bug lab

BugLab was established in 2003 by several engineers and scientists with passion and commitment directed towards developing more efficient biomass measurement equipment involved in fermentation and microbial cultures. The company’s focus is in the field of developing and providing innovative and high quality products in the Biomass market that are intuitive and easy to use. In BugLab’s laboratory, every product is individually manufactured and put through a rigorous QC and testing procedure.

BugLab develops monitoring devices, including solutions for optical density measurements. OD sensors are different from the ones designed by the classical approach. BugLab’s technology operates on backlight scattering, utilizing multiple laser and detector pairs. With the technology of this company, measurements of OD can be made without dilution or liquid handling, over a wide and linear range of OD. Because of the progress made within their development, BugLab’s technology gives highly accurate readings. 

BE3000 for example is, opposed to any other cell density probe, almost insensitive to bubbles in the media. The BE3000 online reading has a linear correlation with offline, i.e., DCW (Dry Cell Weight) over a very wide range. 

Each of the products offered by BugLab includes intuitive windows compatible software and USB connectivity that allows data downloads, analysis, calibration and real time data acquisition parameter modification.

VA-300

Marimex ViscoScope transmitters drive the ViscoScope sensors at their resonance frequency and maintain this at a constant level through the use of a fast closed loop PID controller. ViscoScope transmitters are compatible with all ViscoScope sensors and combine with them to create a modular inline viscometer.

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VA-300

Marimex ViscoScope transmitters drive the ViscoScope sensors at their resonance frequency and maintain this at a constant level through the use of a fast closed loop PID controller. ViscoScope transmitters are compatible with all ViscoScope sensors and combine with them to create a modular inline viscometer.

View product

VA-300

Marimex ViscoScope transmitters drive the ViscoScope sensors at their resonance frequency and maintain this at a constant level through the use of a fast closed loop PID controller. ViscoScope transmitters are compatible with all ViscoScope sensors and combine with them to create a modular inline viscometer.

View product

VA-300

Marimex ViscoScope transmitters drive the ViscoScope sensors at their resonance frequency and maintain this at a constant level through the use of a fast closed loop PID controller. ViscoScope transmitters are compatible with all ViscoScope sensors and combine with them to create a modular inline viscometer.

View product

VA-300

Marimex ViscoScope transmitters drive the ViscoScope sensors at their resonance frequency and maintain this at a constant level through the use of a fast closed loop PID controller. ViscoScope transmitters are compatible with all ViscoScope sensors and combine with them to create a modular inline viscometer.

View product

VA-300

Marimex ViscoScope transmitters drive the ViscoScope sensors at their resonance frequency and maintain this at a constant level through the use of a fast closed loop PID controller. ViscoScope transmitters are compatible with all ViscoScope sensors and combine with them to create a modular inline viscometer.

View product

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