Here you can get an overview of our developments to date.

2024  

Development of the Stationary Photoionization Detector SPID3

Development of the Stationary Photoionization Detector SPID3 as successor of the SPID2 which provides the outstanding features of the PIM CPN in a stationary explosion-proof device.

2023  

Development of the Smart Photoionization Detector Module PIDS3

Entwicklung des Smart Photoionization Detector Module PIDS3 als OEM Baugruppe um die hervorragenden Eigenschaften des PIM CPN einfach für andere Baugruppen oder Messysteme zur Verfügung zu stellen.

2022  

Extended measuring range of the PIM CPN

Extension of the measuring range of the photoionisation detector module PIM CPN.

2020  

Development of the Photoionization Detector Module PIM CPN

The PIM CPN photoionization detector module is an OEM module for detecting volatile organic compounds with an ionisation potential of 10.6 eV in the standard version.

2017  

Development of a sensor to detect very low concentrations

Customer-specific development of a sensor for the detection of very low concentrations based on the Stationary Photoionization Detector SPID2

2014-2015  

Development of the Stationary Photoionization Detector SPID2

with extended measuring range and simplified service options

2014-2015  

Development of the Photoionization Detector Module PIM XCA

OEM PID Sensor

2012-2013  

Development of the Portable PID as a successor product to the AuerPPM developed by us and distributed by MSA.

2012  

Development of a 5-channel handheld measuring device (a thermocatalytic sensor, 3 exchangeable electrochemical cells and a PID) with built-in mobile phone transmitter and GPS, together with our partner in Singapore.

2011  

Development of the DCM including the entire concept for using the DCM as a basis for a wide range of measuring devices. (e.g. for the later Portable PID)

2010  

Development of the PIDS Smart PID module as an OEM assembly to make the outstanding properties of the PID easily available for other assemblies or measuring systems.

2009-2010  

Development of the ACI EDL.

2009-2010  

Development of the Stationary Photoionization Detector SPID - also sold under a different name in Asia

2008  

Further product development of the EDL (new generator)

2008-2009  

Development of the CLP as a portable photoionization detector with extended measuring range (5000ppm) - Russian certification pending. Distribution in Russia as Kolion 11.

2007-2008  

Development of the control electronics and the computer module for the humidity sensor of the Baikal RG humidity measuring device. Start of production at ACI GmbH in 2009.

2007-2008  

Development of the CMG as a 5-channel device with thermocatalytic sensors, 3 interchangeable electrochemical cells and a photoionization detector.

2006-2007  

Development of a computer module for processing cryptographic tasks for Thales Rail Signalling Solutions GmbH. Production at ACI GmbH since 2007.

2006-2007  

Development of the CSG as a dual-channel gas detector (combustible gases and selectable electrochemical cells) with our Russian partner Chromdet - Russian certification completed. Distribution in Russia as DEGA.

2005  

Further product development for High Power EDL (ignition, lamp)

2004-2006  

Hardware and software developments for an Ion Mobility Spectrometer.

2003-2004  

Hardware and software development of the ORIONPlus multi-channel measuring device with various gas sensors (combustible, electrochemical and infrared) and NDIR infrared sensors (dual beam) as well as pre-series production. Production took place at MSA Auer GmbH.

2000-2001  

Development and series production of the TITAN measuring device for flammable gases (methane, propane, butane, hydrogen). Production has been running at ACI GmbH since 2001.

2000-2001  

The VCD test device for vacuum interrupters was developed for SIEMENS AG.

1999-2000  

In-house development and production of the photoionization measuring device (PPM) since 2000, distributed as AuerPPM by MSA Auer GmbH.

1996-1997  

An automatic test tube pump Toximeter II was developed. It is manufactured by MSA Auer GmbH.

1998-1999  

Based on the development of the TOXMETER PIDEx, the photoionization measuring device Toxmeter PID (BZS) was developed for MSA Auer GmbH for the Federal Central Office for Civil defense to equip the ABC vehicles and manufactured at ACI.

1996-1998  

The explosion-proof version of the photoionization measuring device TOXMETER PID Ex (temperature class T6) was developed, with contract manufacturing being carried out by ACI GmbH since 1998.

1992-1996  

The optical excitation module EDL 964 (electrodeless UV discharge lamp with RF generator) was developed as part of a contract development. Production is secured through transnational cooperation with the Russian company Chromdet (Moscow). The EDL has been manufactured by ACI GmbH since 1996.