Reliable micro-flow gas measurement – precise, proven, cost-efficient

RITTER MilliGascounter (MGC) – Reliable micro-flow gas measurement – proven, precise, cost-efficient. The MilliGascounter provides stable volumetric measurement at ultra-low flow rates, reducing measurement uncertainty and operational risk while keeping operating and maintenance costs low. A safe investment for laboratories and processes requiring dependable micro-flow data.
👉 Learn how precise micro-flow measurement improves operational confidence.

RITTER MilliGascounter (MGC)

Reliable micro-flow gas measurement – precise, proven, cost-efficient


Precision where others reach their limits

Measuring very low gas flows reliably is challenging – and inaccurate measurements can lead to flawed results, rework or unreliable processes.

The RITTER MilliGascounter provides a robust and proven solution for micro-flow gas measurement, delivering stable and reproducible volumetric results with minimal operational complexity.


Business & Operational Benefits

  • Reliable measurement at ultra-low flow rates
    Ensures dependable data where many flow technologies lose accuracy or stability
  • Reduced operational risk
    Direct volumetric measurement eliminates dependency on gas-specific correction factors
  • Low total cost of ownership
    Minimal maintenance, durable construction and long service life
  • Audit-ready and traceable
    Suitable for regulated environments requiring reproducible and verifiable measurement data
  • Easy integration into existing setups
    Compact design and optional digital interfaces reduce installation and validation effort
  • Scalable investment
    Can be combined with other RITTER volumetric instruments for a consistent measurement strategy across flow ranges

Typical Commercial Use Cases

  • Quality assurance for micro-flow processes
  • Reference measurement in laboratory and pilot systems
  • Validation of sensors and analyzers before production deployment
  • Long-term measurement tasks requiring high reliability

The economic advantage

  • Fewer measurement errors and repeat tests
  • Lower validation and recalibration effort
  • Long-term stability reduces replacement and upgrade costs
  • Proven technology minimizes investment risk