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Jobst Technologies GmbH
Engesserstr. 4b,
79108
Freiburg i. Br.
Germany
Germany
Telephone +49 761 5577520
Fax +49 761 5577522
info@jobst-technologies.com
http://jobst-technologies.com
Fax +49 761 5577522
info@jobst-technologies.com
http://jobst-technologies.com
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This company is co-exhibitor of
IVAM Microtechnology Network: "High-Tech for Medical Devices" - Virtual Joint Pavillon
Contact
Gerhard Jobst
CEO Jobst Technologies GmbH
Michael Langenmair
Sales Manager Biosensors
Zuzana Pronayova
Area Sales Manager IST AG
Isabella Moser
Visit us
18.11.2020
Topic
10:50 - 11:10
Thermal and Flow Control in Medical Devices: How to Customize High Performance Sensors to Fit your Application
11:50 - 12:10
Biosensor in Critical Care
Our range of products
Product categories
- 05 Components, modules, OEM equipment
- 05.05 Pumps
- 06 Electrical components, electronical components
- 06.01 Sensors
- 06.01.03 Biosensors
- 06 Electrical components, electronical components
- 06.01 Sensors
- 06.01.05 Flow sensors
- 06 Electrical components, electronical components
- 06.01 Sensors
- 06.01.06 Gas sensors
Gas sensors
- 06 Electrical components, electronical components
- 06.01 Sensors
- 06.01.07 Temperature sensors
Temperature sensors
- 07 Microtechnology
- 07.04 Microsensors
Microsensors
- 07 Microtechnology
- 07.07 Microfluidics
Microfluidics
Our products
Biosensor B.LV5
Flow through biosensor arrays
Our biosensors offer both, monitoring at extremely low flow rates as low as 5 µl/min and monitoring of volumes smaller than 1 µl.
Internal volumes as low as 80 nl. No loss of sensitivity in real samples! Continuous operation also in biological samples.
hydrogen peroxide
glucose, L‑lactate, L‑glutamine
flow velocity measurement
biocompatible
optional integrated static mixers allow online dilution
Our biosensors offer both, monitoring at extremely low flow rates as low as 5 µl/min and monitoring of volumes smaller than 1 µl.
Internal volumes as low as 80 nl. No loss of sensitivity in real samples! Continuous operation also in biological samples.
hydrogen peroxide
glucose, L‑lactate, L‑glutamine
flow velocity measurement
biocompatible
optional integrated static mixers allow online dilution
Product category: Pumps, Microfluidics
Evaluation Kits
The pump evaluation kits are designed to control up to 4 pumps at once with a plug & play approach.
Hardware
You can order evaluation kits that can either control 2 or 4 CPP‑1 pumps at once. They are operated via USB to a computer running Windows 10.
Software
The evaluation kits come with OpenSource firmware and the frontend software “JT Pump Driver”. You can download them from:
Firmware: https://github.com/JobstTechnologies/JT-PumpDriver-Firmware/releases
(How to perform a firmware update if necessary is explained in the manual.)
Frontend software “JT Pump Driver” for Windows 10: https://github.com/JobstTechnologies/JT-Pump-Driver/releases
(You don’t need to install it, thus no admin permissions are necessary.)
Hardware
You can order evaluation kits that can either control 2 or 4 CPP‑1 pumps at once. They are operated via USB to a computer running Windows 10.
Software
The evaluation kits come with OpenSource firmware and the frontend software “JT Pump Driver”. You can download them from:
Firmware: https://github.com/JobstTechnologies/JT-PumpDriver-Firmware/releases
(How to perform a firmware update if necessary is explained in the manual.)
Frontend software “JT Pump Driver” for Windows 10: https://github.com/JobstTechnologies/JT-Pump-Driver/releases
(You don’t need to install it, thus no admin permissions are necessary.)
Product category: Flow sensors
SFS01 Eval Module
Easy evaluation of the Calorimetric Flow Sensor SFS01
For ultra fast gas flow measurement with flow direction detection. It has both analog and digital output (I2C) and allows a fast and flexible evaluation of the SFS01 sensor. The I2C output includes both raw values and calibrated flow values from 0 to +- 200 sccm.
