MFC · MX Lite

Mass Flow
Control

A versatile digital gas control platform engineered for laboratory research, pilot setups and industrial OEM integration.

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LST MX Lite mass flow controller

01 / Overview

Controlled gas delivery

Precision flow control with an open path to integration.

MX Lite uses direct MEMS thermal sensing, digital signal processing and integrated temperature compensation to control common laboratory gases. Its modular architecture supports standalone operation as well as integration into larger experimental and industrial systems.

  • 01

    Digital control architecture with an industrial graphic display option

  • 02

    Remote control through USB and serial interfaces

  • 03

    Cross-platform desktop connectivity and developer integration options

  • 04

    Factory-configurable mass flow meter option for passive monitoring

Two LST MX Lite mass flow controllers configured as a product family

02 / Modular platform

Configured for the system

One platform.
Multiple roles.

MX Lite can be configured for active mass flow control or as a mass flow meter. Multi-gas profiles and configurable calibration infrastructure support repeatable deployment across research workflows.

03 / Laboratory use

Direct, local control

Designed for the bench. Ready for automation.

LST MX Lite mass flow controllers in a laboratory setup
Technical views of the LST mass flow controller enclosure

04 / Technical data

Standard configuration

Key specifications

The values below are taken from the current LST technical datasheet. Available configurations and options should be confirmed with LST.

Full-scale flow range

100 sccm to 10 slpm

Mass flow accuracy

±0.6% of reading or ±0.1% full scale*

Steady-state control range

0.1–100% of full scale

Operating temperature

0–80°C

Power

12–24 VDC, 1.5 A

Default process connections

¼″ NPT female

* Whichever is greater, after tare under equilibrium conditions, including repeatability and linearity.

Download technical datasheet

Configure a system

Discuss your flow
control requirements.

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