Multisense Labor
Develops microfluidics-based sensor and monitoring systems for rapid chemical and microbiological analysis in agricultural, aquacultural and hydrocultural contexts. Activities include microfluidic hardware and software development, photometric assay development, field-deployable nutrient and water quality measurement services, prototype electronics and system integration. Participated in national and EU-funded R&D projects supporting productisation and field validation.
Industries
Nr. of Employees
small (1-50)
Products
Modular microfluidic sensor platform for soil and water analysis
Field-adapted microfluidic sensor platform integrating photometric detection and interchangeable sensor modules to quantify chemical parameters and specific ionic components in soil extracts and irrigation water.
Modular microfluidic sensor platform for soil and water analysis
Field-adapted microfluidic sensor platform integrating photometric detection and interchangeable sensor modules to quantify chemical parameters and specific ionic components in soil extracts and irrigation water.
Services
Assay development and supporting hardware/software co-development for microfluidic platforms targeting soil, water and culture analyses.
On-site measurement services using modular sensor units and rapid microfluidic analyses to characterise soil extracts and irrigation water.
Design and integration of continuous sampling and analysis systems for multi-vessel algal cultivation to support production monitoring and quality control.
Advisory engagements on analytical method adaptation, prototype development and routes to market for sensor-based measurement systems.
Assay development and supporting hardware/software co-development for microfluidic platforms targeting soil, water and culture analyses.
On-site measurement services using modular sensor units and rapid microfluidic analyses to characterise soil extracts and irrigation water.
Design and integration of continuous sampling and analysis systems for multi-vessel algal cultivation to support production monitoring and quality control.
Advisory engagements on analytical method adaptation, prototype development and routes to market for sensor-based measurement systems.
Expertise Areas
- Microfluidic analytical platform development
- Photometric / spectrophotometric method development
- Field-deployable environmental nutrient and water testing
- Algal cultivation monitoring and process analytics
Key Technologies
- Microfluidics
- Photometric / spectrophotometric detection
- Flow injection / sequential injection analysis
- Micro- and nanoscale sensor technology
News & Updates
Publication describing algal-related applications and soil-improvement research; referenced on the company site and used to illustrate multi-vessel algal propagation monitoring and analytical solutions.
National funding awarded (6,357,750 HUF) for development of a rapid, field-ready soil mineral requirement measurement service and optimisation of a flow-through measurement instrument (project period 2013-07-01 to 2014-04-30).
Participant in an EU Horizon 2020 project (grant agreement No 673023) on algal production monitoring and related measurement systems.
Local start-up grant from the Southern Hungarian Regional Development Agency for rapid soil characterisation measurement service development (2013).
Publication describing algal-related applications and soil-improvement research; referenced on the company site and used to illustrate multi-vessel algal propagation monitoring and analytical solutions.
National funding awarded (6,357,750 HUF) for development of a rapid, field-ready soil mineral requirement measurement service and optimisation of a flow-through measurement instrument (project period 2013-07-01 to 2014-04-30).
Participant in an EU Horizon 2020 project (grant agreement No 673023) on algal production monitoring and related measurement systems.
Local start-up grant from the Southern Hungarian Regional Development Agency for rapid soil characterisation measurement service development (2013).