商建议的Profile) 2.低耗电（升温时26KW/保温时2KW）；低耗气(100升/分) 3.无氧化焊接 (氮气或氮氢混合气)，含氧量20ppm以下 4.同一温区 温差小于5˚C 5.可程序化之温度曲线设定 6.实时温度监控 7.不卡料之料片传送机构 优越性： 1. 炉体多温区设计，包含上料区（1个）+加热区（12个）+冷却区（2个），温度控制平滑，能够完美拟合锡膏的升温曲线. 2.可选配含氧量检测仪，实时监控炉内氧含量. 3.炉体半封闭设计，可极大减小氮气损耗，同时隔绝外部气流干扰. 4.氮气进气加热功能：氮气预热到设定温度再通入炉内，避免温区温度剧烈变化，影响炉内温度曲线 5.自动profile功能，系统可自动产生炉温曲线，并可保存查询 6.选用高品质加热管，保证同一温区各点实测最高温减最低温小于或等于5℃ 7.炉体抽废管道具有加热功能，保证焊油不在管道内凝聚 8.油烟处理，新型水滤式油烟收集方式，回流焊接时产生之废气经处理后可直排大气。 9.炉内腔体清洁简单，保养周期 : 依锡膏品质/成份不同而异，如indium免清洗锡膏可一周清洁一次炉内腔体 HAD810-O (Reflow Oven) Suitable for welding of all kinds of bare metal power devices.
1. Capacity is 10~30 Sec. per piece (as recommended Profile by solder paste) 2.Low power consumption (26KW when warming up/2KW when keep warming); low gas consumption (100 liters/min) 3. No oxidation welding (nitrogen or nitrogen-hydrogen mixture), oxygen content below 20ppm 4. The temperature difference is less than 5˚C in the same temperature zone 5. Programmable temperature curve setting 6. Instant temperature monitoring 7. Unloaded web transfer mechanism Superiority 1.Multi-temperature zone design of furnace body, including feeding zone (1) + heating zone (12) + cooling zone (2), temperature control is smooth, which can perfectly fit the temperature rise curve of solder paste. 2.It can be equipped with an oxygen detector for real-time monitoring of oxygen content in the furnace. 3.Semi-closed furnace design can greatly reduce nitrogen loss and isolate external airflow interference. 4.Nitrogen inlet heating function: Nitrogen preheats to the set temperature and then passes into the furnace, avoiding the drastic change of temperature in the temperature zone and affecting the temperature curve in the furnace. 5.Automatic profile function, the system can automatically generate furnace temperature curve, and can save the query. 6.Select high-quality heating tubes to ensure that the measured maximum temperature minus minimum temperature at each point in the same temperature area is less than or equal to 5℃. 7.The furnace body drainage pipe has heating function to ensure that the welding oil does not condense in the pipe. 8.Lampblack treatment, a new type of water filter lampblack collection method, the waste gas generated during reflow welding can be directly discharged into the atmosphere after treatment. 9.The furnace cavity is easy to clean, and the maintenance cycle is different according to the solder paste quality/ingredients. For example, indium clean-free solder paste can clean the furnace cavity once a week. |
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