Created for the longest possible durability
– in respect for life and for those to come
The HeartGuard cabinet is created with a long life perspective in mind. We want to contribute to more responsible production by adapting to all new standards.
Over the past few years, HeartGuard has made significant efforts to improve the durability, performance and reusability of our cabinets.
You’re always welcome to contact us if you wish to learn more about
our products, our standards and our goals.
Long life materials.
Long life protection.
Built to last
85% recycled steel
New technologies
99% recyclable cabinet
Low energy consumption
85% recycled stainless steel
HeartGuard maintains a close partnership with Finnish steel producer Outokumpu. Our AED cabinets are sturdy, resilient products, exclusively crafted from acid-free stainless steel. Sourced from 85% recycled European steel.
Incorporating new technologies
Our cutting-edge facilities and energy-efficient production methods exemplify our commitment to innovation. We employ fiber laser technology for precision steel sheet cutting, utilize electric press brakes, and completely avoid welding. Additionally, we embrace district heating and employ energy-efficient LED lighting, all of which significantly reduce our carbon footprint compared to older technologies.
HeartGuard carries out all stages of production, from development, to shipping, entirely in-house in Denmark, with a strong emphasis on minimizing energy consumption
99% recyclable cabinets
HeartGuard AED cabinets are designed for disassembly, allowing all components to be sorted into recyclable materials. Nothing ends up in landfills, and the stainless steel is reintegrated into a circular economy.
Low energy consumption
HeartGuard designed to operate with low electricity consumption.
Protect -20°C Electricity Consumption
Heater, standby: 0.38 kwh/day.
Heater, in operation: 1.58 kwh/day.
Example from a real life test in Denmark running 412 days from 10.01.2023 to 25.02.2024 (with 47 days overlap during winter time) had an average electricity consumption of 73.62 Kwh per year.
