二手 LAMBDA TECHNOLOGIES MicroCure 5100 #9159404 待售

ID: 9159404
Microwave cure oven Technical specifications: Microwave power: 700, 1800 Watts Frequency range: 5.8 to 7.0 GHz,7.3 to 8.7 GHz Sweep rate adjust: 0.1 to 60 seconds Temperature control: IR, non-contact, to 385°C Temperature monitor: Up to 4 channels, to 265°C Conveyor specifications: Edge rail: 0.187”(.475cm) edge clearance 1” (2.54cm) top and bottom clearance SMEMA Compatible Application: Industrial bonding / processing Flip chip COB (Chip On Board) MCM assembly Semiconductors Fiber optics component assembly Structural bonding Smart cards / RFID tag P/N: 90625-01 (2) Watt high power amplifiers: 700 5.8 to 7.1 GHz SMEMA Compatible edge rail conveyor system Pass through configuration with 13”door width (33cm) Automatic cycle control and data acquisition Preset process parameters Programmable for product Non-contact infrared temperature sensing device Reports temperature data to closed loop controller, P/N 90228-00 Single channel surface probe temperature control Computer display and keyboard on swivel arm Embedded PC system Microwave leakage detector/safety shutdown MicroCure 5100 Accessory Kit, P/N 90500-03: (1) Container with foam inserts, P/N 12159-01 (6) Standard loads, P/N 90155-02 (1) Roll kapton tape, P/N 11471-01 (2) Spare surface contact probes, P/N 90291-01 Microwave leakage detector for use with above unit, P/N 12285-01 Operator’s manual.
LAMBDA TECHNOLOGIES MicroCure 5100是在中高温范围内运行的先进烤箱/炉设备。这种烤箱/炉采用最新技术开发,提供了一种高效可靠的材料加工方法。MicroCure 5100装有两个红外线灯和两个独立的加热室,可达500°C至1400 °C的温度。先进的加热系统允许小、大基板均匀加热。最新的控制技术确保对每个腔室进行准确的监控,以确保精确的温度,以便进行最佳处理。烤箱/炉设有不锈钢室内部和两个可移动的加热插件。保护性安全玻璃罩覆盖了腔室开口,有助于防止热量流失,并保持工艺环境不受污染物的影响。腔室开口是绝缘的,以防止热量逸出,并有助于保持厨室在恒温下。LAMBDA TECHNOLOGIES MicroCure 5100配备了温度、时间和坡度的手动控制以及数据日志记录功能,为用户提供对其过程的全面评估。烤箱/炉子还包括安全功能和内置传感器,当设备内出现问题时向用户发出警报。这可以让用户知道何时需要维护或维修。MicroCure 5100是许多应用的理想选择,包括固化、退火、回流、焊接、硬化、烧结和处理各种聚合物涂层。另外,烤箱/炉子设计为具有能量意识,低功耗。这有助于降低能源总成本,有利于环境和长期节约。总体而言,LAMBDA TECHNOLOGIES MicroCure 5100烤箱/炉可帮助用户以高效、安全和方便的方式处理材料。MicroCure 5100凭借其强大的加热机,先进的控制技术和能效,为中高温范围内的多种材料加工提供了绝佳的选择。
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