Ion Science History Time Line
Ion Science launches Falco, our fixed VOC monitor with ‘typhoon’ technology specifically designed for extreme weather and condensing atmospheres. We also launch our MiniPID 2 sensor, our best photoionisation detection (PID) sensor technology yet! 2016 also sees Titan achieve North American and Canadian safety standards.
Ion Science set up an in-house printed circuit board (PCB) department as part of an on-going investment programme designed to support further growth. This latest initiative is set to strengthen product quality, increase production efficiencies and shorten lead times.
Ion Science Italy opens! 2015 sees the set-up and introduction of an office in Bologna, Italy.
Work commences on-site for a new, eco-friendly building for Ion Science.
Our TVOC fixed continuous VOC detector is certified with ATEX approvals to enable a 3 wire system to be used in Zone 2 hazardous areas, without safety barriers.
Ion Science launches the portable MVI mercury vapour detector to international markets.
Ion Science receives independent verification for best performing PID technology from the state of Maine Department of Environmental Protection (ME DEP). Findings of an evaluation prove Ion Science PID technology outperforms its competition.
The revolutionary handheld Tiger VOC detector is launched into global markets.
Ion Science launches a continuous ground gas monitor, the world’s first in-situ mobile ground gas monitor for detecting CH4, CO2, O2, H2S, CO and VOCs.
Ion Science is awarded a patent for our Fence Electrode Technology featured found within our MiniPID sensor and across our range of VOC detectors. Fence Electrode Technology gives us the competitive edge with its resistance to humidity and contamination.
The PhoCheck+ handheld VOC detector is launched with new, significantly improved features. The FirstCheck 4000 is added to the range of FirstCheck multi-gas VOC detectors.
TVOC is launched as a fix continuous VOC detector using ION science’s 7 series PID sensor developed with BW technology.
FirstCheck 6000 is launched for the first response market in the US. It’s the first PID instrument to combine complete multi-gas detection from ppb levels up to 10,000 ppm combined with traditional multi-gas sensors for oxygen (O2), hydrogen sulphide (H2S), carbon monoxide (CO) and explosive gas (LEL) detection.
In addition, Hydrosteel 7000 is launched; this product is a fixed, totally non-intrusive device for the continuous monitoring of hydrogen flux corrosion at high criticality sites within petrochemical, gas production and petrochemical refining operations.
Ion Science launches the PhoCheck 1000, a simple VOC detector for entry into the PID market.
A smart award is received for the development of a permanent Hydrosteel monitoring system after the success of the portable device.
PhoCheck 2000, 3000 and 5000 re-launched with a graphical format.
ISO 9001:2000 certification is achieved.
Dr. Frank Dean joins the Board of Directors, after six valuable years of service as a Research Manager. Together with Mark Stockdale and Duncan Johns they purchase the controlling interest in the company.
Ion Science America’s is formed with Mr. Geoff Hewitt as CEO, a former VP of Sales and Marketing for HNU. HNU was the very first PID Company founded in the early 1970’s.
A worldwide patent on PID Fence Electrode was applied for, giving low-level stability in volatile organic compound (VOC) and relative humidity (RH) atmospheres.
The PhoCheck range of VOC detectors is extended with two new models; the 2000 and 3000 Ex. In addition, a new calibration device called the CalCheck is launched for easy calibration of gas leak detectors.
Ion Science develops a new high-temperature collector that wins the company a Smart Award to explore the potential of a development for detecting corrosion under insulation.
Ion Science launches the PhoCheck 5000 Ex, the company’s first PID instrument that detects volatile organic compounds (VOCs) down to parts per billion (ppb) levels. Also launched this year is the Hydrosteel corrosion monitor, the world’s first truly portable hydrogen permeation in steel analyser, for the Oil and Gas industry.
Duncan Johns joins the company as Managing Director, taking over from Mel Vinton. With a wealth of international sales and management experience within the gas detection industry, Duncan joins to strengthen the management team and increase sales internationally.
Ion Science Messtechnik launches the GasCheck P1 SF6. Ion Science also launches GasCheck 3000 and GasCheck 5000, replacements to the GasCheck B and B4 IS series.
Ion Science receives a patent for a hydrogen permeation system, and also introduces the first of our photoionisation detection (PID) technology. The PIDs, with development from Mark Stockdale, were successfully integrated into the Systems Division for leak testing applications.
Dr. Frank Dean joins as Research Manager. Frank, an Electrochemist, and specialist in gas sensing technology was tasked to develop and innovate our technologies allowing us to further develop our sensors, products, and expertise within this field.
Ion Science Messtechnik is formed in Dusseldorf with Clemens Verley as the Managing Director. The company is set up to re-sell Ion Science Ltd’s products and develop leak-testing systems for the automotive market in Germany.
GasCheck B4 IS was introduced as the world’s first Intrinsically Safe leak detector for hydrogen and granted BASEEFA and CENELEC approvals.
Ion Science was selected as the main supplier for all radiator leak test machines for Ford (UK) Motor Company.
Ion Science gains the quality status of ISO9002.
Ion Science launches the first GasCheck B3 and B4 leak testing instrument. GasCheck B3 and B4 is highly sensitive to helium, and many other gases, for testing manufactured parts and vacuum systems for the smallest of leaks.
Ion Science was founded in 1989 by Mr. Mark Stockdale and Mr. Mel Vinton. The first in the range of Ion Science products was developed, The Saga Flow Meter. The Saga Flow Meter was manufactured using the first principle of operation; bubbles with a light sensor.