Tokyo photoelectric colorimeter

Tokyo Optoelectronic Colorimeter $r $n Tokyo Optoelectronic Co., Ltd. Optoelectronic Colorimeter CANA-3030, specially designed for white turbid liquid concentration management, adopts photoelectric colorimetric method, supports multi-mode measurement and multiple colorimetric dishes, flexible power supply mode, suitable for scenarios such as universities and food industry.

Tokyo photoelectric colorimeter Tokyo photoelectric colorimeterCANA-3030, is a portable photoelectric colorimeter developed specifically for the management of white turbid liquid concentration, usingPhotoelectric Colorimetry and Transmittance Turbidity MethodIt can achieve precise analysis of liquid concentration, turbidity, and composition, and is widely used in fields such as casting industry, university chemistry experiments, and food industry.

The core advantage of the device lies inAnti interference design and flexible colorimetric dish adaptation capabilityThe body adopts a closed structure, so there is no need to worry about the influence of external light, ensuring stable and reliable measurement results; In addition to the standard 10mm square plastic cell, it is also compatible with 10mm glass cells, quartz cells, as well as test tubes, flow cells, or culture tubes with an outer diameter of 12 μ. It can be used with a dedicated adapter to adapt to various sample containers and experimental scenarios.

Equipment equipped withMulti mode measurement and data output functionUsing a monochromatic LED light source, the measurement wavelength is 660nm (customizable according to requirements), supporting switching between two modes:% transmittance (% T) and absorbance (Abs); Equipped with a 5-digit LCD screen, the data display is clear and intuitive; Supports USB virtual serial port communication, which can transfer measurement data to a computer for subsequent analysis and recording.

The equipment adoptsMulti power supply designIt can be powered by a dedicated AC adapter, USB power supply, or AA alkaline dry battery. Nickel hydrogen rechargeable batteries are also compatible, meeting the different needs of laboratory fixed measurement and on-site portable testing; The body size is 128 × 56 × 113mm, weighing only 770g, with a compact structure that is easy to carry and place on a desktop.

The equipment is widely used in the management of turbidity concentration, determination of bacterial culture concentration, detection of liquid dilution rate, Lambert Beer's law teaching experiments, and can also be used for quantitative analysis of pollutants such as iron, nitrogen, and chlorine in serum, urine, soil, fertilizers, and water; This photoelectric colorimeter relies on its“Anti interference design, compatible with multiple colorimetric dishes, adaptable to multiple power sources, flexible measurement modes”The characteristics of it have become a commonly used equipment for laboratory colorimetric analysis, helping users efficiently complete sample detection and experimental research work.