BENCHMARK SCIENTIFIC MR9600-E Microplate Absorbance Reader, 230V

Benchmark Scientific MR9600-E microplate absorbance reader is an ideal instrument for measuring concentration or absorbance in 96 well plates. This SmartReader is suitable for academic life science research, clinical laboratories, drug discovery & screening, synthetic biology and food / water quality monitoring applications.

Features:

• Benchmark Scientific microplate absorbance reader has a 7-inch touch screen, intuitive software and a graphical interface for easy operation.
• It has a built-in filter wheel that allows users to load up to eight filters.
• This unit has a multi-plate shaker to settle contents and mix samples.
• This SmartReader allows users to highlight and label multiple wells for easy identification.

Compatible Accessories:

• Benchmark Filters: These filters are useful in attaining maximum sensitivity.
• Benchmark MR9600-CAL Calibration Plate: This plate is ideal for checking plate positioning and absorbance accuracy.

Standards and Approvals:

• CE

Frequently Asked Questions:

Q. What are the ambient environment requirements of this SmartReader?

A.

• The environment should be free of corrosive smoke or steam.
• Ambient temperature should be within 4 to 45 degrees C.
• Relative humidity should be between 10 to 80%.

Q. How to install the additional filters on this microplate absorbance reader?

A.

• Turn off the instrument and wear safety gloves before touching the filters.
• Use the Allen key to loosen the knob to open the back door and remove the optical filter wheel.
• Remove screws to disconnect the fixing plate.
• Place new filters in open positions.
• Align the arrow on filters to the light incident direction.
• Reattach the fixing plate and screws.
• Place the wheel back into its slot with the number marks facing the rear of the instrument and fasten it with the Allen key.

Q. What is the absorbance range of this unit?

A. 0 to 4 Abs.

Q. How to ensure the long life of this absorbance reader?

A.

• Avoid moisture to prevent corrosion.
• Keep the instrument away from strong electromagnetic interference sources.
• Do not power off the instrument in the middle of the operation.