Slide 1

BVT Production Area

BVT has a long history and experience with Screen Printed Thick Film Technology. Which is used in the production process of BVT Sensors.
BVT Produces Screen Printed Electrodes, Classical Electrodes, Glass Cells, Flow Cells, Cables/Connectors and many more.

BVT has a long history and experience with Screen Printed Thick Film Technology which is used in the production process of BVT Sensors.

BVT Produces Screen Printed Electrodes, Classical Electrodes, Glass Cells, Flow Cells, Cables, Connectors and many more.

Slide 3

Testing and Research

BVT Carries out research in development of sensors for many areas, ranging from Agriculture to Military Chemical Detection. (More information can be found on our Projects page). Testing is also carried out on all sensors and products produced by BVT to insure a high level of quality.

BVT Carries out research in development of sensors for many areas, ranging from Agriculture to Military Chemical Detection. (More information can be found on our Projects page).

Testing is also carried out on all sensors and products produced by BVT to insure a high level of quality.

Slide 3

Au+Pt alloy

Detail of various screen printed
metal layers
on BVT sensors

BVT offers screen-printed sensors with various electrode materials: Ag, Au, Pt, Au+Pt alloy, graphite

Photos were taken in collaboration with Keyence. Model: Keyence VHX Series Digital Microscopes

graphite

Slide 1

New PalmSens Product !
EmStat4T - tailored electrochemistry through touch-controlled apps

Programmable handheld potentiostat
- Potential range ±3 V
- Max. current ±30 mA
- Supports common electrochemical techniques
- Standalone operation with MethodSCRIPT
- or remotely controlled by laptop or phone
- Bar/QR-code scanner
- Customizable cell interface with drop-detection for SPEs

Slide 1

New BVT Product !
USB Potentiostat Galvanoplot

Super small, low-cost and affordable device suitable for dedicated volume applications, which is optimized for screen-printed sensor and biosensor applications.
Capable of performing all common Amperometric and Voltammetric electrochemistry protocols (CA, LSV, CV, DPV, NPV, SVW, GAL).

Slide 2

BVT Headquarters and Laboratory

BVTs Laboratory and Headquarters are located in Strazek, Czech Republic.
More info about the location can be found on our Contact and Location Page.

ONGOING BVT PROJECT:

Continuous Monitoring and Diagnostics of Glucose Metabolism (KODIAG) – CZ.01.01.01/01/24_063/0006793

– the project is co-funded by the EU
– the aim of the project is to develop a technology for continuous glucose monitoring, usable in personalized medicine, diabetology and glucose metabolism research. The project includes the development of biosensor systems connected to microdialysis and their validation.

The project is being implemented in cooperation with EGMedical, s.r.o., VŠB-TU Ostrava and BVT Technologies, a.s.

NEWS:

2026

BVT Technologies a.s. newly represents the company Redox.me !

https://redox.me/

We are pleased to establish this new cooperation. Soon, interesting products from this company will be added to our website, and we will be able to offer you new interesting solutions – for example, in the field of microfluidics.

2024

On days 21-22. In May 2024, BVT participated in the 43rd International Conference on Modern Electrochemical Methods in Jetřichovice (Czech republic). As part of the conference, we presented contributions on the subject of biosensors and introduced the company and its products.

There was also a trip to the Czech National Park České Švýcarsko. We look forward to seeing you again next year! 🙂

BVT offers support and consultation in student projects and competitions:

BVT Technologies supported and congratulates the students from the University of Chemistry and Technology in Prague, who this year participated in the 9th year of the renowned international student competition Sens Us (https://www.sensus.org/student-competition/Event2022) and placed in two categories – “Translation potential“, where they finished among the top 5 teams, and the most prestigious “Analytical performance” which they even won!

As part of this year’s competition assignment, which is “kidney failure”, students builded a continuous device for measuring creatinine, a metabolite whose concentration in body fluids reflects the health of the kidneys. Your outstanding dedication and analytical prowess truly set a stellar example.