Each system has 4 component modules:

      • nozzle indexing module

      • pump module

      • control interface

      • control cabinet

The nozzle indexing module is the unit on which a plate is placed to be filled. It includes the automated mechanism to position the nozzles over the wells or priming tray. It is optionally available with an extra "nozzle shift" motion to enable filling 384 well plates with the same grouping of 8 nozzles used to fill 96 well plates.

The pump module contains a grouping of pumps with tubing and fill nozzles. Nozzles are attached to a holder that mounts onto the nozzle indexing module. For most solutions, dispense volume CV's of 1% or below can be expected down to 10 μl doses and 10% or below down to 1 μl doses. Various pump module designs are available to suit different fill pattern and volume range requirements. They are designed for quick changeover allowing for multiple uses of the same basic system. Pumps can be arranged to fill all wells with the same reagent or to put different reagents into specific wells. System speed depends on how many pumps are used.

The control interface can be your choice of:

            • manual keypad interface module (most commonly used)

            • manual PC interface (via RS232 com cable to PC serial port) (requires optional software and PC)

            • automated remote PC interface (via RS232 com cable to PC serial port) (requires optional software)

技术图解:

(注意：: 图解是标准配置，.)

根据下列提问回答问题，根据你的配置我公司供应详细的价格

            • 希望控制界面是 ____________________________________________

            • Batch sizes are expected to vary between _____ and _____ plates.

            • 理想装填速度是 _____ 每个板/秒.

            • 每孔分配量范围 _____ µl 和_____ µl  (盻__ % CV).

            • 填写下表

            • 微孔板的情况:

*(孔的深度 = 浅的，标准的或者深度) **(孔的外形 = “平的”, “C”, “U”, 或者 “V”底)