Further advantages of the SFS01 EvaKit include:
- Excellent measuring dynamics
- Analog output of raw signal
- Digital output with raw signal and fully calibrated signal
- Integrated flow channel with pneumatic connections
For ultra fast gas flow measurement with flow direction detection. It has both analog and digital output (I2C) and allows a fast and flexible evaluation of the SFS01 sensor. The I2C output includes both raw values and calibrated flow values from 0 to +- 200 sccm.
Further advantages of the SFS01 EvaKit include:
- Excellent measuring dynamics
- Analog output of raw signal
- Digital output with raw signal and fully calibrated signal
- Integrated flow channel with pneumatic connections
Product category: Flow sensors
Sensor for liquid flow - OOL Flow Module
The IST AG Out of Liquid flow sensor utilizes the reliable and proven thermal mass flow measuring principle and is specially developed for flow applications with aggressive liquid media. The sensor provides the flexibility of easy adaption in an application and at a lower cost. Measuring flow directly in a liquid channel has proven a difficult task without dramatically shortening the lifetime and damaging the sensor. The Out of Liquid flow sensor offers the possibility to create no-flow / flow switches. It also offers the possibility of an extremely accurate measurement. A heater and a temperature sensor chip, both with backside metallization, are soldered on the stainless steel flow channel providing an excellent thermal contact with the liquid without being in direct contact with it, meaning even aggressive liquids can be measured easily with this sensor.
Further advantages of the Out of Liquid flow sensor include:
- High chemical resistance
- No contact between sensor and liquid
- Simple flow switches possible
The IST AG Out of Liquid flow sensors are optimal for measuring liquid flow in aggressive liquids.
Further advantages of the Out of Liquid flow sensor include:
- High chemical resistance
- No contact between sensor and liquid
- Simple flow switches possible
The IST AG Out of Liquid flow sensors are optimal for measuring liquid flow in aggressive liquids.
Product category: Temperature sensors, Microsensors
LFS1305 - Conductivity Sensor
For various conductivity measurement applications
The IST AG LFS1305 conductivity sensor offers a typical cell constant of 0.86 cm-1 and a conductivity measuring range from 100 μS/cm to 200 mS/cm within an operating temperature range of -30 °C to +100 °C. However, it easily withstands temperatures over 130 °C enabling processes like sterilization by autoclaving.
Further advantages of the LFS1305 thin-film conductivity sensor include:
- Wide conductivity and temperature range
- Fast response time
- Optimal accuracy
- Resistance to various chemicals1)
- Excellent long-term stability
- Integrated RTD for temperature compensation
- Four-electrode measurement2)
- Customer-specific sensor available upon request
The IST AG LFS1305 conductivity sensor is available with Pt/Ni-wires as standard wires.
The IST AG LFS1305 conductivity sensor offers a typical cell constant of 0.86 cm-1 and a conductivity measuring range from 100 μS/cm to 200 mS/cm within an operating temperature range of -30 °C to +100 °C. However, it easily withstands temperatures over 130 °C enabling processes like sterilization by autoclaving.
Further advantages of the LFS1305 thin-film conductivity sensor include:
- Wide conductivity and temperature range
- Fast response time
- Optimal accuracy
- Resistance to various chemicals1)
- Excellent long-term stability
- Integrated RTD for temperature compensation
- Four-electrode measurement2)
- Customer-specific sensor available upon request
The IST AG LFS1305 conductivity sensor is available with Pt/Ni-wires as standard wires.
HYT 939 - Humidity Sensor
Mechanically robust and with a chemical and condensed waterproof sensing area, the digital IST AG HYT 939 humidity module excels with the special robust construction withstanding peak loading at high temperatures. The sensor is also ideal for high pressure applications and is also offered with a pressure tight packaging. Precisely calibrated, the HYT 939 delivers an accuracy of ±1.8 % RH and ±0.2 °C and combines the advantages of a precise, capacitive polymer humidity sensor with the high integration density and functionality of an ASIC.
