Historical Timeline
Titan Enterprises – History of Growth & Innovation
With a history of development and innovation in flow sensors and instrumentation solutions since 1981, we are proud of our heritage, achieving growth in our customer base and product range. With international sales of over 2 million flowmeters and components into 50 countries worldwide, Titan’s design and manufacture capabilities of our standard range of flow meters and instrumentation and working with our OEMs to develop application-specific liquid flow solutions, has led to a repeat purchase percentage of 95%.
As we continue into the future, our commitment to our customers and customer service and dedication to quality will continue to be the foundation for our milestones in both innovation and growth.
1981
Titan’s First Optical Flow Sensor
Titan Enterprises established and released its first flowmeter sensor, the 100 series. A turbine device based on the Pelton Wheel design, it incorporated optical detection, tough bearings and could operate over 4 flow ranges.
1982
OEM Harrier Jet
1982
Titan’s First Instrument
Titan released its first mains operated analog rate totaliser instrument.
1983
OEM Opella
Titan designed a Flow Transducer for Opella and added the FT1 turbine flowmeter to Titan’s product portfolio when the design and tooling were bought back from them.
1983
Extending Flow Measurement Capability
1986
OEM Virgin Atlantic Challenger II Team
Titan worked with the Virgin Atlantic Challenge II team to develop a special venturi flowmeter to measure the engine’s fuel consumption.
1989
800 Series Turbine Flowmeter
Developed the 800 series turbine flowmeters in response to RS wanting to replace one of their unreliable products. The 900 series and 1000 series were born out of this development.
1991
Extending of Oval Gear Flowmeter Range
Expansion of the range of positive displacement (Oval Gear) flow meters to achieve wider flow ranges.
1992
OEM Whitbread
Development of a ½ pint beer flowmeter which was weights and measures approved for Whitbread based on a new Government Bill at the time. Ultimately the Bill did not get passed!
1995
Flow Transducer – Mark 2
Initially Optical detector and later Hall effect, this latest Flow Transducer model based on one set of mouldings, allowed flexibility for a multitude of fittings and flow ranges due to customers’ often oversized pipes for the flow rate being monitored.
1995
OEM Weed Control Equipment
A positive displacement flow meter was produced for a weed control equipment supplier. A moulded half gear height device with the capability of adding a motor to make it into a gear pump. Each weed control machine comprised one pump and one flowmeter in a backpack with controlled droplet application. The design was later modified for larger push along carts and ink jet printers.
1996
Advancement in Oval Gear Design
1997
Launch of the Beverage Flow Meter
Working with OEM customer Brulines (now Vianet), Titan developed its low-cost Beverage flowmeter based on the 800 series design.
1998
Site Flow Indicator
Titan develops the site flow indicator instrument for RS.
2000
Advances in R&D
- a 6-way Multi-meter block for carbonated water, diet cola, full fat cola and lemonade.
- A prototype insertion cartridge for a standard insertion flowmeter for an electric shower.
2000
OEM JCB
As well as extensions to the Oval Gear range, a bi-directional / dual flow model was developed for JCB and fitted to drilling rigs in mines.
2000
OEM Honda
A special Oval Gear flowmeter for Honda to be incorporated into a robotic arm measuring coolant flow.
2001
Ultrasonic Flow Technology
2002
Extending Performance of Oval Gear Meters
2003
Ultrasonic Flow Meter
Titan releases its first ultrasonic flow meter, the Atrato®, with patented ultrasonic technology deploying the ‘time of flight’ measurement system and handling flows from laminar to turbulent.
2004
Tamper-Proof Beer Dispensing
2005
OEM Coca-Cola Enterprises
2005
Microlight Fuel Measurement
2007
Oval Gear for Spray Helicopter
2007
Double Chambered Oval Gear Flow Sensor
2008
High Pressure Oval Gear Sensor
2008
OEM Graphoidal Developments Ltd
Titan worked with OEM customer Graphoidal Developments to design the Industrial Process Atrato®, a robust ultrasonic flowmeter to address the more challenging industrial process and control environment.
2008
Sensing the Difference
2010
Product Enhancements
2012
OEM Developments
OEM developments included a kidney dialysis machine flowmeter using Titan’s patented ultrasonic technology, a special Oval Gear flowmeter designed for McCloskey rock crushing equipment, and a beer meter with conductivity and temperature specific to an OEM design.
2014
Improving Capacity of Oval Gear Sensors
2015
OEM SPI Vape Liquids
2016
Eurocopter Fuel Flow Measurement
2017
OEM Medical Device
2018
Metraflow® Ultrasonic Flow Meter
Launch of the Metraflow® ultrasonic flow meter for high purity applications, such as ultra-pure water. Metraflow® uses Titan’s patented transit time ultrasonic flow sensor technology to accurately measure liquid travelling through a PFA flow tube.
2018
NSF-Approval
Titan achieves NSF-Approval for its 800 series and Beverage flow meters as ‘equipment for food and drinks products’.
2019
Adaptations to 800 Series
Titan adapts its 800 series turbine flowmeter in a bypass manifold for a bespoke multiple nozzle dispensing system for herbicide spraying.
2020
R&D Development
2021
Welcome Back to the Team
2022
New Software Interface for Ultrasonic Flowmeters
Titan launches its new software interface for the Atrato® and Metraflow® ultrasonic flowmeters, giving a higher level of functionality and performance.
2022
Launch of New Product
Titan releases its new pulse and analog converter, the Pulsite® Link, produces a new design for its Oval Gear models, and goes live with their new, content-rich website.
2023
Simplifying System Integration
Titan’s most versatile Atrato® line of ultrasonic inline flowmeters now has ASCII flow streaming capability via USB and is reverse flow enabled, enhancing its capacity to be optimised for the user’s application, in addition to its datalogging and diagnostic features.