MINI-VERTICUS & VERTICUS – Compressors for Helium, Argon, Neon, and Other Noble Gases
The MINI-VERTICUS & VERTICUS compressors stand as pinnacle solutions for Helium, Argon, Neon, and other noble gases. Featuring a cutting-edge rotary frame and Super Silent panels, they ensure remarkably quiet operation.
Compact in size, these compressors are tailored for confined spaces, with an ergonomic design enhancing accessibility and functionality. The introduction of the B-DRAIN automatic condensate system brings quieter performance and energy savings. Renowned for high maintenance convenience, these compressors eliminate the need for V-belt re-tensioning.
The VERTICUS series, with its next-gen fixed compressors, reaffirms BAUER’s technological excellence, delivering optimal compression ratios for noble gases through low speeds and optimized stages.
Quieter Operation: Thanks to the new rotary frame and noise-optimized Super Silent panels.
Compact Dimensions: Ideal for installation in confined spaces.
Ergonomic Design: Ensures optimal accessibility and operation.
B-DRAIN: The new automatic condensate system is quieter and energy-efficient.
High Maintenance Convenience: No need to re-tension the V-belt.
The next-generation fixed compressors of the VERTICUS series once again showcase BAUER’s technological leadership.
MINI-VERTICUS & VERTICUS are optimized, gas-tight or helium-tight classics for helium and other noble gases within the successful BAUER G series.
The new MINI-VERTICUS and VERTICUS combine the legendary BAUER compressor blocks with enhanced components and state-of-the-art designs! The redesign focuses on ergonomics, achieving the best possible operation, noise reduction, and increased efficiency.
All controls essential for daily use are ergonomically arranged and easily accessible from the front.
The extended B-CONTROL MICRO is more powerful and prepared for communication with the new B-APP, including remote control and monitoring of the compressor.
Leakage from automatic condensate drainage and return to the suction buffer of escaped and lost gas, coupled with efficient encapsulation of safety valves, effectively minimizes gas losses.
Low speeds and optimized compressor stages ensure optimal compression ratios when compressing noble gases.
