Maximator Australia’s MGB-DLE Gas Booster systems deliver industry-leading performance for high-pressure gas compression, specifically engineered to meet the demanding requirements of hydrogen and other industrial gases.
The Maximator Gas Boosters are designed for precise control and reliable performance at pressures up to 2,000 bar, making them ideal for hydrogen refuelling stations, laboratory testing, leak testing, and component charging applications. Each MGB-DLE unit is constructed with a robust stainless steel frame, ensuring durability and longevity in harsh Australian conditions.
The compact, modular design allows easy integration into both mobile and stationary systems, allowing our systems to suit a wide range of industries. Importantly, each unit can be customised to meet specific customer applications and requirements, providing tailored solutions for even the most challenging high-pressure tasks.
Maximator Australia’s solutions cover a wide range of hydrogen applications — from automotive and aerospace to marine and industrial uses — empowering industries to transition confidently to a low-emission future with safe, efficient hydrogen compression technology.
are air-driven boosters making them ideal for applications requiring precise control and reliable performance at pressures up to 2,000 bar, making them perfect for refuelling stations, laboratory testing, leak testing, and component charging.
Each unit is built in a robust, stainless steel frame for durability in harsh Australian environments, while their compact, modular design enables easy integration into both mobile and stationary systems.
Maximator Australia’s tailored solutions cover the full spectrum of hydrogen applications—from automotive and aerospace to marine and industrial uses—empowering industries to transition confidently into a low-emission future.
Compact Hydrogen Gas Booster System (MGB) | Maximator Australia
Maximator Australia’s compact gas booster system (MGB) delivering safe, reliable high-pressure compression up to 2,000 bar for hydrogen and industrial gases.
Maximator Australia’s MGB-DLE Gas Booster systems deliver industry-leading performance for high-pressure gas compression, specifically engineered to meet the demanding requirements of hydrogen and other industrial gases.
The Maximator Gas Boosters are designed for precise control and reliable performance at pressures up to 2,000 bar, making them ideal for hydrogen refuelling stations, laboratory testing, leak testing, and component charging applications. Each MGB-DLE unit is constructed with a robust stainless steel frame, ensuring durability and longevity in harsh Australian conditions.
The compact, modular design allows easy integration into both mobile and stationary systems, allowing our systems to suit a wide range of industries. Importantly, each unit can be customised to meet specific customer applications and requirements, providing tailored solutions for even the most challenging high-pressure tasks.
Maximator Australia’s solutions cover a wide range of hydrogen applications — from automotive and aerospace to marine and industrial uses — empowering industries to transition confidently to a low-emission future with safe, efficient hydrogen compression technology.
are air-driven boosters making them ideal for applications requiring precise control and reliable performance at pressures up to 2,000 bar, making them perfect for refuelling stations, laboratory testing, leak testing, and component charging.
Each unit is built in a robust, stainless steel frame for durability in harsh Australian environments, while their compact, modular design enables easy integration into both mobile and stationary systems.
Maximator Australia’s tailored solutions cover the full spectrum of hydrogen applications—from automotive and aerospace to marine and industrial uses—empowering industries to transition confidently into a low-emission future.
Compact Hydrogen Gas Booster System (MGB) | Maximator
Compact, customisable hydrogen gas booster system (MGB) for reliable high-pressure refuelling and testing up to 2,000 bar. Built for Australian conditions.

