Injection Molding

Gas booster

Gas booster
Equipment integrated
into a control panel

High Compression Ratio, Ultra-small Footprint

Our NEO Booster gas booster achieves the largest possible compression ratio for its ultra-small footprint using a one-of-a-kind electric gear mechanism. It attains discharge pressure as high as 30MPa from intake pressure as low as 0.6MPa. The multi booster can handle a wide range of pressures, from moderately high to ultra-high pressure. As it does not require any lubrication oil, it is an optimal device for high-pressure compression of nitrogen and other gases. It also features the lowest running costs (power consumption) and maintenance costs in its class.

NEO Booster Features

  • Ultra-small footprint
  • Highly energy-efficient
  • Oil-free design enables handling of a variety of gas types
  • Much less noise than pneumatic compressors
  • Easy replacement of the piston ring cuts maintenance cost to a minimum
  • All gas outlets are equipped with a cooling mechanism, greatly reducing compression heat emissions
  • Compliant with the High Pressure Gas Safety Act

NEO Booster Main Specifications

High pressure (>30MPa) and medium pressure (5 - 15MPa) devices are also available. We are happy to customize our designs to your specific needs.

High pressure booster specifications (for nitrogen)

Type

NEO60-40/17 NEO90-40/17 NEO200-60/24
Max. Capacity (NL/min) 40 60 140
Inlet Pressure (MPa) 0.55
Discharge Pressure (MPa) Approx. 30
Compression Method 2nd Stage Compression
Electric Motor (kW) 2.2 2.2 3.7
Cooling Method Water Cooling
Size (W×D×H; mm) 800 × 400 × 450 800 × 400 × 450 1200 × 480 × 550

・Specifications may vary depending on the type of gas used.
・Product specifications are subject to change without prior notice according to product improvements.

Low pressure booster specifications (for nitrogen)

Type

NEO60-40/40 NEO90-40/40 NEO200-60/60
Max. Capacity (NL/min) 80 120 280
Inlet Pressure (MPa) 0.55
Discharge Pressure (MPa) 1-4
Compression Method 1st Stage Compression
Electric Motor (kW) 2.2 2.2 3.7
Cooling Method Water Cooling
Size (W×D×H; mm) 800×400×450 800×400×450 1200×480×550

・Specifications may vary depending on the type of gas used.
・Product specifications are subject to change without prior notice according to product improvements.

Please feel free to contact us for further information about products, purchasing, brochures, and test equipment leasing.

Contact/Request Information

Please feel free to contact us for further information about products, purchasing, brochures, and test equipment leasing.

  • E-mail:sales@kakengeneqs.co.jp