Further advantages of the HYT 939 digital humidity module include:
- Calibrated and temperature compensated
- Excellent humidity/temperature accuracy and stability
- High chemical resistance
- I2C protocol (address 0x28 or alternative address)
- Wide humidity and temperature range (0 % RH to 100 % RH and -40 °C to +125 °C)
- Very low drift
- Very stable at high humidity
- Interchangeable without adjustments
- Pressure-resistant version (up to 16 bar) upon request
Further advantages of the HYT 939 digital humidity module include:
- Calibrated and temperature compensated
- Excellent humidity/temperature accuracy and stability
- High chemical resistance
- I2C protocol (address 0x28 or alternative address)
- Wide humidity and temperature range (0 % RH to 100 % RH and -40 °C to +125 °C)
- Very low drift
- Very stable at high humidity
- Interchangeable without adjustments
- Pressure-resistant version (up to 16 bar) upon request
Product category: Temperature sensors
TSic 716 - Temperature Sensor IC
For a fully calibrated and extremely accurate low power temperature measurement
The TSic 716 Series of temperature sensor ICs is specifically designed as a low-power solution for temperature measurement in building automation, industrial and mobile applications. The TSic provides a simple temperature measurement and achieves outstanding accuracy combined with long term stability. With a standard calibration and an accuracy of ±0.07 K in a range of 20 K (e.g. +25 °C to +45 °C), the TSic sensors are more accurate than a class F0.1 (IEC 60751) platinum sensor in the range of 20 K. The range can be shifted up or downwards.
The characteristics of the TSic 716 sensor at a glance:
- Easy to integrate (digital output signal)
- Accuracy range of 20 K can be shifted (default: +25 °C to +45 °C)
- Outstanding accuracy of ±0.07 K
- Fully calibrated
- Custom calibration and assembly available
- Very low power consumption
- Capable of communicating over a distance of > 10 m
The TSic 716 Series of temperature sensor ICs is specifically designed as a low-power solution for temperature measurement in building automation, industrial and mobile applications. The TSic provides a simple temperature measurement and achieves outstanding accuracy combined with long term stability. With a standard calibration and an accuracy of ±0.07 K in a range of 20 K (e.g. +25 °C to +45 °C), the TSic sensors are more accurate than a class F0.1 (IEC 60751) platinum sensor in the range of 20 K. The range can be shifted up or downwards.
The characteristics of the TSic 716 sensor at a glance:
- Easy to integrate (digital output signal)
- Accuracy range of 20 K can be shifted (default: +25 °C to +45 °C)
- Outstanding accuracy of ±0.07 K
- Fully calibrated
- Custom calibration and assembly available
- Very low power consumption
- Capable of communicating over a distance of > 10 m
Product category: Temperature sensors
Pt100 - Platinum sensor with wires
For low temperatures
The IST AG 200 °C Pt Temperature Sensor Series offers an excellent long-term stability and fast response time with low self-heating within a temperature range of -50 °C to +200 °C. The sensors are offered in various standard lengths with Cu/Ag- single or stranded wire with PTFE -insulation. The directly welded wires offer an outstanding robustness and are optimal for connector assemblies or for soldering, welding and crimping. Additionally, the 200 °C Pt temperature sensors are also available with Ag-wire (Ø 0.25 mm) and metallized backside.
Furthermore, the 200 °C Pt Temperature Sensor Series can be customized to fit application-specific requirements e.g. different insulation materials or lead wire diameters.
The IST AG Pt temperature sensors up to 200 °C are also available with:
- Metallized backside
- Wire lengths fitted to application-specific wire lengths
- Ends stripped to optimize welding processes
- 2-, 3- and 4-wire configuration
The IST AG 200 °C Pt Temperature Sensor Series offers an excellent long-term stability and fast response time with low self-heating within a temperature range of -50 °C to +200 °C. The sensors are offered in various standard lengths with Cu/Ag- single or stranded wire with PTFE -insulation. The directly welded wires offer an outstanding robustness and are optimal for connector assemblies or for soldering, welding and crimping. Additionally, the 200 °C Pt temperature sensors are also available with Ag-wire (Ø 0.25 mm) and metallized backside.
Furthermore, the 200 °C Pt Temperature Sensor Series can be customized to fit application-specific requirements e.g. different insulation materials or lead wire diameters.
The IST AG Pt temperature sensors up to 200 °C are also available with:
- Metallized backside
- Wire lengths fitted to application-specific wire lengths
- Ends stripped to optimize welding processes
- 2-, 3- and 4-wire configuration
Product category: Microfluidics
Viral RNA Extraction kits
Contact person for requests:
> EU: zuzana.pronayova@ist-ag.com / info@aj-innuscreen.com
> USA: alan.ravizza@ist-ag.com
Kits for isolation of viral RNA from tracheal swabs
Save time by isolating viral nucleic acids from tracheal swabs or other starting materials with the deltaPREP Anipath DNA/RNA Kit for automated extraction on the KingFisher FLEX platform or for manual extraction with the deltaPREP Virus TS RNA Kit.
