Cold Plasma Machine Directory

NPC–DBD Plasma is a Dielectric Barrier Discharge (DBD) cold plasma system that operates at atmospheric pressure. It is designed for studying, testing and developing surface treatment processes for materials without high heat, helping to minimize the impact on the structure of the sample.

The unit has two plasma discharge heads, with systematic control of gas flow rate and treatment time. It is well suited to feasibility testing, parameter studies and process development before scaling up to real-world use.

The Integrated Multi‑Plasma Platform is a hybrid cold plasma platform that supports several types of plasma source, with a process control system and an enclosed treatment chamber. It is designed for studying, testing and developing plasma processes for a wide variety of materials.

The system can control the position of the plasma heads and adjust operating parameters for each type of sample, making experiments consistent and repeatable. The results can then be used to assess feasibility before moving to a prototype or production process.

CNC Single‑Head Gliding Arc Plasma is a single-head cold plasma system that operates at atmospheric pressure. It integrates CNC positioning control so that plasma treats target areas on a surface precisely and uniformly.

The system is suited to cleaning, activating and modifying surfaces, as well as parameter studies and process development for many types of material. Its enclosed treatment chamber makes it possible to control experiments and repeat them under defined conditions.

A Multi-Head Gliding Arc cold plasma system that combines several plasma heads with a CNC-controlled moving stage, spreading plasma exposure over flat material surfaces with wider, more uniform coverage.

The system supports setting the position, travel distance, speed and test duration. It is suited to process feasibility studies, developing operating conditions and scaling up from laboratory experiments to a process prototype.

A cold plasma system with a handheld applicator, designed to generate low-temperature plasma at atmospheric pressure. It allows the position and duration of plasma exposure to be properly controlled without exposing the surface to high heat.

With an ergonomic handheld applicator and easy-to-use controls, the system is well suited to biomedical, cosmetic and skin research, and to developing material treatment processes that demand precision.