F600系列微波UV固化系统

F600系列微波UV固化系统

Fusion UV F600系列微波UV固化系统是一款广泛使用超过20年的产品,以其可靠性和稳定的性能而闻名。凭借持续的更新,该系列一直是各类工业固化应用的有效解决方案。

F600系列模块化UV固化系统配备有10英寸辐照器(灯模块)及配套电源。这些UV固化系统提供600W/英寸(240 W/cm)的功率输出。与传统弧光灯不同,其微波灯泡在运行时无需金属电极,从而大幅提升了使用寿命和UV输出的稳定性。F600系列配备微处理器控制电源,提供两种功率级别,以满足工艺灵活性。这些系统在操作过程中设有有机发光二极管(OLED)显示屏,用于连续状态更新和即时系统诊断信息。辐照器可以首尾相连放置,以创建几乎任何长度的灯系统,为广泛的应用提供高度均匀性。

含汞灯。按照当地、州或联邦的处置法律进行管理。

  • 灯泡长度:25 cm
  • 功率等级:240 W/cm (600 W/in)
  • 功率设置:两个等级,160或240 W/cm
  • 设备尺寸(宽 × 长):206×267 mm
  • 包含必要的电缆组件和射频泄漏探测器组件。
  • 系统可组合使用,以固化更宽幅的材料或复杂的表面
  • 兼容DRS 10/12落地式输送机
  • 得益于高峰值光强,实现高速生产
  • 通过USB接口轻松快速地进行软件更新
  • 故障排查简便,减少停机时间 —— 前面板可显示数据,EEPROM存储存储最近的10条故障信息
  • 系统符合RoHS标准
  • 由于有效的电气隔离,即使在恶劣环境下也能实现稳定可靠的运行与控制
  • 灯泡产生的IR热量较少,更易于处理热敏性基材
  • 更换灯泡操作简单,可获得常用的灯泡光谱
  • 胶粘剂粘接
  • 汽车部件
  • 卷材涂层
  • 金属装饰及涂装
  • 玻璃装饰
  • 医疗器械打标和涂层
  • 电子元件
  • 塑料装饰
  • 光纤涂层
  • 灯泡长度:25 cm
  • 功率等级:240 W/cm (600 W/in)
  • 功率设置:两个等级,160或240 W/cm
  • 设备尺寸(宽 × 长):206×267 mm
  • 包含必要的电缆组件和射频泄漏探测器组件。
  • 系统可组合使用,以固化更宽幅的材料或复杂的表面
  • 兼容DRS 10/12落地式输送机
  • 得益于高峰值光强,实现高速生产
  • 通过USB接口轻松快速地进行软件更新
  • 故障排查简便,减少停机时间 —— 前面板可显示数据,EEPROM存储存储最近的10条故障信息
  • 系统符合RoHS标准
  • 由于有效的电气隔离,即使在恶劣环境下也能实现稳定可靠的运行与控制
  • 灯泡产生的IR热量较少,更易于处理热敏性基材
  • 更换灯泡操作简单,可获得常用的灯泡光谱
  • 胶粘剂粘接
  • 汽车部件
  • 卷材涂层
  • 金属装饰及涂装
  • 玻璃装饰
  • 医疗器械打标和涂层
  • 电子元件
  • 塑料装饰
  • 光纤涂层
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其他资源
What are the main advantages of using F600 Series Microwave UV Curing Systems?

The F600 Series is designed for consistent, high-output UV curing in continuous industrial operations. Its electrodeless lamps offer long service life and stable performance without the degradation issues common in arc lamps.

The 10-inch modular irradiator provides uniform coverage even when placed side-by-side to span across wider substrates and multi-lane processes. Modules can also be placed in any orientation around complex shaped parts for even UV curing. With low maintenance requirements and dependable output, the F600 Series helps reduce downtime and improve line efficiency

How does the F600 Series Microwave UV Curing System work, and what is it typically used for?

The system uses microwave energy to ignite mercury vapor in electrodeless lamps, producing high-intensity UV light. Because there are no electrodes to fail, the lamps maintain consistent output over a long service life.

F600 Series systems are used to cure adhesives, inks, and coatings in industrial production lines where process speed and reliability are critical. Typical environments include electronics manufacturing, medical device assembly, automotive components, and optical fiber production.

Are specific environmental or technical conditions required for the F600 Series to operate effectively?

Yes. The F600 Series requires adequate ventilation and cooling to maintain lamp temperature and ensure safe operation. F600 series microwave UV curing systems require remote air-cooling system.

Sufficient clearance, power input, and UV safety shielding must also be considered during installation. Excelitas provides integration support, custom engineered light shields and system guidelines to help meet these technical requirements and align with your factory’s layout.

Is the F600 Series compatible with existing systems or workflows?

Yes. The F600 Series' modular design, standard interfaces, and mounting options make it easy to incorporate into new and existing product lines. These microwave UV curing systems can also be integrated into OEM equipment or retrofitted. The F600 is compatible with the DRS 10/12 floor standing conveyor.

Excelitas also supports compatibility with automation platforms and PLC control systems to ensure seamless operation within complex manufacturing environments.

Can the F600 Series Microwave UV Curing System be customized to meet unique project requirements?

Yes. Designed for flexibility, the F600 Series can be configured for optimal performance in your processes. Customization options include specialized reflectors for UV energy distribution or reduced heat, and UV bulb wavelength variations to match different material chemistries.

What makes the F600 Series suitable for high-throughput production environments?

Built to support continuous, around-the-clock manufacturing, this system features an electrodeless lamp design that reduces the risk of premature failure and minimizes downtime between lamp changes.

The stable UV output ensures consistent curing performance over long production runs, which is critical in applications like optical fiber coating and medical device manufacturing. Its broad cure area and scalable architecture also allow multiple units to be combined.