Both kits allow the efficient and fast extraction of viral RNA based on an optimized and patented extraction chemistry.
NOTE: For evaluation and research use only. Not for medical, diagnostics and use on humans. For more information contact IST AG
- Patented DC Technology: rapid lysis and efficient binding
- Efficient and sensitive recovery of viral NA
- Extraction method based on the use of Spin Filters or magnetic particle
- Optimum removal of inhibitors ensures trouble-free use of nucleic acids in subsequent applications
- Fast extraction protocols (51 minutes/for 96 samples based on the KingFisher Flex magnetic particle processor or approx. 30 minutes for manual extraction)
> EU: zuzana.pronayova@ist-ag.com / info@aj-innuscreen.com
> USA: alan.ravizza@ist-ag.com
Kits for isolation of viral RNA from tracheal swabs
Save time by isolating viral nucleic acids from tracheal swabs or other starting materials with the deltaPREP Anipath DNA/RNA Kit for automated extraction on the KingFisher FLEX platform or for manual extraction with the deltaPREP Virus TS RNA Kit.
Both kits allow the efficient and fast extraction of viral RNA based on an optimized and patented extraction chemistry.
NOTE: For evaluation and research use only. Not for medical, diagnostics and use on humans. For more information contact IST AG
- Patented DC Technology: rapid lysis and efficient binding
- Efficient and sensitive recovery of viral NA
- Extraction method based on the use of Spin Filters or magnetic particle
- Optimum removal of inhibitors ensures trouble-free use of nucleic acids in subsequent applications
- Fast extraction protocols (51 minutes/for 96 samples based on the KingFisher Flex magnetic particle processor or approx. 30 minutes for manual extraction)
About us
Company details
Jobst Technologies is a matured technology orientated enterprise offering its core competencies in the overlap between micro systems technology and electrochemical analytics both as service and products to his customers.
Our emerging product portfolio encompasses chemical sensors for methanol, ethanol, and oxygen, biosensors for glucose and lactate, microfluidic systems such as static micromixers, complete monitoring solutions comprising of sensor arrays, microfluidics, electronics, and software, and robotic dispensing systems for smallest volumes.
The flexibility of our technology portfolio not only ensures development and production at competitive costs but also allows realisation of cost effective customised solutions.
Innovative Sensor Technology IST AG is founded in 1991 and headquartered in Ebnat-Kappel, Switzerland (canton St. Gallen), in the mountainous region of Toggenburg. With around 400 employees we are a leading sensor specialist that focuses on the individual needs of our customers.
IST AG is a company of the Endress+Hauser Group, headquartered in Reinach in north-western Switzerland. The Endress+Hauser Group is among the global leaders in measuring instruments, services and solutions for industrial process engineering.
With the acquisition of Jobst Technologies GmbH we strengthened our position in the market of biosensors. The know-how of the additional sensor specialists enables IST AG to offer more sensor solutions for the biotechnical, pharmaceutical and medical industry.
Our emerging product portfolio encompasses chemical sensors for methanol, ethanol, and oxygen, biosensors for glucose and lactate, microfluidic systems such as static micromixers, complete monitoring solutions comprising of sensor arrays, microfluidics, electronics, and software, and robotic dispensing systems for smallest volumes.
The flexibility of our technology portfolio not only ensures development and production at competitive costs but also allows realisation of cost effective customised solutions.
Innovative Sensor Technology IST AG is founded in 1991 and headquartered in Ebnat-Kappel, Switzerland (canton St. Gallen), in the mountainous region of Toggenburg. With around 400 employees we are a leading sensor specialist that focuses on the individual needs of our customers.
IST AG is a company of the Endress+Hauser Group, headquartered in Reinach in north-western Switzerland. The Endress+Hauser Group is among the global leaders in measuring instruments, services and solutions for industrial process engineering.
With the acquisition of Jobst Technologies GmbH we strengthened our position in the market of biosensors. The know-how of the additional sensor specialists enables IST AG to offer more sensor solutions for the biotechnical, pharmaceutical and medical industry.
Company data
Area of business- Components, parts, modules, Original Equipment Manufacturers
- Electrical and electronic components
- Pumps
- Services