Used MET ONE CNC 1104 #164104 for sale

Manufacturer
MET ONE
Model
CNC 1104
ID: 164104
Vintage: 1995
Particle counter 1995 vintage.
MET ONE CNC 1104 is an advanced, multi-functional particle counter designed to provide comprehensive particle count measurements and analyses. It utilizes a sophisticated computer numerical control (CNC) system to accurately count, detect and identify particulate matter from 0.3 micrometers (µm) to 50 µm. CNC 1104 is capable of performing up to four measurements simultaneously, and current models are compatible with HEPA and ULPA filters, allowing for precise particle count measurements in different environment environments. MET ONE CNC 1104 features a lightweight, portable design, making it well-suited for laboratory, industrial, or field environments. It is equipped with a high-definition, colour LCD display module, which allows the user to easily view the particle count measurements and adjust the settings, even in dimly lit environments. The device also includes a built-in data storage system and dual USB ports, enabling the user to store their data securely and quickly download it to a PC or Mac computer. CNC 1104 particle counter utilizes a modular detection system that can be easily configured and adjusted to meet the needs of a variety of applications. By adjusting the parameters, such as size ranges and thresholds, the user is able to customize the device's operation for a variety of different particles, helping to ensure accurate measurements. Furthermore, the device also offers a wide range of pre-programmed filters and customizable particle counters, allowing for simple and straightforward operation. MET ONE CNC 1104 particle counter is designed to provide precise, reliable, and repeatable particle measurement results, making it ideal for applications in environmental and occupational health, HVAC, lab equipment, manufacturing, and other applications. With a robust construction, reliable sensors, and excellent performance, CNC 1104 is an ideal device for particle and air quality analysis.
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