Bandweaver, innovators of fiber optic sensing technologies, are showcasing the advantages of their Distributed Temperature Sensing (DTS) solutions when used in long-range assets. ‘Going the Distance: Fire Safety Solutions for Long-Range Assets’ will take place on Tuesday 15 November at 10:00 AM UTC, hosted virtually by Richard Kluth, Bandweaver’s Managing Director. Read more
Fiber optic solutions manufacturer, Bandweaver Technology are delighted to be shortlisted in several categories across both fire and security at this year’s awards. Read more
We are proud to announce that BTS Yangin are now providing Bandweaver Linear Heat Detection (LHD) for the Allianz Technik Earthquake and Fire Test and Training Center in Istanbul. Read more
To celebrate 20 years of success, Bandweaver are taking action on climate change by planting 20 trees in Iceland as part of a reforesting project with Mossy Earth, aiming to restore birchwoods to a degraded upland area on the west coast of Iceland.
Bandweaver Technology is celebrating 20 years of operation, delivering integrated distributed fiber optic sensing solutions to monitor and secure personnel and critical assets. From humble beginnings to now, the last 20 years have been marked by many achievements including international recognition, an expanded portfolio of state-of-the-art solutions and a growing base of partners and customers.
Bandweaver Technology, a global provider of fiber optic sensing solutions, is delighted to announce that they have been awarded ‘Security Manufacturer of the Year’ at the Fire and Security Matters Awards 2022.
Bandweaver Technology are proud to announce the general launch of ZoneSentry, a new perimeter intrusion detection system that utilises state of the art fiber optic sensing technology to protect both property and assets with smaller perimeters up to 8km in an efficient and cost-effective manner.
Together with SenseTek, Bandweaver Technology’s flagship Linear Heat Detection (LHD) solution, FireLaser, offers over 7,000m of coverage at Parking Garage P10 Plaza Arena in Amsterdam. With the capability to detect a pan fire test of just 0.25m2, the system successfully meets some of the most stringent fire regulations in the world. SenseTek, a specialist in fire detection applications, worked with the client to design a solution that meets and surpasses these requirements.
Bandweaver Technology, a global provider of fiber optic sensing solutions, is delighted to announce that they have been shortlisted for two prizes at the Fire and Security Matters (FSM) Awards 2022.
The awards, run in conjunction with the Fire Industry Association are designed to recognise excellence and innovation in the fire and security sectors. Bandweaver Technology have been shortlisted in two categories, for ‘Security Manufacturer of the Year’ and ‘Fire Safety Systems Manufacturer of the Year’. Read more
Over the past two years, Covid-19 has caused significant disruption to the way most businesses operate, including those within the security sector. Companies of all sizes across the globe have had to adapt the way in which they operate to survive.
The pandemic has affected the global economy in three key ways: through the direct impact on production and demand, supply chain and market disruption and financial impact on businesses and markets.
Bandweaver Technologies are hosting a complimentary webinar for delegates to learn about the benefits of Distributed Acoustic Sensing (DAS) optimised for perimeter intrusion detection.
Entitled ‘FenceSentry: Discover the Advanced Perimeter Security Solution’, interested participants can register here to join the free webinar, which takes place on Tuesday 22nd February 2022 at 10AM UTC. Read more
HMA Group in South Africa recently won a project to deploy 3 FireLaser DTS to monitor several conveyor belts in a mine, these will be utilised for early detection of fire and ensure a rapid response to any alert. The DTS controllers will also be connected to the Bandweaver MaxView integrated software platform which will provide operators of the exact location of any potential fire.
Read more